TTAF Fiber Optic Catalogue by Nerepla

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TELECOMMUNICATION & CABLING SYSTEMS

2013-2014 v.1.2 1

fiberoptıc systems®

JoinExpanding The

World

TTAF

Today! İstanbul | TÜRKİYE

İstanbul | TÜRKİYE

Kavacık Export Office

Headquarter, Factory

World Of TTAF

Shenzhen | CHINA R&D Office

Frankfurt | GERMANY Germany Office

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TTAF is a cable assembly manufacturer and interconnect components & systems provider offering custom design products and unique solutions for various needs. Thanks to the efforts so far, TTAF is known and appreciated as a reliable partner by the customers not only in Turkey but also on the international area. TTAF is a leading provider of fiberoptic connectors, fiberoptic adaptors,fiber optic attenuators, fiber optic splitters , in-door & outdoor cables, fiberoptic patchpanel, measuring-test equipments, aerial, ground, wallmount splice enclosures. These products are widely used at telecom, medical, aerospace and defense applications. TTAF aims to provide its customers the most flexible solutions and the most technological innovations as a result of quality certificates , production standards , advanced technology machinery , experienced engineers and sales team that the company has . Currently TTAF has ISO9001, ISO14001, ISO18001, TS16949, OHSAS 18001, CE, DELTA, 3P, USB, HDMI and

UL certificates. Passive fiber optic components are compliant with Telcordia-GR- 326 Standards. TTAF serves to their customers with expertised engineering and production team & latest technology state-of –the-art equipments and methods. Having independent China & Germany organizations and exporting 85 countries worldwide, TTAF has a ‘global’ identity rather than being a local company.

TTAF Elektronik Hakkında.. TTAF kablo gruplama ve bağlantı elemanları konusunda müşteriye özel ürün dizaynları ve farklı ihtiyaçlara yönelik çözümleriyle; hem Türkiye'de, hem Dünya çapında güven ve beğeni kazanmış uzman bir kuruluştur. TTAF fiber optik konnektör , fiber optik adaptör, fiber optik attenuator ,fiber optik splitter,indoor-outdoor kabloları , fiber optik patch panel, ölçüm-test cihazları, havai-yeraltı-duvar tipi ek kutusu lider üreticisidir. Bu ürünler telekom ve havacılık uygulamaları ile tıbbi ve askeri uygulamalarda geniş çapta kullanılır. TTAF ISO9001, ISO14001, ISO18001, TS16949, OHSAS 18001, CE, DELTA, 3P, USB, HDMI ve UL sertifikalarına sahiptir. Üretilen Fiber Optik Pasif Komponentler Telcordia-GR-326 standartlarına uyumludur. TTAF, sahip olduğu kalite belgeleri, ileri teknolojiye haiz makine parkuru, uzman mühendisleri ve satış kadrosu ile müşterilerine en son teknoloji ürünleri ve en esnek çözümleri sunmayı ilke edinmiştir. TTAF Çin ve TTAF Almanya organizasyonları sayesinde global bir firma kimliği kazanmış olan TTAF, an itibariyle dünya çapında 85 ülkeye ihracat yapmaktadır.

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ISO 14001-2005

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OHSAS 18001-2007

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ISO- TS 16949-2002

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ISO 9001-2008

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DELTA

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ASELSAN

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INDEX 1 LAN Cables 14 48 1.1 LAN Cables Accessories 2 Fiber Optic Cables 60 3 Fiber Optic Connectors 72 4 Fiber Optic Pigtails 86 5 Fiber Optic Patchcords 98 6 Fiber Optic Adapters 142 7 A/V 160 Fiber Optic Attenuators 176 8 9 Splitters 182 10 Patchpanels 198 10.1 1U Rack Type (Empty) 10.2 1U Rack Type (Full) 220 10.3 2U Rack Type (Empty) 248 10.4 2U Rack Type (Full) 258 10.5 3U Rack Type (Empty) 274 11 Optical Distribution Boxes Metallic Type 280 11.1 Plastic Type 288 11.2 298 12 Fiber Optic Enclosures 13 Fiber Optic Tools 308 316 14 Fiber Optic Test Equipments 15 Media Converters 334 16 SFP F/O Transceiver & GBIC Modules 364 17 Fiberoptic Cleaning Accessories 378 18 Fiberoptic Glossary 386 13

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LAN CABLES

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LAN CABLES LAN CABLES OVERVIEW

TTAF provides an extensive range of networking installation cables, from Cat5e to Cat7a, and from domestic to industrial LAN cables, together with their patch cords. TTAF has already developed Cat6a, Cat7 and Cat7a, the cables for 10 G solution, which have all been in mass production. Our Cat6a and Cat7a have been qualified for Delta EC Cabling certificate.

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ABBREVIATION

CCS SBC BC TC CCA SPC SWA SWB STA PE HDPE

Copper Clad Steel Solid Bare Copper Bare Copper Tinned Copper Copper Clad Aluminum Silver Plated Copper Steel Wire Armor Steel Wire Braiding Steel Tape Armor Polyethylene High-density PE

SPE Solid PE FPE Foam PE PTFE Polytetrafluoroethylene FEP Fluorinated Ethylene Propylene PVC Polyvinyl Chloride FR-PVC Fire Retardant PVC LSF Low Smoke & Fume LSZH Low Smoke Zero Halogen XL-LSZH Cross-Linked LSZH PUR Polyurethane

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LAN CABLES Cat5e to Cat7a STANDARD

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Cat7a IEC61156-5-2009 Frequency (MHz) 1 4 10 16 31,25 62,50 100 250 300 350 400 550 600 650 750 850 900 1000

Attenuation (dB/100m) 2,1 3,7 5,8 7,3 10,3 14,6 18,5 29,7 32,7 35,4 38,0 45,0 47,1 49,2 53,1 54,9 58,5 61,9

NEXT (dB1100m) 78,0 78,0 78,0 78,0 78,0 78,0 75,4 69,4 68,2 67,2 66,4 64,3 63,7 63,2 62,3 61,9 61,1 60,4

Psnext (dB/100m) 75,0 75,0 75,0 75,0 75,0 75,0 72,4 66,4 65,2 64,2 63,4 61,3 60,7 60,2 59,3 58,9 58,1 57,4

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,6 21,5 20,1 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3

Elf ext (dB/100m) 78,0 78,0 75,3 71,2 65,4 59,4 55,3 47,3 45,8 44,4 43,3 40,5 39,7 39,0 37,8 37,2 36,2 35,3

Pselfext (dB/100m) 75,0 75,0 72,3 68,2 62,4 56,4 52,3 44,3 42,8 41,8 40,3 37,5 36,7 36,0 34,8 34,2 33,2 32,3

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,8 535,5 535,5 535,4 535,3 535,3 535,2 535,1

Delay Skew (ps) <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025

ACR (dB/100m) 75,9 74,3 72,2 70,7 67,7 63,4 56,9 39,7 35,6 31,8 28,4 19,3 16,6 14,1 9,2 6,9 2,6 -1,5

fiberoptıc systems®

Cat7 IEC61156-5-2009 Frequency (MHz) 1 4 10 16 31,25 62,50 100 250 300 350 400 550 600 “650 *750 “850 *900 *1000

Attenuation (dB/100m) 2,0 3,7 5,9 7,4 10,4 14,9 19,0 31,0 34,2 37,2 40,0 47,7 50,1 52,4 56,8 61,0 63,0 66,9

NEXT (dB/100m) 78,0 78,0 78,0 78,0 78,0 75,5 72,4 66,4 65,2 64,2 63,4 61,3 60,7 60,2 59,3 58,5 58,1 57,4

Psnext (dB/100m) 75,0 75,0 75,0 75,0 75,0 72,5 69,4 63,4 62,2 61,2 60,4 58,3 57,7 57,2 56,3 55,5 55,1 54,4

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,6 21,5 20,1 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3 17,3

Elf ext (dB/100m) 78,0 78,0 75,3 71,2 65,4 59,4 55,3 47,3 45,8 44,4 43,3 40,5 39,7 39,0 37,8 36,7 36,2 35,3

Pselfext (dB/100m) 75,0 75,0 72,3 68,2 62,4 56,4 52,3 44,3 42,8 42,4 40,3 37,5 36,7 36,0 34,8 33,7 33,2 32,3

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,8 535,5 535,5 535,4 535,3 535,2 535,2 535,1

Delay Skew (ps) <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025

ACR (dB/100m) 76,0 74,3 72,1 70,6 67,6 60,6 53,4 35,5 31,1 27,1 23,4 13,6 10,6 7,8 2,5 -2,5 -4,9 -9,5

Attenuation (dB/100m) 2,1 3,8 5,9 7,5 10,5 15,0 19,1 31,1 34,3 37,2 40,1 45,3 50,1 52,3

PS-ACR (dB/100m) 73,0 71,3 69,1 67,6 64,6 57,6 50,4 32,5 28,1 24,1 20,4 10,6 7,6 5,8 -0,5 -5,5 -7,9 -12,5

fiberoptıc systems®

Cat6a IEC61156-5-2009 Frequency (MHz) 1 4 10 16 31,25 62,50 100 250 300 350 400 500 *600 *650

PS-ACR (dB/100m) 72,9 71,3 69,2 67,7 64,7 60,4 53,9 36,7 32,6 28,8 25,4 16,3 13,6 11,1 6,2 3,9 -0,4 -4,5

NEXT (dB/100m) 75,3 66,3 60,3 57,2 52,9 48,4 45,3 39,3 38,1 37,1 36,3 34,8 33,6 33,1

Psnext (dB/100m) 72,3 63,3 57,3 54,2 49,9 45,4 42,3 36,3 35,1 34,1 33,3 31,8 30,6 30,1

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,6 21,5 20,1 17,3 16,8 16,3 15,9 15,2 14,7 14,4

Elfext (dB/100m) 68,0 56,0 48,0 43,9 38,1 32,1 28,0 20,0 18,5 17,1 16,0 14,0 12,4 11,7

Pselfext (dB/100m) 65,0 53,0 45,0 40,9 35,1 29,1 25,0 17,0 15,5 14,1 13,0 11,0 9,4 8,7

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,8 535,6 535,5 535,4

Delay Skew (ps) <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045

ACR (dB/100m) 73,2 62,5 54,4 49,8 42,4 33,4 26,2 8,3 3,9 -0,1 -3,8 -10,4 -16,4 -19,2

PS-ACR (dB1100m) 70,2 59,5 51,4 46,8 39,4 30,4 23,2 5,3 0,9 -3,1 -6,8 -13,4 -19,4 -22,2

fiberoptıc systems®

LAN CABLES LAN CABLES Cat5e to Cat7a STANDARD

fiberoptıc systems®

Cat6 IEC61156-5-2009 Frequency (MHz) 1 4 10 16 20 31,25 62,5 100 155,5 175 200 250 *300 *350 *450

Attenuation (dB/100m) 2,1 3,8 6,0 7,6 8,5 10,7 15,5 19,9 25,3 27,1 29,1 33,0 36,6 40,0 46,2

NEXT (dB/100m) 75,3 66,3 60,3 57,2 55,8 52,9 48,4 45,3 42,4 41,7 40,8 39,3 38,1 37,1 35,5

Psnext (dB/100m) 72,3 63,3 57,3 54,2 52,8 49,9 45,4 42,3 39,4 38,7 37,8 36,3 35,1 34,1 32,5

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 25,0 23,6 21,5 20,1 18,8 18,4 18,0 17,3 16,8 16,3 15,5

Elfext (dB/100m) 68,0 56,0 48,0 43,9 42,0 38,1 32,1 28,0 24,2 23,1 22,0 20,0 18,5 17,1 14,9

Pselfext (dB/100m) 65,0 53,0 45,0 40,9 39,0 35,1 29,1 25,0 21,2 20,1 19,0 17,0 15,5 14,1 11,9

Propagation Delay(ns) 570,0 552,0 545,4 543,0 542,0 540,4 538,6 537,6 536,9 536,7 536,5 536,3 536,1 535,9 535,7

Delay Skew (ps) <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.046 <0.045 <0.045

ACR (dB/100m) 73,2 62,4 54,3 49,6 47,3 42,1 32,9 25,4 17,1 14,6 11,6 6,3 1,5 -2,8 -10,7

fiberoptıc systems®

Cat5e IEC61156-5-2009 Frequency (MHz) 1 4 10 16 31,25 62,5 100 *150 *200

Attenuation (dB/100m) 2,1 4,1 6,5 8,3 11,7 17,0 22,0 27,5 32,4

PS-ACR (dB/100m) 70,2 59,4 51,3 46,6 44,3 39,1 29,9 22,4 14,1 11,6 8,6 3,3 -1,5 -5,8 -13,7

NEXT (dB/100m) 65,3 56,3 50,3 47,2 42,9 38,4 35,3 32,7 30,8

Psnext (dB/100m) 62,3 53,3 47,3 44,2 39,9 35,4 32,3 29,7 27,8

Return Loss (dB1100m) 20,0 23,0 25,0 25,0 23,6 21,5 20,1 18,9 18,0

Elfext (dB/100m) 64,0 52,0 44,0 39,9 34,1 28,1 24,0 20,5 18,0

Pselfext (dB/100m) 61,0 49,0 41,0 36,9 31,1 25,1 21,0 17,5 15,0

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,9 536,5

Delay Skew (ps) <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045

ACR (dB/100m) 63,2 52,2 43,8 39,0 31,1 21,4 13,3 5,1 -1,6

PS-ACR (dB/100m) 60,2 49,2 40,8 36,0 28,1 18,4 10,3 2,1 -4,6

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LAN CABLES COPPER PATCH CABLE STANDARD

fiberoptıc systems®

Cat7a IEC61156-6-2009 Frequency (MHz) 1 4 10 16 31,25 62,5 100 250 300 350 400 550 600 650 750 800 900 1000

Attenuation (dB/100m) 3,0 5,6 8,8 11,1 15,6 22,3 28,5 46,5 51,3 55,8 60,0 71,6 75,1 78,6 85,2 88,4 94,5 100,4

NEXT (dB/100m) 78,0 78,0 78,0 78,0 78,0 78,0 75,4 69,4 68,2 67,2 66,4 64,3 63,7 63,2 62,3 61,9 61,1 60,4

Psnext (dB/100m) 75,0 75,0 75,0 75,0 75,0 75,0 72,4 66,4 65,2 64,2 63,4 61,3 60,7 60,2 59,3 58,9 58,1 57,4

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,3 20,7 19,0 15,6 15,6 15,6 15,6 15,6 15,6 15,6 15,6 15,6 15,6 15,6

Elf ext (dB/100m) 78,0 78,0 74,0 69,9 64,1 58,1 54,0 46,0 44,6 43,1 42,0 39,2 38,4 37,7 36,5 35,9 34,9 34,0

Pselfext (dB/100m) 75,0 75,0 71,0 66,9 61,1 55,1 51,0 43,0 41,5 40,1 39,0 36,2 35,4 34,7 33,5 32,9 31,9 31,0

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,8 535,5 535,5 535,4 535,3 535,3 535,2 535,1

Delay Skew (ps) <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025 <0.025

ACR (dB/100m) 75,0 72,4 69,2 66,9 62,4 55,7 46,9 23,0 17,0 11,5 6,4 -7,3 -11,4 -15,4 -22,9 -26,5 -33,4 -40,0

fiberoptıc systems®

Cat7 IEC61156-6-2009 Frequency (MHz) 1 4 10 16 31,25 62,5 100 250 300 350 400 550 600

Attenuation (dB/100m) 3,0 5,6 8,8 11,1 15,6 22,3 28,5 46,5 51,3 55,8 60,0 71,6 75,1

NEXT (dB/100m) 78,0 78,0 78,0 78,0 78,0 75,5 72,4 66,4 65,2 64,2 63,4 61,3 60,7

Psnext (dB/100m) 75,0 75,0 75,0 75,0 75,0 72,5 69,4 63,4 62,2 61,2 60,4 58,3 57,7

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,3 20,7 19,0 15,6 15,6 15,6 15,6 15,6 15,6

Elf ext (dB/100m) 78,0 78,0 74,0 69,9 64,1 58,1 54,0 46,0 44,5 43,1 42,0 39,2 38,4

Pselfext (dB/100m) 75,0 75,0 71,0 66,9 61,1 55,1 51,0 43,0 41,5 10,1 39,0 36,2 35,4

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,8 535,5 535,5

Delay Skew (ps) <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25 <0.25

ACR (dB/100m) 75,0 72,4 69,2 66,9 62,4 53,1 43,9 20,0 14,0 8,5 3,4 -10,3 -14,4

Attenuation (dB/100m) 3,1 5,8 9,0 11,4 16,1 23,3 29,9 49,7 55,1 60,2 65,0 74,1

PS-ACR (dB/100m) 72,0 69,4 66,2 63,9 59,4 50,1 40,9 17,0 11,0 5,5 0,4 -13,3 -17,4

fiberoptıc systems®

Cat6a IEC61156-6-2009 Frequency (MHz) 1 4 10 16 31,25 62,5 100 250 300 350 400 500

PS-ACR (dB/100m) 72,0 69,4 66,2 63,9 59,4 52,7 43,9 20,0 14,0 8,5 3,4 -10,3 -14,4 -18,4 -25,9 -29,5 -36,4 -43,0

NEXT (dB/100m) 75,3 66,3 60,3 57,2 52,9 48,4 45,3 39,3 38,1 37,1 36,1 34,8

Psnext (dB/100m) 72,3 63,3 57,3 54,2 49,9 45,4 42,3 36,3 35,1 34,1 33,3 31,8

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 23,6 21,5 20,1 17,3 16,8 16,3 15,9 15,2

Elf ext (dB/100m) 68,0 56,0 48,0 43,9 38,1 32,1 28,0 20,0 18,5 17,1 16,0 14,0

Pselfext (dB/100m) 65,0 53,0 45,0 40,9 35,1 29,1 25,0 17,0 15,5 14,1 13,0 11,0

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6 536,3 536,1 535,9 535,9 535,6

Delay Skew (ps) <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045

ACR (dB/100m) 72,2 60,5 51,3 45,8 36,7 25,1 15,4 -10,4 --17,0 -23,1 -28,7 -39,2

PS-ACR (dB/100m) 69,2 57,5 48,3 42,8 33,7 22,1 12,4 --13.4 --20,0 -26,1 -31,4 -42,2

fiberoptıc systems®

LAN CABLES LAN CABLES COPPER PATCH CABLE STANDARD

fiberoptıc systems®

Cat6 IEC61156-6-2009 Frequency (MHz) 1 4 10 16 20 31,25 62,5 100 155,5 175 200 250

Attenuation (dB/100m) 3,1 5,8 9,0 11,4 12,8 16,1 23,3 29,9 38,1 40,7 43,8 49,7

NEXT (dB/100m) 75,3 66,3 60,3 57,2 55,8 52,9 48,4 45,3 42,4 41,7 40,8 39,3

Psnext (dB/100m) 72,3 63,3 57,3 54,2 52,8 49,9 45,4 42,3 39,4 38,7 37,8 36,3

Return Loss (dB/100m) 20,0 23,0 25,0 25,0 25,0 23,6 21,5 20,1 18,1 18,4 18,0 17,3

Elf ext (dB/100m) 68,0 56,0 48,0 43,9 42,0 38,1 32,1 28,0 24,2 23,1 22,0 20,0

Pselfext (dB/100m) 65,0 53,0 45,0 40,9 39,0 35,1 29,1 25,0 21,2 20,1 19,0 17,0

Propagation Delay(ns) 570,0 552,0 545,4 543,0 542,0 540,4 538,8 537,6 536,9 536,7 536,5 536,3

Delay Skew (ps) <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045 <0.045

ACR (dB/100m) 72,2 60,5 51,3 45,8 43,0 36,7 25,1 15,4 4,3 1,0 --3,0 -10,4

fiberoptıc systems®

Cat5e IEC61156-6-2009 Frequency (MHz) 1 4 10 16 31,25 62,5 100

Attenuation (d131100m) 3,2 6,0 9,5 12,1 17,1 24,8 32,0

PS-ACR (dB/100m) 69,2 57,5 48,3 42,8 40,0 33,7 22,1 12,4 1,3 --2,0 --6,0 -13,4

NEXT (dB/100m) 65,3 56,3 50,3 47,2 42,9 38,4 35,3

Psnext (dB/100m) 62,3 53,3 47,3 44,2 39,9 35,4 32,3

Return Loss (dB/100m) 20,1 23,0 25,0 25,0 23,6 21,5 20,1

Elfext (dB/100m) 64,0 52,0 44,0 39,9 34,1 28,1 24,0

Pselfext (dB/100m) 61,0 49,0 41,0 36,9 31,1 25,1 21,0

Propagation Delay(ns) 570,0 552,0 545,4 543,0 540,4 538,6 537,6

Delay Skew (ps) <0.045us <0.045us <0.045us <0.045us <0.045us <0.045us <0.045us

ACR (dB/100m) 62,1 50,3 40,8 35,2 25,8 13,6 3,3

PS-ACR (d131100m) 59,1 47,3 37,8 32,2 22,8 10,6 0,3

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LAN CABLES TIA AND ISO STANDARDS

fiberoptıc systems®

TIA and ISO Equivalent Classifications Frequency Bandwidth 100 MHz 1-250 MHz 1-500 MHz 1-600 MHz 1-1000 MHz

TIA (Cabling)

ISO (Cabling)

Category 5e Category 6 Category 6a Not specified Not specified

Class D Class E Class EA Class F Class FA

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TIA Cabling Standards

Category 5e ANSI/TIA-568-C.2, Balanced Twisted-Pair Telecommunications Cabling and Components Standard, 2009 Category 6 ANSI/TIA-568-C.2, Balanced Twisted-Pair Telecommunications Cabling and Components Standard, 2009 Category 6a ANSI/TIA-568-C.2, Balanced Twisted-Pair Telecommunications Cabling and Components Standard, 2009

fiberoptıc systems®

TIA Cabling Standards

Class D Class E Class EA Class F Class FA

ISO/IEC 11801, 2nd Ed., Information technology - Generic Cabling for Customer Premises, 2002 ISO/IEC 11801, 2nd Ed., Information technology - Generic Cabling for Customer Premises, 2002 Amendment 1 to ISO/IEC 11801, 2nd Ed., Information technology - Generic Cabling for Customer Premises, 2008 ISO/IEC 11801, 2nd Ed., Information technology - Generic Cabling for Customer Premises, 2002 Amendment 1 to ISO/IEC 11801, 2nd Ed., Information technology - Generic Cabling for Customer Premises, 2008

LAN Cable Application Chart

»»

Summary Table fiberoptıc systems®

UNSHIELDED

APPLICATIONS CAT 5e

SHIELDED CAT 6

CAT 5e

CAT 6

CAT 6a

CAT 7

10 /100 Megabits/s Networks 1000 Megabit/s Networks 10 Gigabits/s Networks 40 Gigabits/s Networks 100 Gigabits/s Networks Analog & Digital Phone VolP

Recomended

VolP + PoE

Useable

XDSL

Unuseable

Wi-Fi Access Point Bluetooth Access Point CCTV With Baluns IP Camera IP Camera + PoE Analog & Digital TV (900 MHz max) IPTV IP Alarms & Safety Systems

fiberopt覺c systems簧

LAN CABLES LAN CABLES CABLE ACRONYMS

XX-XTP Single Element TP: Twisted Pair

Overall Shielding

Shielding of the Element U: Unshielded F: Foil

U: Unshielded F: Foil

S: Braid SF: Braid & Foil

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LAN CABLES IMPORTANT DEFINITIONS

Alien Crosstalk Unwanted signal coupling from one component, channel, or permanent link to another is defined as alien crosstalk. Since alien crosstalk is an indicator of differential (or balanced) signal coupling, alien crosstalk cannot be adversely impacted by common mode noise (e.g. noise from motors or florescent lights) that is present in the environment. Alien crosstalk is only specified by the Standards as a power sum parameter for components

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and cabling to approximate the energy present when all pairs are energized. Power sum alien crosstalk measured at the near-end is called power sum alien near-end crosstalk loss (PSANEXT loss) and power sum alien crosstalk measured at the far-end is called power sum alien attenuation to crosstalk ratio, far-end (PSAACRF). High power sum alien crosstalk levels can compromise the operation of the 10 G BASE-T application.

Attenuation to Crosstalk Ratio, Far-End (ACRF) (Previously know as ELFEXT) Pair-to-pair far-end crosstalk (FEXT) loss quantifies undesired signal coupling between adjacent pairs at the far-end (the opposite end of the transmit-end) of cabling or a component. ACRF is calculated by subtracting the measured insertion loss from the measured far-end crosstalk loss and yields a normalized value that can be used to

compare cable and cabling performance independent of length. Poor ACRF levels can result in increased bit error rates and/or undeliverable signal packets. Note that NEXT loss margin alone is not sufficient to ensure proper ACRF performance.

Attenuation to Crosstalk Ratio (ACR) A critical consideration in determining the capability of a cabling system is the difference between insertion loss and near-end crosstalk (NEXT) loss. This difference is known as the attenuation to crosstalk ratio (ACR). Positive ACR calculations mean that transmitted signal strength is stronger than that of near-end crosstalk. ACR can be used to define a signal bandwidth (i.e. 200 MHz for category 6) where signal to noise ratios are sufficient

to support certain applications. It is interesting to note that digital signal processing (DSP) technology can perform crosstalk cancellation allowing some applications to expand useable bandwidth up to and beyond the point at which calculated ACR equals zero. Even so, the maximum frequency for which positive ACR is assured provides a benchmark to assess the useable bandwidth of twisted-pair cabling systems.

Balance Twisted-pair transmission relies on signal symmetry or “balance” between the two conductors in a pair. Maintaining proper balance ensures that cabling systems and components do not emit unwanted electromagnetic radiation and are not susceptible to electrical noise. Component balance requirements are specified for category 6 / class

E cabling. Component and cabling balance requirements are specified for category 6A / class EA and higher grades of cabling. Balance may be characterized by longitudinal conversion loss (LCL), longitudinal conversion transfer loss (LCTL), transverse conversion loss (TCL), or equal level transverse converse transfer loss(ELTCTL).

Equal Level Far-End Crosstalk (ELFEXT) See definition for Attenuation to Crosstalk Ratio, Far-End. Insertion Loss (Attenuation) Insertion loss is a measure of the decrease in signal strength along the length of a transmission line. Ensuring minimal signal attenuation is critical because digital signal processing (DSP) technology can not compensate for excessive signal loss. Near-End Crosstalk (NEXT) Loss Pair-to-pair near-end crosstalk (NEXT) loss quantifies undesired signal coupling between adjacent pairs at the near-end (the same end as the transmit-end) of cabling or a

component. Excessive NEXT loss can be detrimental to applications that do not employ crosstalk cancellation digital signal processing (DSP) technology.

Power Sum All pair-to-pair crosstalk parameters can be expressed as a power summation, which approximates the level of undesired internal signal coupling present when all pairs are energized. Power sum NEXT loss, ACRF, ANEXT loss, and AACRF characterization confirms that the cabling is significantly robust to minimize crosstalk from multiple disturbers. This

type of characterization is necessary to ensure cabling compatibility with applications that utilize all four pairs for transmitting and receiving signals simultaneously such as 1000 BASE-T and applications that are sensitive to alien crosstalk such as 10 G BASE-T.

Propagation Delay & Delay Skew Propagation delay is the amount of time that passes between when a signal is transmitted and when it is received at the opposite end of a cabling channel. The effect is akin to the delay in time between when lightning strikes and thunder is heard - except that electrical signals travel much faster than sound. Delay skew is the difference

between the arrival times of the pair with the least delay and the pair with the most delay. Transmission errors that are associated with excessive delay and delay skew include increased jitter and bit error rates.

Return Loss Return loss is a measure of the signal reflections occurring along a transmission line and is related to impedance mismatches that are present throughout a cabling channel. Because emerging applications such as 1000 BASE-T and 10 G BASE-T rely on full duplex

transmission encoding schemes (transmit and receive signals are superimposed over the same conductor pair), they are sensitive to errors that may result from marginal return loss performance.

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LAN CABLES LAN CABLES UTP Cat3

Description Multi-pair, Cat 3, UTP cable. 100 Ohm impedance. Data transmission frequency of up to 16 MHz. Multi-pair Cat5 cable is also available.

TECHNICAL DATA

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STANDARDS AND PERFORMANCES

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Temperature range(C °):-40 to 70 Characteristic impedance:100 ±15 Ohm Maximum resistance unbalance:5% Bending radius (min.):8 x cable diameter Maximum capacitance unbalance:330pF/100meters Maximum delay skew: 45ns/100meters Flame retardancy: CMP, CMR, CMG, CM ULfile number is E334179

Construction

25 Pairs

Conductor Jacket (dia.mm) Number of conductors Stranding

AWG 24 SBC PVC/LSZH 12.6 50 25P

50 Pairs AWG 24 SBC PVC/LSZH 15.9 100 50P

100 Pairs

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AWG 24 SBC PVC/LSZH 22.5 200 100P

ISO/IEC 11801 2nd ed. EN 50173-1 EIA/TIA 568B.2

TTAF Code

Number of Fibers

FO-LC3-UTPP-025 FO-LC3-UTPP-050 FO-LC3-UTPP-100 FO-LC3-UTPH-025 FO-LC3-UTPH-050 FO-LC3-UTPH-100

UTP CAT3 PVC Cable (25 Pairs) UTP CAT3 PVC Cable (50 Pairs) UTP CAT3 PVC Cable (100 Pairs) UTP CAT3 LSZH Cable (25 Pairs) UTP CAT3 LSZH Cable (50 Pairs) UTP CAT3 LSZH Cable (100 Pairs)

Transmission specifications

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TIA/EIA-568-C.2 Category 3 Compliant

Frequency (MHz) 1 4 8 10 16

Insertion Loss (dB/100m)

Next Loss (dB/100m)

ACR (dB/100m)

2.6 5.6 8.5 9.7 13.1

41.3 32.3 27.8 26.3 23.2

38.7 26.7 19.3 16.6 10.1 24

Structural Return Loss (dB/100m) 12.0 12.0 12.0 12.0 10.0

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LAN CABLES UTP Cat5e

TECHNICAL DATA

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Temperature range(C °): -40 to 70 Velocity ratio(%): 69 Characteristic impedance: 100 ±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179

Construction

Cat 5E

Cat 5E CCA

Conductor (dia.mm) Insulation (dia.mm) Nylon rip cord Jacket (dia.mm) No. Of pairs

24 AWG SBC 0.50 HDPE 0.92 150D PVC/LSOH/PE 5.20 4

24 AWG CCA 0.52 HDPE 0.97 PVC - 5.20 4

TTAF Code

Number of Fibers

FO-LC5e-UTPP FO-LC5e-UTPH

UTP CAT5e PVC Cable UTP CAT5e LSZH Cable

STANDARDS AND PERFORMANCES

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Transmission specifications

IEC 61156-5 Edition 2.0 EN 50288-3-1 EIA/TIA 568-B.2 – Cat 5e ISO 11801 Edition 2 – CLASS D EN 50173 Edition 2 – CLASS D

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LAN CABLES LAN CABLES FTP Cat5e XL-LSOH

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 69 Characteristic impedance: 100 ±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: IEC 60332-1 S-FTP Cat5e is also available.

Construction

FTP Cat 5E

Conductor (dia.mm) Insulation (dia.mm) Mylar spiral coverage Drain wire (dia.mm) Screen Jacket (dia.mm) No. of pairs

24 AWG SBC 0.50 HDPE - 0.95 125% TC - 0.50 Al-PET - 125% XL-LSZH - 6.50 4

STANDARDS AND PERFORMANCES

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Transmission specifications

EIA/TIA 568A ISO/IEC 11801

TTAF Code

Number of Fibers

FO-LC5e-FTPH

FTP CAT5e XL-LSOH Cable

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LAN CABLES Cat5e 25 PAIRS

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 69 Characteristic impedance: 100±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179

Construction Conductor (dia.mm) Insulation (dia.mm) Inner jacket Construction Mylar coverage% Nylon rip cord Jacket (dia.mm)

UTP Cat 5E 25 Pairs(12 pairs and 100 pairs are also available) 24 AWG SBC 0.51 HDPE - 0.92 PVC/LSZH 6 x 4 pairs + 1pair >=115% 1000D PVC/LSZH - 17.0

STANDARDS AND PERFORMANCES

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24 AWG SBC 0.51 HDPE - 0.95 25 pairs >=125% 1000D PVC/LSZH - 12.0

Transmission specifications

IEC 61156-5 Edition 2.0 EN 50288-3-1 EIA/TIA 568-B.2 – Cat 5e ISO 11801 Edition 2 – CLASS D EN 50173 Edition 2 – CLASS D

TTAF Code

Number of Fibers

FO-LC5e-UTPP-025 FO-LC5e-UTPH-025

UTP CAT5e PVC Cable (25 Pairs) UTP CAT5e LSZH Cable (25 Pairs)

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LAN CABLES LAN CABLES UTP Cat6

TECHNICAL DATA

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fiberoptıc systems®

STANDARDS AND PERFORMANCES

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Temperature range(C °): -40 to 70 Velocity ratio(%): 72 Characteristic impedance: (From 1 to 250 MHz)100±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E357704 3P channel test number is 113796 Delta file number is 2013-014

IEC 61156-5 Edition 2.0 En 50288-6-1 EIA/TIA 568-B.2-1 – Cat 6 ISO 11801 Edition 2 – CLASS E EN 50173 Edition 2 – CLASS E IEC 60332-1

TTAF Code Construction Conductor (dia.mm) Insulation (dia.mm) Filler Jacket (dia.mm) No. of pairs

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23 AWG SBC 0.573 Solid PE - 0.94 Cross member PVC/LSZH - 6.00 4

Transmission specifications

UTP Cat6 PVC Cable: FO-KBLC6-UTPPVC-001 UTP Cat6 LSZH Cable: FO-KBLC6-UTPHF-001

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LAN CABLES UTP Cat6 DUAL

TECHNICAL DATA

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fiberoptıc systems®

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Construction Conductor (dia.mm) Insulation (dia.mm) Filler Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

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23 AWG SBC 0.55 Solid PE - 0.94 Cross member PVC/LSZH - 6.00 x 12.20 4

Transmission specifications

IEC 61156-5 Edition 2.0 En 50288-6-1 EIA/TIA 568-B.2-1 – Cat 6 ISO 11801 Edition 2 – CLASS E EN 50173 Edition 2 – CLASS E

TTAF Code

Number of Fibers

FO-LC6D-UTPP FO-LC6D-UTPH

UTP CAT6 Dual PVC Cable UTP CAT6 Dual LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES FTP Cat6 (a)

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 72 Characteristic impedance: (From 1 to 250 MHz)100±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 It can be tested up to Cat6a performance 500 MHz

Construction

FTP Cat6

FTP Cat6a

Conductor (dia.mm) Insulation (dia.mm) Filler Mylar coverage(%) Drain wire Al-PET shielded Jacket (dia.mm) No. Of pairs

23 AWG SBC 0.55 Solid PE - 1.02 Cross member >=125% TC >=125% PVC/LSZH - 7.20 4

23 AWG SBC 0.57 Solid PE - 1.10 Cross member >=125% TC >=125% PVC/LSZH - 7.30 4

STANDARDS AND PERFORMANCES

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Transmission specifications

IEC 61156-5 Edition 2.0 EN 50288-5-1 EIA/TIA 568-B.2-1 – Cat 6 ISO 11801 Edition 2 – CLASS E EN 50173 Edition 2 – CLASS E

TTAF Code

Number of Fibers

FO-LC6-FTPP FO-LC6-FTPH FO-LC6a-FTPP FO-LC6a-FTPH

FTP CAT6 PVC Cable FTP CAT6 LSZH Cable FTP CAT6a PVC Cable FTP CAT6a LSZH Cable

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LAN CABLES FTP Cat6 DUAL

TECHNICAL DATA

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fiberoptıc systems®

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Construction Conductor (dia.mm) Insulation (dia.mm) Filler Mylar coverage(%) Drain wire Al-PET shielded Jacket (dia.mm) No. Of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

23 AWG SBC 0.55 Solid PE 1.02 Cross member >=125% TC >=125% PVC/LSZH 7.20x14.6 8

Transmission specifications

IEC 61156-5 Edition 2.0 EN 50288-5-1 EIA/TIA 568-B.2-1 – Cat 6 ISO 11801 Edition 2 – CLASS E EN 50173 Edition 2 – CLASS E

TTAF Code

Number of Fibers

FO-LC6D-FTPP FO-LC6D-FTPH

FTP CAT6 Dual PVC Cable FTP CAT6 Dual LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES U-UTP Cat6 a

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 78 Characteristic impedance: (From 1 to 250 MHz)100±15 Ohm (From 250 to 500 MHz)100±20 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM Smoke emission: IEC 61034 UL file number is E334179 Construction Conductor (dia.mm) Insulation (dia.mm) Filler Jacket (dia.mm) No. Of pairs

STANDARDS AND PERFORMANCES

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fiberoptıc systems®

23 AWG SBC 0.57 Solid PE - 1.03 Cross member PVC/LSZH - 7.80 x 9.20 4

Transmission specifications

ANS/TIA 568 B.2 - 10 TIA 568 C Draft RoHS Compliant Directive 2002/95/EC UL 444

TTAF Code

Number of Fibers

FO-LC6a-UUTPP FO-LC6a-UUTPH

U-UTP CAT6a PVC Cable U-UTP CAT6a LSZH Cable

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LAN CABLES U-FTP Cat6 a

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 78 Characteristic impedance: (From 1 to 250 MHz)100±15 Ohm (From 250 to 500 MHz)100±20 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 Delta EC Verified NO. 2011-229 Construction Conductor (dia.mm) Insulation (dia.mm) Drain Wire Al-PET shielded Jacket (dia.mm) No. Of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

23 AWG SBC 0.56 Skin-Foam-Skin 1.30 TC >=115% PVC/LSZH 7.2 4

Transmission specifications

TIA/EIA-568-B.2-10(500 MHz) IEC 61156-5 ed.2.0 (Cat6) ISO/IEC 11801 ed 2.1 Class Ea EIA/TIA 568-B.2-10 Cat6a

TTAF Code

Number of Fibers

FO-LC6a-UFTPP FO-LC6a-UFTPH

U-FTP CAT6a PVC Cable U-FTP CAT6a LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES U-FTP Cat6 a DUAL

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 78 Characteristic impedance: (From 1 to 250 MHz)100±15 Ohm (From 250 to 500 MHz)100±20 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 Delta EC Verified NO. 2011-229 Construction Conductor (dia.mm) Insulation (dia.mm) Drain wire Al-PET shielded Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

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fiberoptıc systems

TIA/EIA-568-B.2-10(500 MHZ) IEC 61156-5 ED.2.0 (CAT6) ISO/IEC 11801 ED 2.1 CLASS EA EIA/TIA 568-B.2-10 CAT6A

TTAF Code

Number of Fibers

FO-LC6aD-UFTPP FO-LC6aD-UFTPH

U-FTP CAT6a Dual PVC Cable U-FTP CAT6a Dual LSZH Cable

23 AWG SBC 0.56 Skin-Foam-Skin 1.30 TC >=115% PVC/LSZH 7.2 x 14.6 8

Transmission specifications

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LAN CABLES F-FTP Cat6 a

TECHNICAL DATA

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fiberoptıc systems®

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Construction Conductor (dia.mm) Insulation (dia.mm) Individual shield Overall shield Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems

23 AWG SBC 0.56 Skin-Foam-Skin 1.32 Al-PET Al-PET + drain wire PVC/LSZH 7.3 4

Transmission specifications

IEC 61156-5 ED.2.0 ISO/IEC 11801 ED 2.1 CLASS EA TIA/EIA 568-B.2-10 (500 MHZ)

TTAF Code

Number of Fibers

FO-LC6a-FFTPP FO-LC6a-FFTPH

F-FTP CAT6a PVC Cable F-FTP CAT6a LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES F-FTP Cat6 a DUAL

TECHNICAL DATA

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fiberoptıc systems®

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Construction Conductor (dia.mm) Insulation (dia.mm) Individual shield Overall shield Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

23 AWG SBC 0.56 Skin-Foam-Skin 1.32 Al-PET Al-PET + drain wire PVC/LSZH 7.3 x 14.8 4

Transmission specifications

IEC 61156-5 ed.2.0 ISO/IEC 11801 ed 2.1 Class Ea TIA/EIA 568-B.2-10 (500 MHz)

TTAF Code

Number of Fibers

FO-LC6aD-FFTPP FO-LC6aD-FFTPH

F-FTP CAT6a Dual PVC Cable F-FTP CAT6a Dual LSZH Cable

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LAN CABLES S-FTP Cat7

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 80 Characteristic impedance: (From 1 to 100 MHz)100±1 5Ohm (From 100 to 250 MHz)100±20 Ohm (From 250 to 600 MHz)100±25 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 It can be tested up to 1000 MHz

Construction Conductor (dia.mm) Insulation (dia.mm) Al-PET shielded Drain wire Braiding coverage(%) Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

23 AWG SBC 0.57 Skin-Foam-Skin 1.32 >=125% TC 04 TC 30% to 68% PVC/LSZH 7.60 4

Transmission specifications

EN 50288-4-1 IEC 61156-5 EN 50173 Edition 2 – CLASS F ISO 11801 Edition 2 – CLASS F

TTAF Code

Number of Fibers

FO-LC7-SFTPP FO-LC7-SFTPH

S-FTP CAT7 PVC Cable S-FTP CAT7 LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES S-FTP Cat7 DUAL

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 80 Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm (From 100 to 250 MHz)100±20 Ohm (From 250 to 600 MHz)100±25 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 It can be tested up to 1000 MHz Construction Conductor (dia.mm) Insulation (dia.mm) Al-PET shielded Drain wire Braiding coverage(%) Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

23 AWG SBC 0.57 Skin-Foam-Skin 1.32 >=125% TC 0.4 TC 30% to 68% PVC/LSZH 7.60 x 15.4 8

Transmission specifications

EN 50288-4-1 IEC 61156-5 EN 50173 Edition 2 – CLASS F ISO 11801 Edition 2 – CLASS F

TTAF Code

Number of Fibers

FO-LC7D-SFTPP FO-LC7D-SFTPH

S-FTP CAT7 Dual PVC Cable S-FTP CAT7 Dual LSZH Cable

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LAN CABLES S-FTP Cat7 a

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -40 to 70 Velocity ratio(%): 80 Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm (From 100 to 250 MHz)100±20 Ohm (From 250 to 1000 MHz)100±25 Ohm Bending radius(min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 Delta EC Verified NO.2011-230 Construction Conductor (dia.mm) Insulation (dia.mm) Al-PET shielded Drain wire Braiding coverage(%) Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

fiberoptıc systems®

222 AWG SBC 0.64 Skin-Foam-Skin 1.45 >=125% TC 0.4 TC 30% to 68% PVC/LSZH 8.5 4

Transmission specifications

EN 50288-4-1 IEC 61156-5 EN 50173 Edition 2 – CLASS F ISO 11801 Edition 2 – CLASS F

TTAF Code

Number of Fibers

FO-LC7a-SFTPP FO-LC7a-SFTPH

S-FTP CAT7a PVC Cable S-FTP CAT7a LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES UTP Cat5 e STRANDED

FEATURES AND BENEFITS »» Exceeds CAT5e standard specifications »» To be used for CAT5e patch cords »» Available in different colors on request

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -20 to 70 Velocity ratio(%): 66 Linear resistance (max.): <170 Ohm/km Mutual capacity (nom.): 50 pF/m Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 Construction Conductor (dia.mm) Insulation (dia.mm) Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

CABLE: - IEC 61156 - EN 50288-3-2 SYSTEM: - EIA/TIA 568-B.2 – CAT5e - ISO 11801 Edition 2 - CLASS D - EN 50173 Edition 2 – CLASS D

NETWORK APPLICATIONS

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26AWG Stranded BC HDPE PVC/LSZH 5.4 4

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ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

Transmission specifications Frequency (MHz) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 25 MHz 31.25 MHz 62.50 MHz 100 MHz

Insertion Loss (dB/100m)

Next Loss (dB/100m)

Return Loss (dB/100m)

3.0 6.2 9.8 12.3 14.0 15.7 17.7 25.6 33.0

65.3 56.3 50.3 47.2 45.8 44.3 42.9 38.4 35.3

20.0 23.3 25.0 25.0 25.0 24.2 23.3 20.7 19.0 40

TTAF Code

Number of Fibers

FO-LC5eS-UTPP FO-LC5eS-UTPH

UTP CAT5e Stranded PVC Cable UTP CAT5e Stranded LSZH Cable

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LAN CABLES FTP Cat5 e STRANDED

FEATURES AND BENEFITS »» Exceeds CAT5e standard specifications »» To be used for CAT5e patch cords »» Available in different colors on request

TECHNICAL DATA

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fiberoptıc systems®

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STANDARDS AND PERFORMANCES

CABLE: - IEC 61156 - EN 50288-3-2 SYSTEM: - EIA/TIA 568-B.2 – CAT5e - ISO 11801 Edition 2 - CLASS D - EN 50173 Edition 2 – CLASS D

NETWORK APPLICATIONS

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26AWG Stranded BC HDPE 26AWG TC 110% PVC/LSZH 5.6 4

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ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

Transmission specifications Frequency (MHz) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 25 MHz 31.25 MHz 62.50 MHz 100 MHz

Insertion Loss (dB/100m)

Next Loss (dB/100m)

Return Loss (dB/100m)

3.0 6.2 9.8 12.3 14.0 15.7 17.7 25.6 33.0

65.3 56.3 50.3 47.2 45.8 44.3 42.9 38.4 35.3

20.0 23.3 25.0 25.0 25.0 24.2 23.3 20.7 19.0 41

TTAF Code

Number of Fibers

FO-LC5eS-FTPP FO-LC5eS-FTPH

FTP CAT5e Stranded PVC Cable FTP CAT5e Stranded LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES UTP Cat6 STRANDED

FEATURES AND BENEFITS »» Exceeds CAT6 standard specifications »» To be used for CAT6 patch cords »» Available in different colors on request

TECHNICAL DATA

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fiberoptıc systems®

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Temperature range(C °): -20 to 70 Velocity ratio(%): 66 Linear resistance (max.): <154 Ohm/km Mutual capacity (nom.): 42 pF/m Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm (From 100 to 250 MHz)100±20 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179 Construction Conductor (dia.mm) Insulation (dia.mm) Flat filler Jacket (dia.mm) No. of pairs

STANDARDS AND PERFORMANCES

CABLE: - IEC 61156-6 - EN 50288-6-2 SYSTEM: - EIA/TIA 568-B.2-1 CAT6 - ISO 11801 Edition 2 - CLASS D - EN 50173 Edition 2 – CLASS D

NETWORK APPLICATIONS

»» »» fiberoptıc systems®

26AWG Stranded BC HDPE Low density PE PVC 5.7 4

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ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

Transmission specifications Frequency Insertion Loss (MHz) (dB/100m) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 25 MHz 31.25 MHz 62.50 MHz 100 MHz

3.0 6.0 9.0 11.0 13.0 16.0 30.0 44.0 49.0

Next Loss (dB/100m)

Return Loss (dB/100m)

74.3 65.3 59.3 56.2 53.3 51.9 44.3 39.8 38.3

20.0 23.3 25.0 25.0 24.2 23.3 19.0 16.4 15.6 42

TTAF Code

Number of Fibers

FO-LC6S-UTPP FO-LC6S-UTPH

UTP CAT6 Stranded PVC Cable UTP CAT6 Stranded LSZH Cable

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LAN CABLES U-FTP Cat6 STRANDED

FEATURES AND BENEFITS »» Exceeds CAT6 standard specifications »» To be used for CAT6 patch cords »» Available in different colors on request

TECHNICAL DATA

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fiberoptıc systems®

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STANDARDS AND PERFORMANCES

CABLE: - IEC 61156-6 - EN 50288-6-2 SYSTEM: - EIA/TIA 568-B.2-1 CAT6 - ISO 11801 Edition 2 - CLASS D - EN 50173 Edition 2 – CLASS D

NETWORK APPLICATIONS

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26AWG Stranded BC HDPE Al/Pet foil – 110% coverage TC AWG 26 PVC/LSZH 5.7 4

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ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

Transmission specifications Frequency Insertion Loss Next Loss (MHz) (dB/100m) (dB/100m) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 31.25 MHz 100 MHz 200 MHz 250 MHz

3.0 6.0 9.0 11.0 13.0 16.0 30.0 44.0 49.0

74.3 65.3 59.3 56.2 53.3 51.9 44.3 39.8 38.3

Return Loss (dB/100m) 20.0 23.3 25.0 25.0 24.2 23.3 19.0 16.4 15.6 43

TTAF Code

Number of Fibers

FO-LC6S-UFTPP FO-LC6S-UFTPH

U-FTP CAT6 Stranded PVC Cable U-FTP CAT6 Stranded LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES U-FTP Cat6 a STRANDED

FEATURES AND BENEFITS »» Exceeds CAT6A standard specifications »» To be used for CAT6A shielded patch cords or CAT6A consolidation point links »» Available in different colors on request TECHNICAL DATA

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Construction

fiberoptıc systems®

Conductor (dia.mm) Insulation (dia.mm) Individual shielding Drain wire Jacket (dia.mm) No. of pairs

Temperature range(C °): -20 to 70 Velocity ratio(%): 76 Linear resistance (max.): <154 Ohm/km Mutual capacity (nom.): 42 pF/m Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm (From 100 to 250 MHz)100±20 Ohm (From 250 to 500 MHz)100±25 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: CMP, CMR, CMG, CM UL file number is E334179

Transmission specifications Frequency (MHz) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 31.25 MHz 100 MHz 200 MHz 250 MHz 300 MHz 400 MHz 500 MHz

Insertion Loss (dB/100m) 3.0 6.0 9.0 11.0 13.0 16.0 30.0 44.0 49.0 56.0 65.0 74.0

fiberoptıc systems®

26AWG Stranded BC Foam-skin PE Al/Pet foil – 110% coverage Solid TC AWG26 PVC/LSZH 5.8 4

TTAF Code

Number of Fibers

FO-LC6aS-UFTPP FO-LC6aS-UFTPH

U-FTP CAT6a Stranded PVC Cable U-FTP CAT6a Stranded LSZH Cable

STANDARDS AND PERFORMANCES

Next Loss (dB/100m) 74.3 65.3 59.3 56.2 53.3 51.9 44.3 39.8 38.3 37.1 35.3 38.3

Return Loss (dB/100m) 20.0 23.3 25.0 25.0 24.2 23.3 19.0 16.4 15.6 15.6 15.6 15.6 44

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CABLE: - IEC 61156-6 - EN 50288-10-2 - EIA/TIA 568-B.2-10 CAT6a SYSTEM: - EIA/TIA 568-B.2-10 CAT6a - AD 1.0 & AD2.0 ISO 11801

NETWORK APPLICATIONS

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ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

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LAN CABLES INDUSTRIAL Cat5 e

TECHNICAL DATA

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fiberoptıc systems®

STANDARDS AND PERFORMANCES

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Temperature range(C °): -40 to 80 Velocity ratio(%): 66 Characteristic impedance: 100±15 Ohm Bending radius (min.): 8 x cable diameter Flame retardancy: IEC 60332-1

CABLE: - IEC 61156 - EN 50288-3-2 SYSTEM: - EIA/TIA 568-B.2 – CAT5e - ISO 11801 Edition 2 - CLASS D - EN 50173 Edition 2 – CLASS D

NETWORK APPLICATIONS

»» »» Construction Conductor (dia.mm) Insulation (dia.mm) Stranding element Screen Outer jacket No. of pairs

fiberoptıc systems®

BC (AWG 26/7) PO DOUBLE CORE Overall Al-PET and TC braiding PUR 5.7 4

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Transmission specifications Frequency (MHz) 10 MHz 16 MHz 62.5 MHz 100 MHz 200 MHz

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Insertion Loss (dB/100m)

Next Loss (dB/100m)

ACR (dB/100m)

0.8 1.1 2.4 2.9 4.3

58.0 56.0 45.0 43.0 37.0

57.2 54.9 42.6 40.1 32.7 45

ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

TTAF Code

Number of Fibers

FO-LC5e-IP FO-LC5e-IH

Industrial CAT5e PVC Cable Industrial CAT5e LSZH Cable

fiberoptıc systems®

LAN CABLES LAN CABLES INDUSTRIAL Cat7

TECHNICAL DATA

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fiberoptıc systems®

STANDARDS AND PERFORMANCES

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Temperature range(C °): -40 to 80 Velocity ratio(%): 66 Characteristic impedance: (From 1 to 100 MHz)100±15 Ohm (From 100 to 600 MHz)100±20 Ohm Bending radius (min.):8 x cable diameter Flame retardancy: IEC 60332-1

Construction Conductor (dia.mm) Insulation (dia.mm) Stranding element Screen Outer jacket No. of pairs

fiberoptıc systems®

BC (AWG 23/1) Foam-skin-PE DOUBLE CORE Individual Al-PET and TC braiding PUR 8.2 4

Transmission specifications Frequency (MHz) 10 MHz 16 MHz 62.5 MHz 100 MHz 200 MHz 300 MHz 600 MHz

EN 50288-4-1 IEC 61156-5 EN 50173 Edition 2 – CLASS F ISO 11801 Edition 2 – CLASS F

Insertion Loss (dB/100m)

Next Loss (dB/100m)

ACR (dB/100m)

5.60 7.10 13.9 17.5 25.2 32.1 44.9

100.0 100.0 96.0 94.0 88.0 84.0 73.0

94.4 92.9 82.1 76.5 62.8 51.9 28.1 46

TTAF Code

Number of Fibers

FO-LC7-IP FO-LC7-IH

Industrial CAT7 PVC Cable Industrial CAT7 LSZH Cable

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LAN CABLES INDUSTRIAL Cat7 STRANDED

TECHNICAL DATA

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fiberoptıc systems®

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Construction Conductor (dia.mm) Insulation (dia.mm) Stranding element Screen Outer jacket No. of pairs

STANDARDS AND PERFORMANCES

EN 50288-4-1 IEC 61156-5 EN 50173 Edition 2 – CLASS F ISO 11801 Edition 2 – CLASS F

fiberoptıc systems®

BC (AWG 26/7) Foam Skin PE DOUBLE CORE Individual Al-PET and TC braiding PUR 6.4 4

Transmission specifications Frequency (MHz) 10 MHz 16 MHz 62.5 MHz 100 MHz 200 MHz 600 MHz

Insertion Loss (dB/100m)

Next Loss (dB/100m)

ACR (dB/100m)

0.8 1.1 2.2 2.8 4.0 7.4

80.0 80.0 75.0 72.0 68.0 61.0

79.2 78.9 72.8 69.2 64.0 53.6 47

TTAF Code

Number of Fibers

FO-LC7S-IP FO-LC7S-IH

Industrial CAT7 Stranded PVC Cable Industrial CAT7 Stranded LSZH Cable

fiberopt覺c systems簧

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LAN CABLES

1.1

LAN Cables Accessories

fiberoptıc systems®

LAN CABLES ACCESSORIES CAT 6 SERIES FAST ETHERNET PATCH PANELS & ORGANISERS

TYPICAL SPECIFICATIONS TTAF ELEKTRONİK Category 6 Series Patch Panels are available in 6-8-12-24 and 48-Port, loaded and unloaded versions. With Professional structure desing, our Category 6 UTP patch panels are extremely durable for punching down strongly .With 110 and dual type IDC desing , accepts 110 Krone type punch down tools, and 23-26 AWG solid and stranded UTP cables . Writable & erasable marking surfaces for each port on the front panel for efficient system management.

FEATURES

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APPLICATION

fiberoptıc systems®

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Meeting the ANSI/TIA-568-C.2 Category 6, ISO/IEC 11801 and EN50173-1 Specification. Supports T568 A&B Wiring & Easy Installation. IDC Connector can Accept 23-26 AWG Solid and Stranded Cables. Backward Compatible to Category 5e or 3. Offers Total Solution fo Your Local Networking Area. Terminate Usıng 110 or Krone Tools

ELECTRICAL SPECIFICATIONS

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fiberoptıc systems®

10BASE- TX Ethernet 100BASE –TX Fast Ethernet 1000BASE –TX Fast Ethernet Voice, Video and other applications.

fiberoptıc systems®

Dielectric Strength: 1000 V RMS for 1min Insulation Resistance: 10MΩ min Contact Resistance: 20 mΩ max Storage Temperature: -40 °C to +70 °C max Operating Temperature: -20 °C to +60 °C max Humidity: 10 %- 65% Imbalance Input/Output Resistance : 200 m Ohm max. Izalosyon Resistance : 500 Mega Ohm min. @500 Vdc DC Resistance : 0.1 Ohm max @20 °C EMC Standarts: EN-55022 Class B, FCC Part 15 Subpart J Class A 50

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DIMENSIONS &PHYSICAL SPECIFICATIONS

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1U 19 inch 24 port Fast Ethernet Cat6 UTP Patch Panel IDC Contact :0.8mm thickness Phosphor Bronze, tin plating over nickel Jack Operating life : minimum 750 insertions Hing impact plastic housing, UL 94V -0 and LSOH Jacj Contact: Phosphor Bronze , 50 µ-inch thickness gold plated over 100 µ-inch nickel IDC Operating life: minimum 250 insertions PCB :FR-4,1.6mm thickness

CERTIFICATES AND TEST NUMBERS

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fiberoptıc systems®

UL CODE: Patch panels shall be UL Listed under file number E357669 3P CODE: P/N TTAF Attestation of Conformity No.113796

MONTAGE ACCESSORIES

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fiberoptıc systems®

TTAF CODE : FO-ORG-01 TTAF CODE : FO-ORG-02

fiberoptıc systems®

Cable Organizer 1U Cable Organizer 2U

TTAF CODE

FO-SP-3000-06PC6 FO-SP-3000-08PC6 FO-SP-3000-12PC6 FO-SP-3000-24PC6 FO-SP-3000-48PC6 FO-SP-3000-06PC6L FO-SP-3000-08PC6L FO-SP-3000-12PC6L FO-SP-3000-24PC6L FO-SP-3000-48PC6L 51

PRODUCT DESCRIPTION

6 Port Cat 6 Patchpanel (Un loaded) 8 Port Cat 6 Patchpanel (Un loaded) 12 Port Cat 6 Patchpanel (Un loaded) 24 Port Cat 6 Patchpanel (Un loaded) 48 Port Cat 6 Patchpanel (Un loaded) 6 Port Cat 6 Patchpanel (Loaded) 8 Port Cat 6 Patchpanel (Loaded) 12 Port Cat 6 Patchpanel (Loaded) 24 Port Cat 6 Patchpanel (Loaded) 48 Port Cat 6 Patchpanel (Loaded)

fiberoptıc systems®

LAN CABLES ACCESSORIES CAT 6 SERIES UTP KEYSTONE JACK CAT 6

TYPICAL SPECIFICATIONS Category 6 UTP 90⁰/180⁰ keystone jacks are PC plastic package ,suitable for different application environments ,bandwidth of 250MHz,meet the international standard ISO/ IEC 11801 / EN-55022EN50173 and the ANSI/TIA -T568-C.2 requirements.The 8 Pin insert has good flexibility and resistance. Comply with RoHS standarts.

FEATURES

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APPLICATION

fiberoptıc systems®

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RJ45 8P 8C 50µ inch Jack Fitting 1U 24 Port High Density Offers total solution of your local area networking Dual IDC connector can accept 23-26 AWG solid and stranded cables Support T568 A&B wiring & easy installation RoHS compliant Performance conforms to ANSI/TIA-568-C.2, ISO/IEC 11801 and EN50173-1 Category 6 specification

10Base-T/100Base-Tx 100Base-T4/1000Base-Tx ATM-25/ATM-51/ATM-155 100VG-AnyLan TR-4/TR-16 Active/TR16 Passive

ELECTRICAL SPECIFICATIONS

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Dielectric Strength Insulation Resistance Contact Resistance Temperature Range Humidity Contact Resistance Imbalance Input

fiberoptıc systems®

: 1000V RMS for 1min : 10 MΩ min : 2 mΩ per contact : -20⁰C to 60⁰C max : 10%-65% : 20m Ohm max : 200m Ohm max

Input / Output Resistance »» Dielectric Strength : »» Izalosyon Resistance : »» DC Resistance :

TTAF CODE

1 Minutes for 1000 Volt rms 500MegaOhm min.@ 500 Vdc 0.1 Ohm max. @20C

FO-SM-2000 FO-SM-2001 52

PRODUCT DESCRIPTION

UTP KEYSTONE JACK CAT6 180⁰ UTP KEYSTONE JACK CAT6 90⁰

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DIMENSIONS &PHYSICAL SPECIFICATIONS

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fiberoptıc systems®

High impact plastic housing,Flame retardant UL 94V-0 (ABS+PC,UL 94V-0 ) IDC Contact : 100 µ inch nickel plated over phosphor bronze IDC Operating life : Minimum 250 Re-terminations Jack Contact : Phosphor bronze , 50µ inch gold plating over nickel plating in contact area Jack Operating life : Minimum 750 insertions PCB : FR-4, 1.6mm thickness

CERTIFICATES AND TEST NUMBERS

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UL CODE : Keystone Jack shall be UL Listed under file number E357669 3P CODE : P/N TTAF Attestation of Conformity No.113796

DIMENSIONS &PHYSICAL SPECIFICATIONS

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fiberoptıc systems®

TTAF Jacks Cat.6 UTP Keystone Jack RJ Standard socket conforming to FCC part 68, maiting durability 750 cycles,Could be used in any unloaded keystone wallplate or patch panel; Available in Cat6, T568A & T568B wiring. Meeting every cabling requires. Plastic housing : PC UL94V-0 Contact material: Phosphor Bronze Selective Gold Plating Over Nickel In Contact Area Connector Terminals : Phosphor Bronze and the TinPlated,User for 22-26 AWG Standard And Solid Wire,durability 200 cycles; Including the info 100 micron nickel over copper and 50u gold plating.Supports T568A and TS568B Supports standarts ANSI/EIA/TIA, 568B2-1, Storage temp : -40+85⁰C Operating temp : -20+60⁰C EMC tested and passed have EN-5502,Class B (Europe); FCC Part 15, Subpart J,Class A (USA) Certificed IDC contact material phosphor bronze with tin plating over nickle: IDC Housing: 1.Dual IDC : 110 & LSA 2. PC UL94V-0 IDC Cap : ABS 53

fiberoptıc systems®

LAN CABLES ACCESSORIES CAT 6 SERIES 22.5X45 FRENCH STYLE FACE PLATES

TTAF offers the latest technology outlets with high quality for professional installations as part of end-to-end fiber and copper structured cabling systems. TTAF French Style outlets cover the latest technology outlets and wall type outlet box which enables high quality to excellent and professional way to end the fiber optic and copper structured cabling systems. The outlets in the product portfolio which includes colorful icons and transparent label location, can be mounted on the outlet back covers. Outlet ports RJ-45,BNC,ST (fiber optic) are usable as French type (for TV ). TTAF outlets and to the correct use of the wall type outlet boxes and outlet back covers with TTAF cabling products significantly contribute to created high quality cabling systems supported with Century™ LifeTime Warranty and DoubleSafe™ Quality Assurance Program.

APPLICATION

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APPLICATION

fiberoptıc systems®

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French Type Outlets are used to terminate copper data cables (Cat 5e, Cat6..), phone cables, coaxial cables and fiber optic cables.

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Extraordinary material features and design- French Type Outlets provide the Unique Century™ LifeTime Warranty. Tagging location and outlet structure with colorful icon allows to professional outlets and this one has a nice outfitting definition. Outlet back covers and outlets, cable tie and sending to double-sided adhesive helps to fast and easy termination. Detailed English-Turkish installation manual includes information on how to do the installation as detailed and clear. Detailed English-Turkish installation manual helps to minimize installation errors. Solid and easy -to-install design minimizes installation and business expenses. Unique DoubleSafe™ Quality Assurance Program enables minimizing at the return rate.

TTAF CODE

FO-FRP-CAT6 FO-FRP-CAT5e

GENERAL PROPERTIES

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Construction Material Working Temperature Storage Temperature Standard Colour

fiberoptıc systems®

PRODUCT DESCRIPTION

22.5X45 CAT6 Face Plate 22.5X45 CAT5e Face Plate

fiberoptıc systems®

: Plastic metarial delay-free flame, UL 94 V-0. : -40 / +60C 0-90% RH ( non-intensive) : -20 / +80C : White RAL 1013.( Other colors are available as optional) 54

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CAT 5 SERIES Cat5 e PATCH CORD

Number of Fibers

FO-UTP-CAT5e-LX001 FO-UTP-CAT5e-LX002 FO-UTP-CAT5e-LX003 FO-UTP-CAT5e-LX005 FO-UTP-CAT5e-LX010 FO-FTP-CAT5e-LX001 FO-FTP-CAT5e-LX002 FO-FTP-CAT5e-LX003 FO-FTP-CAT5e-LX005 FO-FTP-CAT5e-LX010 FO-STP-CAT5e-LX001 FO-STP-CAT5e-LX002 FO-STP-CAT5e-LX003 FO-STP-CAT5e-LX005 FO-STP-CAT5e-LX010

U-UTP Cat5e LSZH Patchcord L:1m U-UTP Cat5e LSZH Patchcord L:2m U-UTP Cat5e LSZH Patchcord L:3m U-UTP Cat5e LSZH Patchcord L:5m U-UTP Cat5e LSZH Patchcord L:10m F-UTP Cat5e LSZH Patchcord L:1m F-UTP Cat5e LSZH Patchcord L:2m F-UTP Cat5e LSZH Patchcord L:3m F-UTP Cat5e LSZH Patchcord L:5m F-UTP Cat5e LSZH Patchcord L:10m SF-UTP Cat5e LSZH Patchcord L:1m SF-UTP Cat5e LSZH Patchcord L:2m SF-UTP Cat5e LSZH Patchcord L:3m SF-UTP Cat5e LSZH Patchcord L:5m SF-UTP Cat5e LSZH Patchcord L:10m

Description CAT5e unshielded patch cord CAT5e shielded patch cord CAT5e shielded patch cord

1m 67.0 64.6 56.8 52.7 50.8 47.0 41.1 37.2

NEXT(dB/100m) 2m 5m 67.0 67.0 64.3 63.5 56.5 55.7 52.4 51.7 50.5 49.9 46.8 46.2 40.9 40.5 37.1 36.8

Type U-UTP F-UTP SF-UTP

Length X = 1 / 2 / 3 / 5 / 10 m X = 1 / 2 / 3 / 5 / 10 m X = 1 / 2 / 3 / 5 / 10 m

STANDARDS AND PERFORMANCES

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PATCH CORD : - EIA/TIA 568-B.2 CAT5e SYSTEM: - EIA/TIA 568-B.2 CAT5e - ISO 11801 Edition 2 CLASS D - EN 50173 Edition 2 CLASS D

NETWORK APPLICATIONS

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Transmission specifications Frequency (MHz) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 31.25 MHz 62.5 MHz 100 MHz

fiberoptıc systems®

PACKAGING

ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

Return Loss (dB/100m) 1m 2m 5m 10m 21.80 21.80 21.80 21.80 23.61 23.61 23.61 23.61 24.80 24.80 24.80 24.80 25.41 25.41 25.41 25.41 25.70 25.70 25.70 25.70 25.05 25.05 25.05 25.05 22.04 22.04 22.04 22.04 20.00 20.00 20.00 20.00

10m 67.0 62.4 54.8 50.9 49.1 45.5 40.1 36.6 55

fiberoptıc systems®

LAN CABLES ACCESSORIES CAT 6 SERIES U/UTP PATCH CABLES COLOUR

LENGTH

FO-UTP-CAT6-XXXXX LSOH (L) / PVC (P)

The FO-UTP-CAT6-XXXXX Cat 6 Patch Cable meets or exceeds all Category 6 cable specifications to ensure reliable Gigabit network connections, and features a durable PVC/LSOH/LSFROH and NON-PLENUM jacket that enables you to color code your network cable runs as needed.Stranded and solid copper conductors in cable pairs.Third party certification at a component level. To ensure long-lasting performance, this high quality Cat 6 patch cable features molded PVC strain relief that prevents the RJ45 connector termination points from bending at sharp angles - reducing the risk of cable damage, which could decrease network performance. Constructed of only top quality materials, this Gigabit Patch Cable delivers reliable performance and is backed by our Lifetime Warranty.

100% COPPER - A BETTER VALUE

24 AWG Wire

TTAF Cat6 cables are manufactured using high-quality copper conductors. While many cable manufacturers offer a “cheaper” cable, based on a copper-coated aluminum core, we make no compromises on quality to ensure you receive top value and performance for your network cable investment.

This Cat6 cable is constructed with 23/ 24 gauge copper wire,

50-MICRON GOLD CONNECTORS

STANDARD AND PERFORMANCES

This molded patch cable offers high quality connectors comprised of 50-micron gold, to deliver optimum conductivity while eliminating signal loss due to oxidation or corrosion.

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to support a broad range of Ethernet applications such as Power over Ethernet (PoE). Because we use a high quality copper wire, our cables easily sustain the power required for Power over Ethernet applications, whereas the inferior quality offered by copper-coated aluminum cables may be subject to insufficient power delivery, heat buildup, equipment damage and potentially, fire.

ANSI / EIA / TIA 568-C.2 ISO / IEC – 11801 EN 50173 IEC 60603-7-41

TECHNICAL SPECIFICATIONS

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Outer Diameter Durability Impedance Contact Resistance Imbalance Resistance Dielectric Strength Isolation Resistance Storage Temperature Operating Temperature

fiberoptıc systems®

:5,7 mm(nom) :750 Loop :100 ohm :20m Ohm max. :%2 Max :1000 Volt/1 minute min. :500MOhm min.@500 Vdc : -40°C……+80°C : -20°C……+60°C

CERTIFICATES AND TEST NUMBERS

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UL CODE : Keystone Jack shall be UL Listed under file number E357704 3P CODE : P/N TTAF Attestation of Conformity No.113796

ttaf.com.tr |

APPLICATIONS

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fiberoptıc systems®

Designed for use with Megabit&Gigabit networks Patches from hub to distribution panel Connects workstation to wall outlet 10 Base-T,100 Base-TX,1000Base-TX Token Ring 4-16 Mbit 155-622 Mbit ATM ISDN etc..

FEATURES

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fiberoptıc systems®

Class E/Category 6 standards compliant Molded RJ45 connectors Electrically compliant beyond 250 Mhz Connector connection material; 1,27µm(50 µ-inc) gold plated over 2,54µm(100 µ-inc) Nickel 6 standard colours (Grey,White,Blue,Red,Yellow,Green) 9 standart lengths (0,5m,1m,2m,3m,5m,7m,10m,15m,20m) Carefully constructed and tested, to keep Near End Crosstalk (NEXT) well within acceptable limits Colored hoods for departmental color coding Constructed with top quality components RoHS compliant 2002/95/EC High quality 23/24/AWG copper wire Number of Conductors 4 Pair UTP Number of insulated conductors 8 twisted per Cable jacket type, PVC-Polyvinyl Chloride Connector A&B RJ-45 Male,RJ-45 Male Both of RJ-45 connectors available IEC 60603-7-41 terminated UL and 3P Certificated 57

fiberoptıc systems®

LAN CABLES ACCESSORIES CAT 6 SERIES U/UTP PATCH CABLES

TTAF CODE

FO-UTP-CAT6-PY001 FO-UTP-CAT6-PY002 FO-UTP-CAT6-PY003 FO-UTP-CAT6-PY005 FO-UTP-CAT6-PR001 FO-UTP-CAT6-PR002 FO-UTP-CAT6-PR003 FO-UTP-CAT6-PR005 FO-UTP-CAT6-PB001 FO-UTP-CAT6-PB002 FO-UTP-CAT6-PB003 FO-UTP-CAT6-PB005 FO-UTP-CAT6-PW001 FO-UTP-CAT6-PW002 FO-UTP-CAT6-PW003 FO-UTP-CAT6-PW005 FO-UTP-CAT6-PG001 FO-UTP-CAT6-PG002 FO-UTP-CAT6-PG003 FO-UTP-CAT6-PG005

TTAF CODE

FO-UTP-CAT6-LY001 FO-UTP-CAT6-LY002 FO-UTP-CAT6-LY003 FO-UTP-CAT6-LY005 FO-UTP-CAT6-LR001 FO-UTP-CAT6-LR002 FO-UTP-CAT6-LR003 FO-UTP-CAT6-LR005 FO-UTP-CAT6-LB001 FO-UTP-CAT6-LB002 FO-UTP-CAT6-LB003 FO-UTP-CAT6-LB005 FO-UTP-CAT6-LW001 FO-UTP-CAT6-LW002 FO-UTP-CAT6-LW003 FO-UTP-CAT6-LW005 FO-UTP-CAT6-LG001 FO-UTP-CAT6-LG002 FO-UTP-CAT6-LG003 FO-UTP-CAT6-LG005

PRODUCT DESCRIPTION

fiberoptıc systems®

4x2x24# UTP CAT6 PVC PATCHCORD Yellow 1mt. 4x2x24# UTP CAT6 PVC PATCHCORD Yellow 2mt. 4x2x24# UTP CAT6 PVC PATCHCORD Yellow 3mt. 4x2x24# UTP CAT6 PVC PATCHCORD Yellow 5mt. 4x2x24# UTP CAT6 PVC PATCHCORD Red 1mt. 4x2x24# UTP CAT6 PVC PATCHCORD Red 2mt. 4x2x24# UTP CAT6 PVC PATCHCORD Red 3mt. 4x2x24# UTP CAT6 PVC PATCHCORD Red 5mt. 4x2x24# UTP CAT6 PVC PATCHCORD Blue 1mt. 4x2x24# UTP CAT6 PVC PATCHCORD Blue 2mt. 4x2x24# UTP CAT6 PVC PATCHCORD Blue 3mt. 4x2x24# UTP CAT6 PVC PATCHCORD Blue 5mt. 4x2x24# UTP CAT6 PVC PATCHCORD White 1mt. 4x2x24# UTP CAT6 PVC PATCHCORD White 2mt. 4x2x24# UTP CAT6 PVC PATCHCORD White 3mt. 4x2x24# UTP CAT6 PVC PATCHCORD White 5mt. 4x2x24# UTP CAT6 PVC PATCHCORD Grey 1mt. 4x2x24# UTP CAT6 PVC PATCHCORD Grey 2mt. 4x2x24# UTP CAT6 PVC PATCHCORD Grey 3mt. 4x2x24# UTP CAT6 PVC PATCHCORD Grey 5mt.

COLOUR

LENGTH

FO-UTP-CAT6-XXXXX LSOH (L) / PVC (P)

PRODUCT DESCRIPTION

fiberoptıc systems®

4x2x24# UTP CAT6 LS0H PATCHCORD Yellow 1mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Yellow 2mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Yellow 3mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Yellow 5mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Red 1mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Red 2mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Red 3mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Red 5mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Blue 1mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Blue 2mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Blue 3mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Blue 5mt. 4x2x24# UTP CAT6 LS0H PATCHCORD White 1mt. 4x2x24# UTP CAT6 LS0H PATCHCORD White 2mt. 4x2x24# UTP CAT6 LS0H PATCHCORD White 3mt. 4x2x24# UTP CAT6 LS0H PATCHCORD White 5mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Grey 1mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Grey 2mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Grey 3mt. 4x2x24# UTP CAT6 LS0H PATCHCORD Grey 5mt. 58

COLOUR

LENGTH

FO-UTP-CAT6-XXXXX LSOH (L) / PVC (P)

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LAN CABLES Cat6 a PATCH CORD

FEATURES AND BENEFITS »» Exceed CAT6a standard specifications »» 8C gold-plated contacts 50µ »» Molded plugs »» Available in 5 lengths as standard »» LSZH cable TTAF Code

Number of Fibers

FO-UTP-CAT6a-LX001 FO-UTP-CAT6a-LX002 FO-UTP-CAT6a-LX003 FO-UTP-CAT6a-LX005 FO-UTP-CAT6a-LX010 FO-SFTP-CAT6a-LX001 FO-SFTP-CAT6a-LX002 FO-SFTP-CAT6a-LX003 FO-SFTP-CAT6a-LX005 FO-SFTP-CAT6a-LX010

U-UTP Cat6a LSZH Patchcord L:1m U-UTP Cat6a LSZH Patchcord L:2m U-UTP Cat6a LSZH Patchcord L:3m U-UTP Cat6a LSZH Patchcord L:5m U-UTP Cat6a LSZH Patchcord L:10m S-FTP Cat6a LSZH Patchcord L:1m S-FTP Cat6a LSZH Patchcord L:2m S-FTP Cat6a LSZH Patchcord L:3m S-FTP Cat6a LSZH Patchcord L:5m S-FTP Cat6a LSZH Patchcord L:10m

STANDARDS AND PERFORMANCES

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NETWORK APPLICATIONS

»» »» »» »» »»

Transmission specifications Frequency (MHz) 1 MHz 4 MHz 10 MHz 16 MHz 20 MHz 31.25 MHz 62.5 MHz 100 MHz 200 MHz 250 MHz 300 MHz 400 MHz 500 MHz

1m 65.0 65.0 65.0 62.6 60.7 56.9 51.0 47.0 41.1 39.2 36.4 31.8 28.2

2m 65.0 65.0 65.0 62.0 60.1 56.2 50.4 46.4 40.6 38.8 36.2 31.9 28.4

5m 65.0 65.0 64.5 60.5 58.6 54.9 49.2 45.3 39.8 38.1 35.9 32.1 29.0

PATCH CORD : - EIA/TIA 568-B.2-10 SYSTEM: - EIA/TIA 568-B.2-10 CAT6A - Ad1.0 11801 CLASS Ea

10m 65.0 65.0 62.9 59.0 57.2 53.6 48.1 44.4 39.3 37.6 35.8 32.5 29.8

1m 19.80 21.61 22.80 23.41 23.70 23.05 20.04 18.00 15.00 14.00 12.80 10.90 9.50 59

2m 19.80 21.61 22.80 23.41 23.70 23.05 20.04 18.00 15.00 14.00 12.80 10.90 9.50

ISDN - VoIP TOKEN RING 4/16 Mbits - 100 VGAnyLAN TP-PMD/TP-DDI - ATM 155, 622,1200 Mbits ETHERNET: 10 Base T, 100 Base Tx, 100 Base T4, 1000 Base T

5m 19.80 21.61 22.80 23.41 23.70 23.05 20.04 18.00 15.00 14.00 12.80 10.90 9.50

10m 19.80 21.61 22.80 23.41 23.70 23.05 20.04 18.00 15.00 14.00 12.80 10.90 9.50

fiberopt覺c systems簧

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FIBER OPTIC CABLES

fiberoptıc systems®

FIBER OPTIC CABLES MINI BREAKOUT CABLES MINI-BREAKOUT CABLES FOR INDOOR APPLICATIONS

1 2 3 4

1. FIBER 2. TIGHT BUFFERED FIBER 3. ARAMID 4. LSZH

APPLICATIONS

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FEATURES

»»

Indoor Used for connecting workstations inside the buildings Placed and pulled cable conduıts through building backbone and horizontal subsyslems As jumper and adapter cables

»» »» »» »» »» »»

fiberoptıc systems®

Halogen-free and flame -retardant sheath having good mechanical properties with complete od fire Low-smoke and no-corrosive gases generated during combustion No ground -loop problems Completely dry desing Easy to strip Easy and direct infield connectorization Subunits with additional strength members desired

CABLE SPECIFICATIONS Cable Weight (kg/km) Tight Buffer Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

2-tight buffer 4,5 20

4-tight buffer 5 24

6-tight buffer 5,6 30 1

fiberoptıc systems®

8-tight buffer 6,3 35

12-tight buffer 6,7 43

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS Cable Weight (kg/km) Tight Buffer Count Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation (~20*D) in service (~15*D) Maximum Allowed Tensile Strength (N )

fiberoptıc systems®

2-tight buffer

4-tight buffer

6-tight buffer -25 C - +75 C -5 C - +50 C -20 C - +60 C

8-tight buffer

12-tight buffer

81 70

91 78

101 87

113 98

120 104

600

800

400

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MULTITIGHT F/O CABLES ARMOURED MULTITIGHT DISTRIBUTION CABLES

2 3 4 5 6 7

1. FİBER 2. 900 µ TIGHT BUFFERED FİBER 3. ARAMID 4. LDPE SHEATH

APPLICATIONS

»» »» »» »»

5. RIPCORD 6. CORRUGATED STEEL TAPE 7. HDPE SHEATH

FEATURES

Outdoor Placed and pulled into cable conduıts through building and campus backbone LAN data network systems Installed into ducts , and also can be directy butied in the ground

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fiberoptıc systems®

Completely dry desing Easy to strip Easy and direct infield connectorization Subunits with additional strength members desired Suitable for usıng under the hard conditions Moisture barrier Enhanced sheath provides microbe resistant UV protection High crush resistance

CABLE SPECIFICATIONS Cable Weight (kg/km) Tight Buffer Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

4-tight buffer 10,2 102

6-tight buffer 10,6 109

8-tight buffer 11,2 120 2

fiberoptıc systems®

8-tight buffer 6,3 35

12-tight buffer 11,7 134

fiberoptıc systems®

4-tight buffer

6-tight buffer

8-tight buffer -30 C - +75 C -15 C - +50 C -30 C - +60 C

12-tight buffer

183 158

91 78

101 87

113 98

895

1100

1300

1400

250

fiberoptıc systems®

FIBER OPTIC CABLES UNIVERSAL CABLES DUCT TYPE CABLES FOR INDOOR/ OUTDOOR APPLICATIONS

Metallic Duct Type

Non-metallic Duct Type

1 2

1. FIBER 2. THIXO JELLY 3. LOOSE TUBE 4. ARAMID

5. RIPCORD 6. ALUMINNIUM TAPE 7. LSZH SHEATH

APPLICATIONS

»» »» »» »»

1.FRP 2. FIBER 3.THIXO JELLY 4.LOOSE TUBE

5.FILLING COMPOUND 6.POLYESTER TAPE 7.RIPCORD 8.LSZH

FEATURES

»»

Indoor/Outdoor Installed in ducts Employed both Indoor/Outdoor applicatıons for building and campus backbone cabling Used in LAN data network systems, logn haul communication systems and subsciber network systems TTAF Code

Number of Fibers

FO-IK-DX-SM-2 FO-IK-DX-SM-4 FO-IK-DX-SM-6 FO-IK-DX-SM-8 FO-IK-DX-SM-12 FO-IK-DX-SM-24

2 4 6 8 12 24

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fiberoptıc systems®

Non-armoured duct type cablesdesing provides multı-purposed applicatıon areas Moisture barrier Waterblocking characteristics wiht both dry and jely filed cable structure For outdoor applications , HDPE sheath provides not only UV resistant and also mıcrobe resistant For indoor and outdoor application, halogen -free and flame retandant sheath provides good mechanical properties with complete control of free With HFFR sheath low- smoke and no corrosive gases generated during combustion It is possible to give non-metallic property , hence no ground-loop problem ITU-T G652D, G 652C , G653 , G655 SM fiber; 62.5/125 and 50/125 MM fiber used.

CABLE SPECIFICATIONS Metallic Duct Type

Fiber Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

Unitube 2 - 12 8,4 - 9 63 - 67

6 tubes 4 - 72 11,7 - 13,7 113 - 158

8 tubes 96 15 194 - 208

Non-metallic Duct Type 12 tubes 144 18,4 281 - 300

Unitube 2 - 12 5,8 - 7,2 28 - 42

up to 192 19 323 2

6 tubes 4 - 72 10,7 - 12,7 93 - 135

8 tubes 96 14 166 - 180

fiberoptıc systems®

12 tubes 144 17,4 248 - 259

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS Metallic Duct Type Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation (~20*D) in service (~15*D) Maximum Allowed Tensile Strength (kN) Maximum Allowed Compressive Lo (N / cm)

Non-metallic Duct Type

Unitube -40 - +75 -10 - +50 -30 - +70

6 tubes -40°C - +80°C -10°C - +50°C -30°C - +70°C

8 tubes

12 tubes

168 - 170 126 - 127

234 - 274 175 - 205

300 225

368 276

380 285

1,2

1 - 3,2

4,2

150

220 - 250

250

Unitube 6 tubes 8 tubes -40 - +75 -40°C - +80°C -10 - +50 -10°C - +50°C -30 - +70 -30°C - +70°C 116 - 144 214 - 254 280 87 - 108 210 160 - 190

1 - 3,2

4,2

100

220 - 250

250

fiberoptıc systems®

12 tubes

348 261 4,2 - 5

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UNIVERSAL CABLES ARMOURED DUCT TYPE CABLES FOR DUCT / DIRECT BURIAL APPLICATIONS

1.FRP 2. FIBER 3.THIXO JELLY 4.LOOSE TUBE

APPLICATIONS

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FEATURES

Indoor/Outdoor Installed in ducts,and also,can be directly buried in the ground Employed for campus backbone cabling as well as building backbone riser cabling Can be used in LAN data network system,long haul communication systems Also suitable for indoor applications demanding on higher crush resistance

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CABLE SPECIFICATIONS

fiberoptıc systems®

Armoured duct type cable design provides multi-purcosed application areas,and suitable for both installing in ducts and directly buried in the ground Comugated steel tape provides enhanced rodent protection as well as giving crush resistance Crush resistance Enhanced rodent protection Moisture barrier Waterblocking characteristics with both dry and jelly filled cable structure For outdoor and outdoor application,halogen-free and flame-retardant sheath provides good mechanical properties with complete control fire With HFFR sheath,low-smoke and no corrosive gases generated during combustion It is possible to give non-metallic property,hence no ground-loop problems

Metallic Armoured Indoor / Outdoor

Fiber Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

5.SWELLING TAPE 6.RIPCORD 7.CORRUGATED STEEL TAPE 8.LSZH SHEATH

Unitube 2 - 12 9,2 84

6 tubes 4 - 72 12,3 - 14,4 142 - 193

8 tubes 96 15,9 233

Non-metallic Armoured Indoor / Outdoor

12 tubes 144 19,2 336

up to 192 18,7 324 2

Unitube 2 - 12 9,4 117

6 tubes 4 - 72 11,6 - 13,2 133 - 172

8 tubes 96 14,7 206

fiberoptıc systems®

12 tubes 144 18 285

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS Metallic Armoured Indoor / Outdoor Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation (~20*D) in service (~15*D) Maximum Allowed Tensile Strength (kN) Maximum Allowed Compressive Lo (N / cm)

Non-metallic Armoured Indoor / Outdoor

Unitube -40 - +75 -10 - +50 -30 - +70

6 tubes

8 tubes -40°C - +75°C -15°C - +50°C -40°C - +70°C

12 tubes

183 137

246 - 288 184 - 216

318 238

384 288

1 - 3,2

200

200 - 250

250

Unitube -40 - +75 -10 - +50 -30 - +70 189 141 4,8

200

374 280

5,3

6 tubes

8 tubes -40°C - +75°C -15°C - +50°C -40°C - +70°C

232 - 264 174 - 198

294 220

360 270

6,9

12 tubes

5,7 - 6,3

200

fiberoptıc systems®

FIBER OPTIC CABLES DIRECT-BURIAL F/O CABLES METALLIC DIRECT BURIAL CABLES

Metallic Direct Burial Cables

Non-metallic Direct Burial Cables

1 2 3 4

5 6

5 6 7

7 8

8 9 10 11

9 10 11

1.FIBER REINFORCED PLASTIC 2. FIBER 3.THIXO JELLY 4.LOOSE TUBE 5.FILLING COMPOUND

6.POLYESTER TAPE 7.ARAMID 8.LDPE SHEATH 9.RIPCORD 10.STELL TAPE 11.HDPE SHEATH

APPLICATIONS

»» »»

1.PE COATED FRP 2.FIBER 3.THIXO JELLY 4.LOOSE TUBE 5.POLYESTER TAPE 6.GLASS YARN

FEATURES

»» »» »» »» »» »»

Outdoor Directly buried in the ground

»» »» »»

7.SWELLİNG TAPE 8.LDPE SHEATH 9.RIPCORD 10.WATER SWELLABLE GLASS YARN 11.HDPE SHEATH

fiberoptıc systems®

Double sheathed Excelent optical performance Enhanced rodent protection Optimal mechanical protection High crush resistance and tensile strength HDPE or MDPE sheath provides not only UV resistant ,but also microbe resistant Fully waterblocking characteristics with both dry and jelly filled cable structure Moisture barrier It is also possible to give non-metallic property,hence no ground -loop problems

CABLE SPECIFICATIONS Metallic Direct Burial Cables

Fiber Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

Unitube 2 - 12 11,4 118 - 121

6 tubes 4 - 72 15 - 17 196 - 242

8 tubes 96 18,1 286

Non-metallic Direct Burial Cables 12 tubes 144 21,4 396

Unitube 2 - 12 12,6 129,0

up to 192 21,6 340 2

6 tubes 4 - 72 14,6 - 17,2 174 - 232

8 tubes 96 17,7 258

fiberoptıc systems®

12 tubes 144 21 353

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS Metallic Direct Burial Cables Unitube Temperature Range -40 - +75 for transportation and storage -10 - +50 during installation in service -30 - +70 Minimum Bending Radius ( mm ) during installation (~20*D) 228 in service (~15*D) 171 Maximum Allowed Tensile Strength (kN) 1 - 1,5 Maximum Allowed Compressive 200 - 250 Lo (N / cm)

Non-metallic Direct Burial Cables

6 tubes

8 tubes -40°C- +80°C -15°C- +50°C -40°C- +80°C

12 tubes

300 - 332 225 - 250

362 271

428 320

431 323

2,7 - 3,2

5,3

Unitube 6 tubes -40 - +75 -10 - +50 -30 - +70 252 292 - 344 189 219 - 258

400

8 tubes -40°C- +75°C -15°C- +50°C -40°C- +70°C

fiberoptıc systems®

12 tubes

354 265

420 315 7,7

5,7

5,7 - 7

250

250 - 300

250

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AERIAL F/O CABLES AERIAL F/O CABLES

Non-Armoured Figure-8 cable

All-Dielectric Self-Supporting

1 2

2 3 4 5 6 7 8 9 10

1.FIBER REINFORCED PLASTIC 2. FIBER 3.THIXO JELLY 4.LOOSE TUBE 5.FILLING COMPOUND

6.POLYESTER TAPE 7.ARAMID 8.LDPE SHEATH 9.RIPCORD 10.STELL TAPE 11.HDPE SHEATH

3 4 5 6 7 8 9 10 11 12

APPLICATIONS

»» »» »»

»» »»

7.SWELLİNG TAPE 8.LDPE SHEATH 9.RIPCORD 10.WATER SWELLABLE GLASS YARN 11.HDPE SHEATH

APPLICATIONS

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Outdoor aerial Suspended in exisling overhead line roules with a maximum span distance predetemined Used for wide span runs

Outdoor aerial duct direct buried Suspended in exisling overhead line roules with a maximum span distance predetemined Used for wide span runs Can be installed in ducts

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FEATURES

»» »» »» »»

1.PE COATED FRP 2.FIBER 3.THIXO JELLY 4.LOOSE TUBE 5.POLYESTER TAPE 6.GLASS YARN

FEATURES

High crush resistance Moisture barrier Optimal mechanical protection Non-metallic central element for protection of fibers at lighting impacts As a hydrolysis resistant,high strength loose tube and dielectric tube filing compound ensure a critial protection of fibers Accurate fiber excess length ensures a good performance of tensile strength and wind and ice loads

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Suitable for multi-purposed application Immunity to radio frequency and electromagnetic interference High tensile strength Light weight Not affected by electrostatıc change High fiber excess length,up to 1000 meters Withstands high wind and ice loads Jelly-filled or dry type The delicate design of aramid quantily and stranding process can satisfy the dermands on various spans

CABLE SPECIFICATIONS

Fiber Count Outer Diameter ( mm ) Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

All-Dielectric Self-Supporting

Non-Armoured Figure-8 cable

Unitube 2 - 12 ~ 10,5 ~ 100 2

Unitube 2 - 12 ~ 8,2 (+5,4) ~ 78

6 tubes 4 - 48 (4-24/ 36-48) 14,5 ~ 16,2 175 ~ 220

6 tubes 4-48 (4-24 / 36-48) 12,5 ~ 14 (+8,8) 175 ~ 206

Armoured Figure-8 cable Unitube 2 - 12 9,2 ~ 12,2 (+5,4) 135 ~ 185

fiberoptıc systems®

6 tubes 4 - 48 (4-24 / 36-48) 17,5 ~ 20 (+8,9) 560 ~ 620

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS All-Dielectric Self-Supporting

Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation (~20*D) in service (~15*D) Maximum Allowed Tensile Strength (kN) Maximum Allowed Compressive Load (N / cm)

Unitube -40°C - +75°C -10°C - +50°C -40°C - +70°C

6 tubes -40°C - +80°C -15°C - +50°C -40°C - +70°C

Non-Armoured Figure-8 cable

Armoured Figure-8 cable

200 150

290-320 220-240

Unitube -40°C - +75°C -10°C - +50°C -30°C - +70°C 164 110

4,5

13,5

250

300

150

200

200 - 250

300

6 tubes -40°C - +80°C -15°C - +50°C -40°C - +70°C 247-280 185-209

Unitube -40°C - +75°C -10°C - +50°C -40°C - +70°C 184-243 138-182

6 tubes -40°C - +80°C -15°C - +50°C -40°C - +80°C 185-400 140-290

fiberoptıc systems®

FIBER OPTIC CABLES INDOOR CABLES BREAKOUT AND DUPLEX INDOOR CABLES

5 6

3 2 1

1.ARAMID 2.CENTRAL MEMBER 3.SIMPLEX SUBUNIT 4.POLYESTER TAPE 5.HFFR SHEATH

1. FIBER 2. FIBER COATING 3.TIGHT BUFFER

APPLICATIONS

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FEATURES

»»

Inter-building Used for connecting workstations inside the buildings Placed and pulled cable conduıts through building backbone and horizontal subsyslems Jumper and adapter cables Suitable for LAN data network system F/O connectors for factory assembly

4.ARAMID 5.HFFR SHEATH 6.HFFR SHEATH

fiberoptıc systems®

Halogen-free and flame -retardant sheath having good mechanical properties with complete od fire Low-smoke and no-corrosive gases generated during combustion No ground -loop problems Completely dry desing Easy to install & handle Easy to strip High flexibility and light weight 2mm or 2.9mm subunits with additional members desire

»» »» »» »» »» »» »»

CABLE SPECIFICATIONS fiberoptıc systems®

Outer Diameter ( mm ) 2mm subunits 2,9mm subunits Cable Unit Weight ( kg/km ) 2mm subunits 2,9mm subunits Cable Supplied Lengths ( km )

Duplex 2 subunits

Breakout 4 subunits

3,0x5,0 3,9x6,8

6,5 8,7

18 31 1

42 71

Breakout 4+1 subunits

Breakout 6 subunits

9,5

7,7 10,8

Breakout 8 subunits

9,3 12,6

59 114

Breakout 12 subunits 11,8 16,2

89 136

146 269

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS fiberoptıc systems®

Subunit Diameter ( mm ) Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation in service Maximum Allowed Tensile Strength ( N )

Duplex 2 subunits 2 / 2,9 -25 C - +75 C -5 C - +50 C -20 C - +60 C 54 / 70 45 / 59

Breakout 4 subunits 2 / 2,9

Breakout 6 subunits 2 / 2,9

Breakout 8 subunits 2 / 2,9

172 148 600 / 800

Breakout 12 subunits 2 / 2,9

118 / 157 101 / 135

300 / 400

Breakout 4+1 subunits 2,9

800

139 / 195 120 / 168

168 / 226 145 / 195

1000 / 1400

1300 / 1800

213 / 292 183 / 251

2000 / 2600

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PATCH CABLES SIMPLEX AND ZIPCORD PATCH CABLES

1 2 3 1

2 3

1.FIBER 2.900 µ TIGHT - BUFFERED OPTICAL FİBER 3.ARAMID 4.HALOGEN-FREE FLAME RETARDANT SHEATH

APPLICATIONS

»» »» »»

1.FIBER 2.900 µ TIGHT - BUFFERED OPTICAL FİBER 3.ARAMID 4.HALOGEN-FREE FLAME RETARDANT SHEATH

FEATURES

»»

Non-permanent connections between patch panels and transmission equipments Local Area Network systems and FDDI applications F/O connectors for factory assembly

»» »» »» »» »» »» »»

fiberoptıc systems®

Halogen-free and flame -retardant sheath having good mechanical properties with complete od fire Low-smoke and no-corrosive gases generated during combustion Completely dry desing Easy to install & handle Easy to strip and excellent strip force stabilty High flexibility and light weight 2mm or 2.9 mm diameter alternatives Subunits with additional strength members desired

CABLE SPECIFICATIONS Simplex

Outer Diameter Cable Unit Weight ( kg/km ) Cable Supplied Lengths ( km )

2 mm 4,3 1

Zipcord

2.9 mm 9,1

2x4 mm 8,6

fiberoptıc systems®

2,9x5,8 mm 18,2

MECHANICAL & ENVIRONMENTAL CHARACTERISTICS Simplex

Temperature Range for transportation and storage during installation in service Minimum Bending Radius ( mm ) during installation in service Maximum Allowed Tensile Strength (N)

-25 C - +70 C -5 C - +50 C -20 C - +60 C 35 30

Zipcord

50 45

150

fiberoptıc systems®

35 40

50 45

300

400

200

fiberoptıc systems®

FIBER OPTIC CABLES FIBER OPTIC CABLES STEEL TAPE ARMORED AERIAL FIBER OPTIC CABLES

APPLICATIONS

»» »»

FEATURES

Cable is used for local and long distance telecommunication networks for aerial installation with perfect anti-ballistic protection. Cable can be produced with different loose tube count depending on number of fiber. TTAF defines number of loose tube according to customer requirement or cable construction. Maximum 12 fibers can be placed in a loose tube.

»»

»» »»

fiberoptıc systems®

Loose tubes and fillers (if any) are stranded around the FRP or steel central strength member. Cable core is covered by aramid or glass yarn, or aluminium foil as moisture barrier and sheathed with LDPE. Over the inner sheath, two layers of steel tape is applied helical then sheathed with MDPE or HDPE. ITU-T G652D, G 652C , G653 , G655 SM fiber; 62.5/125 and 50/125 MM fiber. 2 - 216 fibers.

fiberoptıc systems®

TTAF Code FO-IK-DX-SM-4-H FO-IK-DX-SM-6-H FO-IK-DX-SM-12-H FO-IK-DX-SM-24-H FO-IK-DX-SM-36-H FO-IK-DX-SM-48-H FO-IK-DX-SM-72-H FO-IK-DX-SM-96-H FO-IK-DX-SM-144-H FO-IK-DX-SM-192-H FO-IK-DX-SM-216-H

Number of Fibers 4 6 12 24 36 48 72 96 144 192 216

Number of Buffer 2 3 3 6 6 6 6 8 12 16 18

Number of Filler 4 3 3 2 -

Messenger Wire 7*1.75 7*1.75 7*1.75 7*1.75 7*1.75 7*1.75 7*2.12 7*2.12 7*2.12 7*2.12 7*2.12

Overall Dia (mm) 17.0/29.0 17.0/29.0 17.0/29.0 17.0/29.0 18.0/30.0 18.0/30.0 19.0/32.0 21.0/34.0 25.0/38.0 25.0/38.0 25.0/38.0

Cable Weight (kg/km) 510 510 510 510 580 580 680 750 840 840 840

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FIBER OPTIC CABLES SINGLE LOOSE TUBE FIBER OPTIC CABLES

APPLICATIONS

»» »»

FEATURES

Cable is used for LAN applications need high transmission rate including voice, data and video. Single loose tube.

»» »» »»

fiberoptıc systems®

Aramid yarn is applied around the buffer tube and jacketed. According to customer requirement, it can be produced armored or unarmored type. ITU-T G652D, G 652C , G653 , G655 SM fiber; 62.5/125 and 50/125 MM fiber. 2 - 12 fibers.

fiberoptıc systems®

TTAF Code FO-IK-DX-SM-2-Z FO-IK-DX-SM-4-Z FO-IK-DX-SM-6-Z FO-IK-DX-SM-8-Z FO-IK-DX-SM-10-Z FO-IK-DX-SM-12-Z

Number of Fibers 2 4 6 8 10 12

Overall Dia (mm) 11 11 11 11 11 11

Cable Weight (kg/km) 110 110 110 110 110 110

fiberopt覺c systems簧

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FIBER OPTIC CONNECTORS

fiberoptıc systems®

FIBEROPTIC CONNECTORS CONNECTORS

CONNECTORS The most impotant element of connector is ferrule, strictly selected according to application. Single mode ferrules are characterized by high precision of production and centrality as well as precise execution of bore (diameter). They are supplied as pre-polished that mean that they are given preliminary radius what results in parameters of products. Multi mode ferrules are also supplied as pre-polished with adjusted bore diameter to multimode cables. An adapter is a mechanical device used to aling and join two or more fibers with different connection type.

FEATURES

»» »» »» »» »» »» »» »» »» »» »» »» »» »» »»

Efficiency reproducible, low loss optical connections with low reflectance Good mechanical strength and strain relief Repairable in the field Strong physical structure, be large enough to handle but small enough for running through ducts, etc. Easy to clean Compatible with standard fibers and patch cords Repairable in the field Cost effective Low insertion loss and back reflection loss UL-rated plastic housing and boot Free-floating ceramic ferrule High precision alignment Boots in a variety of colors Efficiency reproducible, low loss optical connections with low reflectance Good mechanical strength and strain relief

APPLICATION

»» »» »» »» »» »»

fiberoptıc systems®

Patchcords and pigtails production Termination of cables at the construction site Telecommunication LAN Networks Automation Monitoring 74

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FIBER OPTIC ADAPTER TYPES CONNECTOR Type CONFORMITY

MTRJ

E2000

IEC 61754-4 TIA 604-3

IEC 61754-20 TIA 604-10-A

IEC 61754-2 TIA 604-2

IEC 61754-13 TIA 604-4-A

IEC 61754-6

IEC 61754-18 TIA 604-12

IEC 61754-15 TIA 604-16

100

Mech./therm. perform Tensile load (N)

1000

40º to +85º

SM PC

blue

brown

SM APC

green

beige

E9/125

G50/125/OM3

G62,5/125

HCS200/230

Mating durability (cycles) Operating temperature FLAMMABILITY UL 94 V-0

COLOUR OF HOUSING black

blue green

black

beige

Brass nickel-plated FIBER TYPE

FEATURES One-piece design

Automatic Metal Shutter

SFF connector

Colour coding

0,6 up to 3,5

0,6 up to 2,8

For HighPower applications Cable diameter (mm)

0,6 up to 3,5

0,6 up to 2,8

* 0,6 up to 1,7

0,6 up to 3,5

fiberopt覺c systems簧

FIBEROPTIC CONNECTORS FIBER OPTIC CONNECTORS SPECIAL CONNECTORS

High quality

MU/PC SM SX

CONNECTOR

Art No FO-0308SMP612

E2000/PC SM SX

CONNECTOR

Art No FO-0307SMP552

E2000/APC SM SX

CONNECTOR

Art No FO-0307SMA332

MTRJ/PC SM DX

CONNECTOR

Art No FO-0306SMP552

MTRJ/PC MM DX

CONNECTOR

Art No FO-0306MMP552

ESCON/PC SM DX

CONNECTOR

Art No FO-0311SMP552

ESCON/PC MM DX

CONNECTOR

Art No FO-0311MMP552

SMA/PC SM SX Art No FO-0309SMP452

CONNECTOR

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FIBER OPTIC CONNECTORS DIAMOND CONNECTORS

High quality

MU/PC SM SX

CONNECTOR

Art No FO-0308SMP112D

MU/APC SM SX

CONNECTOR

Art No FO-0308SMA332D

F3000/PC SM SX

CONNECTOR

Art No FO-0310SMP112D

F3000/APC SM SX

CONNECTOR

Art No FO-0310SMA332D

D4/PC SM SX

CONNECTOR

Art No FO-0312SMP452D

E2000/APC SM SX

CONNECTOR

Art No FO-0307SMA332D

SMPM/PC SM SX

CONNECTOR

Art No FO-0313SMP112D

SMPM/APC SM SX

CONNECTOR

Art No FO-0313SMA112D

fiberoptıc systems®

FIBEROPTIC CONNECTORS FIBER OPTIC CONNECTORS SC CONNECTORS

High quality

SC Connectors

A plastic push-pull connector, with a 2.5mm ferrule. A general purpose push/pull style connector.Push-pull connectors require less space in patch panels than screw on connectors. It’s a snap-in connector that latches with a simple push-pull motion. It is also available in a duplex configuration.SC has an advantage in keyed duplexibility to support send/receive channels. The SC is the second most commonly used connector for PM, polarization maintaining, connections. Mostly used for CATV applications. SC is a snap-in connector that is widely used in singlemode systems for it’s excellent performance and multimode systems because it was the first connector chosen as the standard connector for TIA-568.

SC/PC SM SX

CONNECTOR

Art No FO-0302SMP112 | 2mm FO-0302SMP119 | 0.9mm

SC/PC SM SX

CONNECTOR

Art No FO-0302SMP172 | 2mm FO-0302SMP179 | 0.9mm

SC/PC SM SX

CONNECTOR

Art No FO-0302SMP182 | 2mm FO-0302SMP189 | 0.9mm

SC/PC SM SX Art No FO-0302SMP142 | 2mm FO-0302SMP149 | 0.9mm 78

CONNECTOR

ttaf.com.tr |

FIBER OPTIC CONNECTORS SC CONNECTORS

High quality

SC/PC SM SX

CONNECTOR

Art No FO-0302SMP182MX | 2mm FO-0302SMP189MX | 0.9mm

SC/APC SM SX

CONNECTOR

Art No FO-0302SMA332 | 2mm FO-0302SMA339 | 0.9mm

SC/PC MM SX

CONNECTOR

Art No FO-0302MMP222 | 2mm FO-0302MMP229 | 0.9mm

SC/PC MM SX

CONNECTOR

Art No FO-0302MMP222MX | 2mm FO-0302MMP229MX | 0.9mm 79

fiberopt覺c systems簧

FIBEROPTIC CONNECTORS FIBER OPTIC CONNECTORS LC CONNECTORS

High quality

LC Connectors

A small form factor plastic push/pull connector, with a 1.25mm ferrule, . The LC has been referred to as a miniature SC Connector.Good performance, highly favored for singlemode and the connector of choice for multimode transceivers for gigabit speeds and above, including multimode Ethernet and Fibre Channel.

LC/PC SM SX

CONNECTOR

Art No FO-0304SMP112 | 2mm FO-0304SMP119 | 0.9mm

LC/PC SM DX

CONNECTOR

Art No FO-0305SMP112 | 2mm FO-0305SMP119 | 0.9mm

LC/PC SM SX

CONNECTOR

Art No FO-0304SMP142 | 2mm FO-0304SMP149 | 0.9mm

LC/PC SM DX

CONNECTOR

Art No FO-0305SMP142 | 2mm FO-0305SMP149 | 0.9mm

LC/PC SM SX

CONNECTOR

Art No FO-0304SMP142MX | 2mm FO-0304SMP149MX | 0.9mm 80

ttaf.com.tr |

FIBER OPTIC CONNECTORS LC CONNECTORS

High quality

LC/PC SM DX

CONNECTOR

Art No FO-0305SMP142MX | 2mm FO-0305SMP149MX | 0.9mm

LC/APC SM SX

CONNECTOR

Art No FO-0304SMA332 | 2mm FO-0304SMA339 | 0.9mm

LC/APC SM DX

CONNECTOR

Art No FO-0305SMA332 | 2mm FO-0305SMA339 | 0.9mm

LC/PC MM SX

CONNECTOR

Art No FO-0304MMP242 | 2mm FO-0304MMP249 | 0.9mm

LC/PC MM DX

CONNECTOR

Art No FO-0305MMP242 | 2mm FO-0305MMP249 | 0.9mm

LC/PC MM SX

CONNECTOR

Art No FO-0304MMP242MX | 2mm FO-0304MMP249MX | 0.9mm

LC/PC MM DX

CONNECTOR

Art No FO-0305MMP242MX | 2mm FO-0305MMP249MX | 0.9mm 81

fiberopt覺c systems簧

FIBEROPTIC CONNECTORS FIBER OPTIC CONNECTORS FC CONNECTORS

High quality

FC Connectors

A metal screw on connector, with a 2.5mm ferrule,. FC connectors are typical in test environments and for singlemode applications. FC connectors were designed for use in high-vibration environments.FC/PC has been one of the most popular singlemode connectors for many years. The ruggedness of this connector leads to its extensive use at the interfaces of test equipment. It is also the most common connector used for PM, polarization maintaining, connections. Please note that there are currently four different specifications for the key width on FC connectors and for the slot width on FC adapters. Therefore not all FC connectors will fit into all FC adapters.

FC/PC SM SX

CONNECTOR

Art No FO-0303SMP452 | 2mm FO-0303SMP459 | 0.9mm

FC/PC SM SX

CONNECTOR

Art No FO-0303SMP452MX | 2mm FO-0303SMP459MX | 0.9mm

FC/PC MM SX

CONNECTOR

Art No FO-0303MMP472 | 2mm FO-0303MMP479 | 0.9mm

FC/APC SM SX Art No FO-0303SMA432 | 2mm FO-0303SMA439 | 0.9mm 82

CONNECTOR

ttaf.com.tr |

FIBER OPTIC CONNECTORS ST CONNECTORS

High quality

ST Connectors

ST stands for Straight Tip. A quick release bayonet style connector with a 2.5mm long ferrule. Common connector for multimode fibers. ST is the one of the most popular connectors for multimode networks, like most buildings and campuses. It has a bayonet mount and a long cylindrical ferrule to hold the fiber. Most ferrules are ceramic, but some are metal or plastic. And because they are spring-loaded, you have to make sure they are seated properly. If you have high loss, reconnect them to see if it makes a difference.

ST/PC SM SX

CONNECTOR

Art No FO-0301SMP452 | 2mm FO-0301SMP459 | 0.9mm

ST/PC SM SX

CONNECTOR

Art No FO-0301SMP482 | 2mm FO-0301SMP489 | 0.9mm

ST/PC SM SX

CONNECTOR

Art No FO-0301SMP412 | 2mm FO-0301SMP419 | 0.9mm

ST/PC SM SX

CONNECTOR

Art No FO-0301SMP552MX | 2mm FO-0301SMP559MX | 0.9mm

ST/PC MM SX

CONNECTOR

Art No FO-0301MMP472 | 2mm FO-0301MMP479 | 0.9mm

ST/PC MM SX

CONNECTOR

Art No FO-0301MMP552MX | 2mm FO-0301MMP559MX | 0.9mm 83

NEW !

QUICK CONNECTOR 1

NO EPOXY - NO POLISHING 4

Easy Installation

The XP Fit Plus SC and LC connectors can be installed in the field in less then 2 minutes. Instead of epoxy, the XP Fit Plus uses index matching gel and an internal mechanical grip to gently but firmly hold the fiber in place.

Installation is quick and easy; just strip the fiber with a standart jacket stripper, clip with a fiber cleaner and slide into the pre-assembled XP Fit Plus connector. Without polishing or adhesives, on-site installations are a breeze.

ttaf.com.tr |

fiberopt覺c systems簧

ttaf.com.tr |

FIBER OPTIC PIGTAILS

fiberoptıc systems®

PIGTAILS FIBER OPTIC PIGTAILS

PIGTAILS 9/125 (Singlemode) Optical Fibre Pigtails TTAF® singlemode pigtails are used in telecom, cable tv networks and also used for high speed metropolitan and access network. The singlemode pigtail buffer conforms to IEC, EIA TIA and Telecordia standards. The singlemode pigtails are terminated with standard TTAF® connector which gives optimum optical performance.

FEATURES

»» »» »» »» »» »» »» »» »»

APPLICATION

fiberoptıc systems®

SC, LC, ST, FC and E2000 connectors UPC and APC interface Low smoke zero halogen (LSZH) secondary buffer 900μm tight buffer or easy strip ITU G.652.D, TIA/EIA 492CAAB Bend insensitive ITU G.657.A1 or ITU G.657.A2 Different connector performance range for specific application Available in standard white colour buffer and also in standard 12 colours as per IEC 60304 Available in standard and blister packing

»» »» »» »» »»

Telecom and datacom application Patch panels, wall boxes, ODFs and splice cassettes Easy strip pigtails for on site installation Supports high speed multi channel video, data and voice services in metropolitan and access networks ATM, SONET and WDM

CONNECTOR SPECIFICATION

»» »» »» »» »»

OPTICAL PERFORMANCE IL Max/Master(Acceptance) Ave/Master* Ave/Random* Return Loss

fiberoptıc systems®

CONFORMANCE IEC 61300-3-4 IEC 61300-3-4 IEC 61300-3-34 IEC 61300-3-6

SINGLEMODE 0,25 dB 0,18dB 0,18dB 50/60

BUFFER SPECIFICATION

»» »» »» »» »»

CHARACTERISTICS Crush Operating Temperature Nominal buffer Diameter Max Tensile Load

fiberoptıc systems®

SIMPLEX 500 ~20 to 60 900+50 6

UNITS N/100mm °C μm N

FIBRE SPECIFICATION

»» »» »» »»

CHARACTERISTICS Attenuation (dB) / km Chromatic Dispersion (ps/nm x km) Polarization Mode Dispersion (ps/√km)

fiberoptıc systems®

0.38 @ 1310nm / 0.25 @ 1550nm 3.0 @ 1310nm / 18.0 @ 1550nm ≤ 0.2 88

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

FIBER OPTIC PIGTAILS 9/125 SINGLE MODE PIGTAILS

LS ZH

ST/PC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0414PSX09X

SC/PC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0424PSX09X

FC/PC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0434PSX09X

LC/PC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-C-S9-LC-1-PT

MU/PC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0484PSX20X

MTRJ/PC 9/125 SM DX

L:X FO PIGTAIL

Art No FO-0464PDX18X

fiberopt覺c systems簧

PIGTAILS FIBER OPTIC PIGTAILS 9/125 SINGLE MODE PIGTAILS

UL 94 V-0

SC/APC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0424ASX09X

FC/APC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0434ASX09X

LC/APC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0444ASX09X

MU/APC 9/125 SM SX

L:X FO PIGTAIL

Art No FO-0484ASX09X

E2000/APC 9/125 SM SX Art No FO-0474ASX20X

L:X FO PIGTAIL

Low Ins. loss

High quality

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

FIBER OPTIC PIGTAILS 9/125 SINGLE MODE PIGTAILS

LS ZH

SC/PC 9/125 SM SX

L:X FO PIGTAIL (12 COLORS)

Art No FO-0424PSX09X12

SC/APC 9/125 SM SX

L:X FO PIGTAIL (12 COLORS)

Art No FO-0424ASX09X12

LC/PC 9/125 SM SX

L:X FO PIGTAIL (12 COLORS)

Art No FO-0444PSX09X12

FC/PC 9/125 SM SX

L:X FO PIGTAIL (12 COLORS)

Art No FO-0434PSX09X12

fiberoptıc systems®

PIGTAILS FIBER OPTIC PIGTAILS 62.5/125 OM1 OPTICAL FIBRE PIGTAILS

PIGTAILS TTAF® multimode pigtails are used to connect high speed networks like Gigabit Ethernet, Fast Ethernet and Ethernet. The multimode pigtail buffer conforms to IEC, EIA TIA and Telecordia standards. The multimode pigtails are terminated with standard TTAF® connector which gives optimum optical performance.

FEATURES

»» »» »» »» »» »» »» »»

APPLICATION

fiberoptıc systems®

»»

SC, LC, ST, FC connectors Low smoke zero halogen (LSZH) buffer 900μm tight buffer or easy strip OM1 pigtail is available in standard white colour Multimode fibre conforms to ITU-G651, TIA/EIA 492AAAA Different connector performance range for specific application Available in standard 12 colours as per IEC 60304 Available in standard and blister packing

»» »» »»

Networks including Ethernet, Fast Ethernet and GBE Internal inter-connect Ideal for a wide range of telecom, datacom and process control applications where ruggedisation is required Suitable for repeated handling in patch panels and racks

CONNECTOR SPECIFICATION

»» »» »» »»

OPTICAL PERFORMANCE Insertion loss (Typ) Ave/Master* Ave/Random*

fiberoptıc systems®

CONFORMANCE IEC 61300-3-4 IEC 61300-3-4 IEC 61300-3-34

MULTIMODE 0.30 dB 0.15 dB 0.20 dB

BUFFER SPECIFICATION

»» »» »» »» »»

CHARACTERISTICS Crush Operating Temperature Nominal buffer Diameter Max Tensile Load

fiberoptıc systems®

SIMPLEX 500 -20 to 60 900+50 6

UNITS N/100mm ˚C μm N

FIBRE SPECIFICATION

»» »» »» »»

CHARACTERISTICS Attenuation (dB) Bandwidth OFL (MHz x km) Numerical Aperture (NA)

fiberoptıc systems®

Please refer to Fibre Comparison Chart 92

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

FIBER OPTIC PIGTAILS 62.5/125 OM1 MULTIMODE PIGTAILS

LS ZH

ST/PC 62.5/125 MM SX

L:X FO PIGTAIL

Art No FO-0413PSX09X

SC/PC 62.5/125 MM SX

L:X FO PIGTAIL

Art No FO-0423PSX09X

FC/PC 62.5/125 MM SX

L:X FO PIGTAIL

Art No FO-0433PSX09X

LC/PC 62.5/125 MM SX

L:X FO PIGTAIL

Art No FO-0443PSX09X

MTRJ/PC 62.5/125 MM DX

L:X FO PIGTAIL

Art No FO-0463PDX18X 93

fiberoptıc systems®

PIGTAILS FIBER OPTIC PIGTAILS 50/125 OM2 OPTICAL FIBER PIGTAILS

FEATURES

»» »» »» »» »» »» »» »»

APPLICATION

fiberoptıc systems®

»»

»» »» »»

CONNECTOR SPECIFICATION

»» »» »» »»

OPTICAL PERFORMANCE Insertion loss (Typ) Ave/Master* Ave/Random*

fiberoptıc systems®

CONFORMANCE IEC 61300-3-4 IEC 61300-3-4 IEC 61300-3-34

MULTIMODE 0.30 dB 0.15 dB 0.20 dB

BUFFER SPECIFICATION

»» »» »» »» »»

CHARACTERISTICS Crush Operating Temperature Nominal buffer Diameter Max Tensile Load

fiberoptıc systems®

SIMPLEX 500 -20 to 60 900+50 6

UNITS N/100mm ˚C μm N

FIBRE SPECIFICATION

»» »» »» »»

CHARACTERISTICS Attenuation (dB) Bandwidth OFL (MHz x km) Numerical Aperture (NA)

fiberoptıc systems®

Please refer to Fibre Comparison Chart 94

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

FIBER OPTIC PIGTAILS 50/125 OM2 MULTIMODE PIGTAILS

LS ZH

ST/PC 50/125 MM SX

L:X FO PIGTAIL

Art No FO-0411PSX09X

SC/PC 50/125 MM SX

L:X FO PIGTAIL

Art No FO-0421PSX09X

FC/PC 50/125 MM SX

L:X FO PIGTAIL

Art No FO-0431PSX09X

LC/PC 50/125 MM SX

L:X FO PIGTAIL

Art No FO-0441PSX09X

MTRJ/PC 50/125 MM DX

L:X FO PIGTAIL

Art No FO-0461PDX18X 95

fiberoptıc systems®

PIGTAILS FIBER OPTIC PIGTAILS 50/125 OM3 OPTICAL FIBER PIGTAILS

FEATURES

»» »» »» »» »» »» »» »»

APPLICATION

fiberoptıc systems®

»»

SC, LC, ST, FC connectors Low smoke zero halogen (LSZH) buffer 900μm tight buffer or easy strip OM3 pigtail is available in standard purple or aqua colour Multimode fibre conforms to ITU-G651, TIA/EIA 492AAAA Different connector performance range for specific application Available in standard 12 colours as per IEC 60304 Available in standard and blister packing

»» »» »»

CONNECTOR SPECIFICATION

»» »» »» »»

OPTICAL PERFORMANCE Insertion loss (Typ) Ave/Master* Ave/Random*

fiberoptıc systems®

CONFORMANCE IEC 61300-3-4 IEC 61300-3-4 IEC 61300-3-34

MULTIMODE 0.30 dB 0.15 dB 0.20 dB

BUFFER SPECIFICATION

»» »» »» »» »»

CHARACTERISTICS Crush Operating Temperature Nominal buffer Diameter Max Tensile Load

fiberoptıc systems®

SIMPLEX 500 -20 to 60 900+50 6

UNITS N/100mm ˚C μm N

FIBRE SPECIFICATION

»» »» »» »»

CHARACTERISTICS Attenuation (dB) Bandwidth OFL (MHz x km) Numerical Aperture (NA)

fiberoptıc systems®

Please refer to Fibre Comparison Chart 96

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

FIBER OPTIC PIGTAILS 50/125 OM3 MULTIMODE PIGTAILS

LS ZH

ST/PC OM3 MM SX

L:X FO PIGTAIL

Art No FO-0412PSX09X

SC/PC OM3 MM SX

L:X FO PIGTAIL

Art No FO-0422PSX09X

FC/PC OM3 MM SX

L:X FO PIGTAIL

Art No FO-0432PSX09X

LC/PC OM3 MM SX

L:X FO PIGTAIL

Art No FO-0442PSX09X

MTRJ/PC OM3 MM DX

L:X FO PIGTAIL

Art No FO-0462PDX18X 97

fiberopt覺c systems簧

ttaf.com.tr |

FIBER OPTIC PATCHCORDS

fiberoptıc systems®

PATCHCORDS FIBER OPTIC PATCHCORDS

PATCHCORDS TTAF perfected fiber optic patch cords to the following connectors: FC, LC, SC, ST, DIN, MU,SMA, MTRJ, E2000 and MPO/MTP. TTAF is a leading supplier of advanced fiber optic components. Our extensive product offering includes a full range of solutions including Connectors andAdapters, Assemblies, Termination Kitsand Tooling. TTAF’s experience and resources provide customers a full range of design, manufacturing and value-added services. We also offer optical solutions for the Military market. We stocks thousands of 62.5/125, 50/125 Multimode, and 9/125 Single mode fiber optic cable assemblies. Each assembly is tested and verified before it is shipped ensuring you receive the highest quality product. We offer simplex and duplex fiber cable assemblies featuring ST, SC, FC, LC, MTRJ, MU,D4,DIN,SMA,FDDI,ESCON style connectors. Additionally we can custom manufacture fiber optic patch cords to your specifications.

fiberoptıc systems®

A fiber-optic patchcord connects two distance fiber optic ends and uses the same type of fiber and connections as the tips of the respective fibers it connects.In the context of optogenetics experiments with the rotary joint, a fiber optic patchcord is needed to connect the light source and the rotary joint and yet another patch cord to connect the rotary joint and the fiber optic cannula.

fiberoptıc systems®

Automatic process of components preparation as well as connectors polishing have influence on final product parameters.Restrictive quality and measurement verification process based on: • Visual connectors’ inspection through a Westover microscope,automatic scratches and surface detection program • Attenuation measurement of insertion Loss IL and Return Loss RL EXFO • Geometrical connectors measurement Interferometer SHUTTLE X 100

ttaf.com.tr |

101

fiberoptıc systems®

PATCHCORDS STANDART TYPE PATCHCORDS

SM Single Mode

MM Multi Mode

• •

• • • •

• • •

G652D Fiber with low water peak G655 NZDS fiber for CWDW and DWDM transmissions G656 NZDS fiber for CWDW and DWDM transmissions G657A Fiber with low bending radius for FTTH Networks,compatible with G652 G657B Fiber with low bending radius for FTTH Networks

APPLICATIONS

»» »» »» »»

•

CHARACTERISTICS

fiberoptıc systems®

Telecommunication Networks LAN Network FTTx,FTTH,FTTD,FTTB,CWDW Networks CATV solutions

50/125 OM2 50/125 OM3 50/125 OM3+/OM4 Giga optimized for 1310nm transmission 1000Base-LX do 2000 m 62.5/125 OM1

»» »» »»

fiberoptıc systems®

High quality and transmission parameters repeatability Good relationship quality-price Compliance with norms: EN-50173-1 EIA/TIA 568,EN 50377

TECHNICAL DATA, PARAMETERS Attenuation Of random taken connections dB Acc. IEC 61300-3-34

fiberoptıc systems®

Attenuation Towards reference connector dB Acc. IEC 61300-3-4

Reflection Atten. Of reflectance dB Acc. IEC61300-3-6

Connectors SM: ST, SC, FC, LC, E2000, MU, DIN IL conn.-conn.97%≤0,6 dB Average ≤ 0,20 dB

IL max.≤0,35 dB

RL PC > 45 RL UPC >50

IL max.≤0,75 dB

RL PC > 35

Connectors SM: MTRJ IL conn.-conn.95%≤0,6 dB Average ≤ 0,30 dB Connectors SM MT: MTP, MPO RL PC > 55

IL conn.-conn.97%≤0,70 dB Average ≤ 0,35 dB Connectors SM APC: IL conn.-conn.97%≤0,45 dB Average ≤ 0,20 dB

SC/APC, FC/APC, LC/APC, E2000/APC, MU/APC, DIN/APC IL max.≤0,35 dB

RL APC > 65

Connectors MM: ST, SC, FC, LC, E2000, MU RL PC > 30

IL conn.-conn.97%≤0,70 dB Average ≤ 0,35 dB Connectors MM: MTRJ

RL PC > 26

IL conn.-conn.97%≤0,75 dB Average ≤ 0,50 dB Connectors MM MT: MTP, MTPO

RL PC > 26

IL conn.-conn.97%≤ 1 dB Average ≤ 0,50 dB

102

ttaf.com.tr |

PREMIUM TYPE PATCHCORDS

APPLICATIONS

»» »» »»

fiberoptıc systems®

Telecommunication Networks,long distance transmission Networks with low reserve of power budget CWDM,DWDM,WDM Networks

SM Single Mode • • • • •

CHARACTERISTICS

»» »»

fiberoptıc systems®

High quality and transmission parameters repeatability Compliance with norms: EN-50173-1 EIA/TIA 568,EN 50377

TECHNICAL DATA, PARAMETERS Attenuation Of random taken connections dB Acc. IEC 61300-3-34

fiberoptıc systems®

Attenuation Towards reference connector dB Acc. IEC 61300-3-4

Reflection Atten. Of reflectance dB Acc. IEC61300-3-6

Connectors SM: ST, SC, FC, LC, E2000, MU, DIN IL conn.-conn.97%≤0,15 dB Average ≤ 0,07 dB Connectors SM APC: IL conn.-conn.97%≤0,15 dB Average ≤ 0,07 dB

IL max.≤0,15 dB

RL UPC >50

SC/APC, FC/APC, LC/APC, E2000/APC, MU/APC, DIN/APC IL max.≤0,15 dB

103

RL APC > 65

fiberoptıc systems®

PATCHCORDS TELECOM TYPE PATCHCORDS

SM Single Mode • • • • •

G652D G655 G656 G657A G657B

Fiber with low water peak NZDS fiber for CWDW and DWDM transmissions NZDS fiber for CWDW and DWDM transmissions Fiber with low bending radius for FTTH Networks,compatible with G652 Fiber with low bending radius for FTTH Networks

APPLICATIONS

»» »» »» »»

Telecommunication Networks FTTx,FTTH,FTTD,FTTB Networks CWDM,DWDM,WDM Networks CATV / VIDEO solutions CHARACTERISTICS

»» »»

fiberoptıc systems®

High quality and transmission parameters repeatability Compliance with norms: EN-50173-1 EIA/TIA 568,EN 50377 TECHNICAL DATA, PARAMETERS Attenuation of random taken connections dB Acc. IEC 61300-3-34

fiberoptıc systems®

Attenuation Towards reference connector dB Acc. IEC 61300-3-4

Reflection Atten. Of reflectance dB Acc. IEC61300-3-6

IL max.≤0,35 dB

RL UPC >50

Connectors SM: ST, SC, FC, LC, E2000, MU, DIN IL conn.-conn.97%≤0,25 dB Average ≤ 0,12 dB Connectors SM APC: IL conn.-conn.97%≤0,25 dB Average ≤ 0,12 dB

SC/APC, FC/APC, LC/APC, E2000/APC, MU/APC, DIN/APC IL max.≤0,35 dB

104

RL APC > 65

ttaf.com.tr |

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE PATCHCORDS

105

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

ST/PC-ST/PC 9/125 SM SX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05114PPSX20X

ST/PC-FC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05134PPSX20X

ST/PC-LC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05144PPSX20X

ST/PC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05184PPSX20X

ST/PC-FC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05134PASX20X

ST/PC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05144PASX20X

ST/PC-MU/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05184PASX20X

ST/PC-E2000/APC 9/125 SM SX L:X PATCHCORD Art No FO-05174PASX20X 106

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

SC/PC-SC/PC 9/125 SM SX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

PATCHCORD

Art No FO-05224PPSX20X

SC/PC-ST/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05214PPSX20X

SC/PC-FC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05234PPSX20X

SC/PC-LC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05244PPSX20X

SC/PC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05284PPSX20X

SC/PC-SC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05224PASX20X

SC/PC-FC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05234PASX20X

SC/PC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05244PASX20X 107

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

UL 94 V-0

SC/PC-MU/APC 9/125 SM SX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05284PASX20X

SC/PC-E2000/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05274PASX20X

FC/PC-FC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05334PPSX20X

FC/PC-LC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05344PPSX20X

FC/PC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05384PPSX20X

FC/PC-FC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05334PASX20X

FC/PC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05344PASX20X

FC/PC-MU/APC 9/125 SM SX L:X Art No FO-05384PASX20X 108

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

FC/PC-E2000/APC 9/125 SM SX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

PATCHCORD

Art No FO-05374PASX20X

LC/PC-LC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05444PPSX20X

LC/PC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05484PPSX20X

LC/PC-FC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05434PASX20X

LC/PC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05444PASX20X

LC/PC-MU/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05484PASX20X

LC/PC-E2000/APC 9/125 SM SX L:X PATCHCORD Art No FO-05474PASX20X

MU/PC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05884PPSX20X 109

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

UL 94 V-0

MU/PC-MU/APC 9/125 SM SX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05884PASX20X

MU/PC-E2000/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05874PASX20X

MU/APC-MU/APC 9/125 SM SX L:X PATCHCORD Art No FO-05884AASX20X

SC/APC-ST/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05214APSX20X

SC/APC-FC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05234APSX20X

SC/APC-LC/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05244APSX20X

SC/APC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05284APSX20X

SC/APC-SC/APC 9/125 SM SX L:X Art No FO-05224AASX20X 110

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

SC/APC-FC/APC 9/125 SM SX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

PATCHCORD

Art No FO-05234AASX20X

SC/APC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05244AASX20X

SC/APC-MU/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05284AASX20X

SC/APC-E2000/APC 9/125 SM SX

PATCHCORD

Art No FO-05274AASX20X

FC/APC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05384APSX20X

FC/APC-FC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05334AASX20X

FC/APC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05344AASX20X

FC/APC-MU/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05384AASX20X 111

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE SIMPLEX PATCHCORDS

UL 94 V-0

Low Ins. loss

High quality

FC/APC-E2000/APC 9/125 SM SX L:X PATCHCORD Art No FO-05374AASX20X

LC/APC-MU/PC 9/125 SM SX L:X

PATCHCORD

Art No FO-05484APSX20X

LC/APC-LC/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05444AASX20X

LC/APC-MU/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05484AASX20X

LC/APC-E2000/APC 9/125 SM SX L:X

PATCHCORD

Art No FO-05474AASX20X

E2000/APC-E2000/APC 9/125 SM SX L:X Art No FO-05774AASX20X

112

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

ST/PC-ST/PC 9/125 SM DX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

PATCHCORD

Art No FO-05114PPDX20X

ST/PC-FC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05134PPDX20X

ST/PC-LC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05154PPDX20X

ST/PC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05184PPDX20X

ST/PC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05164PPDX18X

ST/PC-FC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05134PADX20X

ST/PC-LC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05154PADX20X

ST/PC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05184PADX20X 113

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

ST/PC-E2000/APC 9/125 SM DX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05174PADX20X

SC/PC-SC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05224PPDX20X

SC/PC-ST/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05214PPDX20X

SC/PC-FC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05234PPDX20X

SC/PC-LC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-C-D2-SC-LC-1-PC

SC/PC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05284PPDX20X

SC/PC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05264PPDX18X

SC/PC-SC/APC 9/125 SM DX L:X Art No FO-05224PADX20X 114

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

SC/PC-FC/APC 9/125 SM DX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

PATCHCORD

Art No FO-05234PADX20X

SC/PC-LC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05254PADX20X

SC/PC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05284PADX20X

SC/PC-E2000/APC 9/125 SM DX L:X PATCHCORD Art No FO-05274PADX20X

FC/PC-FC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05334PPDX20X

FC/PC-LC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05354PPDX20X

FC/PC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05384PPDX20X

FC/PC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05364PPDX18X 115

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

UL 94 V-0

FC/PC-FC/APC 9/125 SM DX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05334PADX20X

FC/PC-LC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05354PADX20X

FC/PC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05384PADX20X

FC/PC-E2000/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05374PADX20X

LC/PC-LC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-C-D2-LC-LC-2-PC

LC/PC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05584PPDX20X

LC/PC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05564PPDX18X

LC/PC-FC/APC 9/125 SM DX L:X Art No FO-05534PADX20X 116

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

LC/PC-LC/APC 9/125 SM DX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

PATCHCORD

Art No FO-05554PADX20X

LC/PC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05584PADX20X

LC/PC-E2000/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05574PADX20X

MU/PC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05884PPDX20X

MU/PC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05864PPDX18X

MU/PC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05884PADX20X

MU/PC-E2000/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05874PADX20X

MU/APC-MU/APC 9/125 SM DX L:X PATCHCORD Art No FO-05884AADX20X 117

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

SC/APC-ST/PC 9/125 SM DX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05214APDX20X

SC/APC-FC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05234APDX20X

SC/APC-LC/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05254APDX20X

SC/APC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05284APDX20X

SC/APC-MTRJ/PC 9/125 SM DX L:X PATCHCORD Art No FO-05264APDX18X

SC/APC-SC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05224AADX20X

SC/APC-FC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05234AADX20X

SC/APC-LC/APC 9/125 SM DX L:X Art No FO-05254AADX20X 118

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

SC/APC-MU/APC 9/125 SM DX L:X

FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

PATCHCORD

Art No FO-05284AADX20X

SC/APC-E2000/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05274AADX20X

FC/APC-FC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05334AADX20X

FC/APC-LC/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05354AADX20X

FC/APC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05384AADX20X

FC/APC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05384APDX20X

FC/APC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05364APDX18X

FC/APC-E2000/APC 9/125 SM DX

PATCHCORD

Art No FO-05374AADX20X 119

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 9/125 SINGLE MODE DUPLEX PATCHCORDS

UL 94 V-0

LC/APC-LC/APC 9/125 SM DX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05554AADX20X

LC/APC-MU/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05584AADX20X

LC/APC-MU/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05584APDX20X

LC/APC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05564APDX18X

LC/APC-E2000/APC 9/125 SM DX L:X

PATCHCORD

Art No FO-05574AADX20X

E2000/APC-E2000/APC 9/125 SM DX

PATCHCORD

Art No FO-05774AADX20X

E2000/APC-MTRJ/PC 9/125 SM DX L:X

PATCHCORD

Art No FO-05764APDX18X

MTRJ/PC-MTRJ/PC 9/125 SM DX L:X Art No FO-05664PPDX18X 120

PATCHCORD

LS ZH

ttaf.com.tr |

FIBER OPTIC PATCHCORDS 50/125 MULTI MODE PATCHCORDS

121

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 50/125 OM2 MULTI MODE SIMPLEX PATCHCORDS

ST/PC-ST/PC 50/125 MM SX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05111PPSX20X

ST/PC-FC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05131PPSX20X

ST/PC-LC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05141PPSX20X

SC/PC-SC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05221PPSX20X

SC/PC-ST/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05211PPSX20X

SC/PC-FC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05231PPSX20X

SC/PC-LC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05241PPSX20X

FC/PC-FC/PC 50/125 MM SX L:X Art No FO-05331PPSX20X 122

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

LC/PC-LC/PC 50/125 MM SX L:X

FIBER OPTIC PATCHCORDS 50/125 OM2 MULTI MODE SIMPLEX PATCHCORDS

PATCHCORD

Art No FO-05441PPSX20X

LC/PC-FC/PC 50/125 MM SX L:X

PATCHCORD

Art No FO-05431PPSX20X

123

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 50/125 OM2 MULTI MODE DUPLEX PATCHCORDS

ST/PC-ST/PC 50/125 MM DX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05111PPDX20X

ST/PC-FC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05131PPDX20X

ST/PC-LC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05151PPDX20X

ST/PC-MTRJ/PC 50/125 MM DX L:X PATCHCORD Art No FO-05161PPDX18X

SC/PC-SC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05221PPDX20X

SC/PC-FC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05231PPDX20X

SC/PC-LC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05251PPDX20X

SC/PC-ST/PC 50/125 MM DX L:X Art No FO-05211PPDX20X 124

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 50/125 OM2 MULTI MODE DUPLEX PATCHCORDS

SC/PC-MTRJ/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05261PPDX18X

FC/PC-FC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05331PPDX20X

FC/PC-MTRJ/PC 50/125 MM DX L:X PATCHCORD Art No FO-05361PPDX18X

LC/PC-LC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05551PPDX20X

LC/PC-FC/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05531PPDX20X

LC/PC-MTRJ/PC 50/125 MM DX

PATCHCORD

Art No FO-05561PPDX18X

MTRJ/PC-MTRJ/PC 50/125 MM DX L:X

PATCHCORD

Art No FO-05661PPDX18X

125

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 50/125 OM3 MULTI MODE SIMPLEX PATCHCORDS

ST/PC-ST/PC 50/125 OM3 MM SX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05112PPSX20X

ST/PC-FC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05132PPSX20X

ST/PC-LC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05142PPSX20X

SC/PC-SC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05222PPSX20X

SC/PC-ST/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05212PPSX20X

SC/PC-FC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05232PPSX20X

SC/PC-LC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05242PPSX20X

FC/PC-FC/PC 50/125 OM3 MM SX L:X Art No FO-05332PPSX20X 126

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 50/125 OM3 MULTI MODE SIMPLEX PATCHCORDS

LC/PC-LC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05442PPSX20X

LC/PC-FC/PC 50/125 OM3 MM SX L:X

PATCHCORD

Art No FO-05432PPSX20X

127

fiberopt覺c systems簧

PATCHCORDS FIBER OPTIC PATCHCORDS 50/125 OM3 MULTI MODE DUPLEX PATCHCORDS

UL 94 V-0

ST/PC-ST/PC 50/125 OM3 MM DX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05112PPDX20X

ST/PC-FC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05132PPDX20X

ST/PC-LC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05152PPDX20X

ST/PC-MTRJ/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05162PPDX18X

SC/PC-SC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05222PPDX20X

SC/PC-FC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05232PPDX20X

SC/PC-LC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05252PPDX20X

SC/PC-ST/PC 50/125 OM3 MM DX L:X Art No FO-05212PPDX20X 128

PATCHCORD

LS ZH

ttaf.com.tr |

UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 50/125 OM3 MULTI MODE DUPLEX PATCHCORDS

SC/PC-MTRJ/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05262PPDX18X

FC/PC-FC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05332PPDX20X

FC/PC-MTRJ/PC 50/125 OM3 MM DX L:X PATCHCORD Art No FO-05362PPDX18X

LC/PC-LC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05552PPDX20X

LC/PC-FC/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05532PPDX20X

LC/PC-MTRJ/PC 50/125 OM3 MM DX L:X

PATCHCORD

Art No FO-05562PPDX18X

MTRJ/PC-MTRJ/PC 50/125 OM3 MM DX L:X PATCHCORD Art No FO-05662PPDX18X 129

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PATCHCORDS

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FIBER OPTIC PATCHCORDS 62.5/125 MULTI MODE PATCHCORDS

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PATCHCORDS FIBER OPTIC PATCHCORDS 62.5/125 OM1 MULTI MODE SIMPLEX PATCHCORDS

ST/PC-ST/PC 62.5/125 MM SX L:X

UL 94 V-0

Low Ins. loss

High quality

PATCHCORD

Art No FO-05113PPSX20X

ST/PC-FC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05133PPSX20X

ST/PC-LC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05143PPSX20X

SC/PC-SC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05223PPSX20X

SC/PC-ST/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05213PPSX20X

SC/PC-FC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05233PPSX20X

SC/PC-LC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05243PPSX20X

FC/PC-FC/PC 62.5/125 MM SX L:X Art No FO-05333PPSX20X 132

PATCHCORD

LS ZH

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UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 62.5/125 OM1 MULTI MODE SIMPLEX PATCHCORDS

LC/PC-LC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05443PPSX20X

LC/PC-FC/PC 62.5/125 MM SX L:X

PATCHCORD

Art No FO-05433PPSX20X

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PATCHCORDS FIBER OPTIC PATCHCORDS 62.5/125 OM1 MULTI MODE DUPLEX PATCHCORDS

UL 94 V-0

ST/PC-ST/PC 62.5/125 MM DX L:X

Low Ins. loss

High quality

PATCHCORD

Art No FO-05113PPDX20X

ST/PC-FC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05133PPDX20X

ST/PC-LC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05153PPDX20X

ST/PC-MTRJ/PC 62.5/125 MM DX L:X PATCHCORD Art No FO-05163PPDX18X

SC/PC-SC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05223PPDX20X

SC/PC-FC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05233PPDX20X

SC/PC-LC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05253PPDX20X

SC/PC-ST/PC 62.5/125 MM DX L:X Art No FO-05213PPDX20X 134

PATCHCORD

LS ZH

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UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 62.5/125 OM1 MULTI MODE DUPLEX PATCHCORDS

SC/PC-MTRJ/PC 62.5/125 MM DX L:X PATCHCORD Art No FO-05263PPDX18X

FC/PC-FC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05333PPDX20X

FC/PC-MTRJ/PC 62.5/125 MM DX L:X PATCHCORD Art No FO-05363PPDX18X

LC/PC-LC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05553PPDX20X

LC/PC-FC/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05533PPDX20X

LC/PC-MTRJ/PC 62.5/125 MM DX L:X

PATCHCORD

Art No FO-05563PPDX18X

MTRJ/PC-MTRJ/PC 62.5/125 MM DX L:X PATCHCORD Art No FO-05663PPDX18X 135

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PATCHCORDS

UL 94 V-0

Low Ins. loss

High quality

LS ZH

FIBER OPTIC PATCHCORDS 62.5/125 OM1 MULTI MODE DUPLEX PATCHCORDS

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FIBER OPTIC PATCHCORDS SPECIAL PATCHCORDS

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PATCHCORDS FIBER OPTIC SPECIAL PATCHCORDS ARMORED PATCHCORDS

With stainless steel tube inside the outher jacket to protect the central unit of the cable, the armored fiber optic patchcords are easy to use in harsh invironment, what is more, they are flexible as well, handling these armored fiber optic patch cables are as easy as handling electric cables. Armored fiber optic patch cable retain all the features of standard patchcord, but they are much more stronger. The armored fiber optic patch cables will not get damage even it is stepped by an adult, and they are anti-rodents, when they use such armored fiber optic patchcord, people do not need to worry that the rodent animals like the rats may bite the cables and make them broken.

Simplex Armored

TYPE Insertion Loss Return Loss Storage Temperature Working Temperature Repeatability of IL Service Life

SINGLE MODE PC

SINGLE MODE APC

0.2 dB 55 dB -40 C to +90 C -40 C to +85 C

0.2 dB 75 dB -40 C to +90 C -40 C to +85 C 0.1 dB 1000 mate/demate cycles

MULTI MODE APC 0.2 dB 45 dB -40 C to +90 C -40 C to +85 C

• Other than MTRJ, ESCON, FDDI any connectors can be used. • Supressing endurance is 25times stronger than Standard patchcords. • Simplex cable thickness can be reduced to 2.8mm

• Simplex armored cable OD 2.0mm

• 4 core armored tactical cable

• Duplex armored cable OD 2.8mm

• It is ideal for versus rodents. • Simplex armored cable OD 2.4mm

• Simplex armored cable OD 2.0mm

• 4 core armored cable OD 3.3mm

• Duplex armored cable OD 2.8mm

• Simplex armored cable OD 3.4mm

ALTERNATIVE CABLE TYPES FOR ARMORED PATCHCORDS

Although armored fiber optic cables are strong, they are actually as flexible as standard fiber optic patchcords; they can be bend randomly without being broken. Armored fiber optic patchcord can be made similar outer diameter with the standard patchcords, this make them space saving. What is more, they can be with different jacket colors and jacket types such as OFNR etc, and they are actually light weight also can be with SC, ST, FC, LC,MU,SC/APC, ST/APC, FC/APC, LC/APC etc types of terminations. TTAF’s armored fiber optic patch cables are designed for being used in harsh environment, in which the traditional standard fiber optic patch cable can not fit and can not get good perfomance.They are made with special strong connectors and armored fiber optic cables can protect the cable from damage caused by twist, pressure or rodent bite. Installation procedure and maintenance is also easy.They are ideal choice for people who is looking for fiber optic patchcords with addtional durability and protection as well as light weight.

• Armored integrity is fully provided for duplex and fan-out applications.

Duplex Armored

Armored Fan-out Patchcords

138

Armored Expanded Beam to PC

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FIBER OPTIC SPECIAL PATCHCORDS UL 94 V-0

Low Ins. loss

High quality

LS ZH

Fan-Out Patchcords fiberoptıc systems®

• 12.24 and 48 fiber fan-out patchcords are available in all requested lenghts with SC, LC, FC etc. connectors. • Pre-terminated multifiber cable helps to accelerate deployment and improve connection reliability. • Field-installable cable modules easily mount on to front of the ODF’s via cable management parts.

Tactical & Extension Cords fiberoptıc systems®

• 12,24 and 48 fiber fan-out patchcords are available in all requested lenghts with SC, LC, FC etc. connectors. • Single or multi mode cables can be used for demanding applications. • I t is specially designed for rough use in industry, defense and telecommunication areas. • F iber Optic extension cable extend the distance limitation of digital signals.

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PATCHCORDS FIBER OPTIC SPECIAL PATCHCORDS EXPANDED BEAM PATCHCORDS

UL 94 V-0

Low Ins. loss

High quality

EB connector systems is designed for military and industiral harsh environments. Fiber optic ferrules do not physically contact with their counterparts, so the possible damage on the optical fiber surface is avoided. Instead of physical contact, the optical fiber is protected behind a hard-coated expanded beam lenses. Even if the connector is dropped in mud, then it is simply wiped clean and then re-connected with the optical link easliy re-estabished. TTAF produces expanded beam cable systems for companies like Aselsan forTurkish Military, Arm Forces and for harsh enviroment areas all over the world.

HOW IT WORKS? INDOOR Clean Environment

FEATURES

»»

»» »» »» »» »»

fiberoptıc systems®

OUTDOOR Harsh Environment

Temperature Controlled

Weather Extremities

Infrequent Connections

Frequent Deployment

PHYSICAL CONTACT

Fits Standard size 12 contact cavities for MILDTL-38999 (dimensionally identical to size 12 electrical contacts per M39029/56-353 and M39029/58-365) Multimode applications 50/125 and 62.5/125 Insertion loss: 1.0 dB (Typical) Increased protection for fiber face Reduced influence from dirt debris and vibration Simple cleaning

Physical Contact connectors are where the fibers are normally mounted in a cylindrical ferrule. This ferrule end is then specially polished allowing two ferrules to be mated together. This provides a fibre joint that is aligned using high precision components.

EXPANDED BEAM Expanded beam connectors are where a lens is placed in front of the fibre to expand the emmiting beam of light. The expanded beam is then refocused back into the fibre of the mating half. The distance between mating halves is variable.

140

LS ZH

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FIBER OPTIC ADAPTERS

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ADAPTERS FIBER OPTIC ADAPTERS

ADAPTERS Fiber optic adapter are used in fiber optic connection, the typical use is to provide a cable to cable fiber connection. People sometimes also name them to be mating sleeves and hybrid adaptors ,mating sleeves means this fibre optic adapter is used to connect the same type fiber optic connectors, while hybrid adaptors are the fiber optic adaptor types used to connect different kinds of fiber optic connectors. TTAF fiber optic adapters have a name for its stability, they provide reliable solution for fiber connections, single mode fibre optic adaptors and multimode fiber optic adaptors available on request. TTAF adapter high quality raw materials and make these fiber optic adapters strictly according to international standard, this makes our fiber optic adaptors fully compartible with the products from other manufacturers’ in the market. TTAF fiber optic adapters are characterized by high quality and there are many types dedicated for different clients needs.

FEATURES

»» »» »» »» »» »» »» »» »» »» »» »» »»

Telcordia,ANSI,TIA/EIA and ISO Standard Compliant High stable mating and de-mating charecteristics. Available with ST,SC,FC and LC connectors. Standart product available as pigtail. Pre-installed pulling eye kits available. Low Insertion Loss and High Return Loss High Reliability and Stability Accurate Dimensions Simplex and Duplex Panel cutouts Available without flanges or with flange for duplex,saving panel space Meet JIS5974 and bellcore GR-326 standard Compliant with IEC874-14&IEC874-19 RoHS Compliance

APPLICATION

»» »» »» »» »» »» »» »» »» »» »» »» »»

fiberoptıc systems®

Telecommunication Networks CATV Networks Metro Networks Cable TV Applications Data Processing Networks LAN&WAN Industrial,military and medical applications Broadband Multimedia Active Device Termination Instrumentation Telecommunication and computer Networks FTTx,FTTH

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Adapter Type

SC/APC

LC/APC

metalic

FC/APC

e2000

e2000/APC

DIN

metalic

brown

Casing Color SM PC

blue green

SM APC MM

blue

beige / turquoise

green

blue metalic

green

(OM3 / OM4)

brown

Fiber Type 9/125 50/125 / OM3 62.5/125

OS1/OS2

OM2/OM3/OM4

OM1

Features Automatic Shutter SX - simplex

DX - duplex

2xDX - 2x duplex (quad)

<0,1

<0,2

<0,1

<0,2

Transmission Parameters IL typical (dB) :

<0,1

IL maximum (dB) :

<0,2

<0,3

<0,2

<0,3

Change of IL (dB) / 500 c. :

<0,2

<0,15

<0,1

<0,2

<0,1

<0,2

Mechanical and Temperature Performance : 500 - 1000

Durability (cycle) Operation temperature (°C) :

−40° to + 85°

Storage temperature (°C) :

−40° to + 85°

Combustibility UL 94 V-0

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ADAPTERS FIBER OPTIC ADAPTERS ST ADAPTERS

Low Ins. loss

ST/PC SM SX

METALIC ADAPTER

Art No FO-06M41N1S03S

ST/PC MM SX

METALIC ADAPTER

Art No FO-06M41N1S03M

ST/PC SM DX

METALIC ADAPTER

Art No FO-06M41N1D03S

ST/PC SM DX

PLASTIC ADAPTER

Art No FO-06P11N1D03S

ST/PC MM DX Art No FO-06M41N1D03M

146

METALIC ADAPTER

High quality

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Low Ins. loss

FIBER OPTIC ADAPTERS SC ADAPTERS

High quality

SC/PC SM SX

PLASTIC ADAPTER

Art No FO-06P11N1S01S

SC/APC SM SX

PLASTIC ADAPTER

Art No FO-06P31N1S01A

SC/PC MM SX

PLASTIC ADAPTER

Art No FO-06P21N1S01M

SC/PC SM SX

METALIC ADAPTER

Art No FO-06M11N1S01S

SC/PC SM DX

PLASTIC ADAPTER

Art No FO-06P11N1D01S

SC/APC SM DX

PLASTIC ADAPTER

Art No FO-06P31N1D01A

SC/PC MM DX

PLASTIC ADAPTER

Art No FO-06P21N1D01M

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ADAPTERS FIBER OPTIC ADAPTERS LC ADAPTERS

Low Ins. loss

LC/PC SM SX

PLASTIC ADAPTER

Art No FO-06P11N1S02S

LC/APC SM SX

PLASTIC ADAPTER

Art No FO-06P31N1S02A

LC/PC MM SX

PLASTIC ADAPTER

Art No FO-06P21N1S02M

LC/PC SM DX

PLASTIC ADAPTER

Art No FO-06P11N1D02S

LC/APC SM DX

PLASTIC ADAPTER

Art No FO-06P31N1D02A

LC/PC MM DX Art No FO-06P21N1D02M

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PLASTIC ADAPTER

High quality

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Low Ins. loss

FIBER OPTIC ADAPTERS LC ADAPTERS

High quality

LC/PC SM DX

PLASTIC FOOTPRINT ADAPTER

Art No FO-06P11F1D02S

LC/APC SM DX

PLASTIC FOOTPRINT ADAPTER

Art No FO-06P31F1D02A

LC/PC MM DX

PLASTIC FOOTPRINT ADAPTER

Art No FO-06P21F1D02M

LC/PC SM QX

PLASTIC QUADREX ADAPTER

Art No FO-06P11Q1D02S

LC/APC SM QX

PLASTIC QUADREX ADAPTER

Art No FO-06P31Q1D02A

LC/PC MM QX

PLASTIC QUADREX ADAPTER

Art No FO-06P21Q1D02M

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ADAPTERS FIBER OPTIC ADAPTERS FC ADAPTERS

Low Ins. loss

FC/PC SM SX

D-HOLE METALIC ADAPTER

Art No FO-06M41D1S04S

FC/APC SM SX

D-HOLE METALIC ADAPTER

Art No FO-06M41D1S04A

FC/PC MM SX

D-HOLE METALIC ADAPTER

Art No FO-06M41D1S04M

FC/PC SM SX

SQUARE METALIC ADAPTER

Art No FO-06M41S1S05S

FC/APC SM SX

SQUARE METALIC ADAPTER

Art No FO-06M41S1S05A

FC/PC MM SX Art No FO-06M41S1S05M

150

SQUARE METALIC ADAPTER

High quality

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Low Ins. loss

FIBER OPTIC ADAPTERS MU ADAPTERS

High quality

MU/PC SM SX

PLASTIC ADAPTER

Art No FO-06P61N1S06S

MU/PC MM SX

PLASTIC ADAPTER

Art No FO-06P61N1S06M

MU/PC SM DX

PLASTIC ADAPTER

Art No FO-06P61N1D06S

MU/PC MM DX

PLASTIC ADAPTER

Art No FO-06P61N1D06M

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ADAPTERS FIBER OPTIC ADAPTERS SPECIAL ADAPTERS

Low Ins. loss

E2000/PC SM SX

PLASTIC ADAPTER

Art No FO-06P11S1S07S

E2000/APC SM SX

PLASTIC ADAPTER

Art No FO-06P31S1S07A

D4 SM SX

METALIC ADAPTER

Art No FO-06M41S1S08S

D4 MM SX

METALIC ADAPTER

Art No FO-06M41S1S08M

DIN SM SX

METALIC ADAPTER

Art No FO-06M41S1S09S

DIN MM SX Art No FO-06M41S1S09M

152

METALIC ADAPTER

High quality

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Low Ins. loss

FIBER OPTIC ADAPTERS SPECIAL ADAPTERS

High quality

SMA SM SX

METALIC ADAPTER

Art No FO-06M41S1S10S

SMA MM SX

METALIC ADAPTER

Art No FO-06M41S1S10M

MTRJ SM DX

PLASTIC ADAPTER

Art No FO-06P51S1D12S

MTRJ MM DX

PLASTIC ADAPTER

Art No FO-06P51S1D12M

MPO SM DX

PLASTIC ADAPTER

Art No FO-06P51S1D11S

MPO MM DX

PLASTIC ADAPTER

Art No FO-06P51S1D11M

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ADAPTERS FIBER OPTIC ADAPTERS HYBRID ADAPTERS

Low Ins. loss

SC/PC-LC/PC SM SX

METALIC ADAPTER

Art No FO-06M41H1S16S

SC/PC-FC/PC SM SX

METALIC ADAPTER

Art No FO-06M41H1S13S

SC/PC-ST/PC SM SX

METALIC ADAPTER

Art No FO-06M41H1S14S

FC/PC-LC/PC SM SX

METALIC ADAPTER

Art No FO-06M41H1S17S

FC/PC-ST/PC SM SX

PLASTIC ADAPTER

Art No FO-06P41H1S15S

ST/PC-LC/PC SM SX Art No FO-06M41H1S18S 154

METALIC ADAPTER

High quality

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fiberoptıc systems®

ADAPTERS

! NEW

LOCK TYPE ADAPTERS

2011 INNOVATIVE DESIGN ADAPTOR

Push the head into space first.

OUT

Push two metal parts on the sides, and then lock...

2 Step Install

156

• Break tradition! • Fast installation! • Fast connection! • Save your time!

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Low Ins. loss

FIBER OPTIC ADAPTERS LOCK ADAPTERS

High quality

SC/PC SM SX

PLASTIC ADAPTER

Art No FO-06P12N1S01S

SC/APC SM SX

PLASTIC ADAPTER

Art No FO-06P32N1S01A

SC/PC MM SX

PLASTIC ADAPTER

Art No FO-06P22N1S01M

SC/PC SM DX

PLASTIC ADAPTER

Art No FO-06P12N1D01S

SC/APC SM DX

PLASTIC ADAPTER

Art No FO-06P32N1D01A

SC/PC MM DX

PLASTIC ADAPTER

Art No FO-06P22N1D01M

LC/PC SM DX

PLASTIC ADAPTER

Art No FO-AD-DX-SM-LC-P-FT 157

fiberoptıc systems®

ADAPTERS

! NEW

SHUTTER TYPE ADAPTER TTAF INTERNAL SHUTTER • TTAF has released a shutter adapter, that is a special design prevents the connector ferrule from dust, effectively. • The shutters are fully automatic and provides all the necessary eye safety from harmful light without a need for manual intervention. • TTAF internal shutter adapters are available in SC simplex/duplex and LC duplex/quad designs and in zirconia or phosphor bronze alignment sleeves in flange or flangeless body types.

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FIBER OPTIC ADAPTERS SHUTTER ADAPTERS

Low Ins. loss

SC/PC SM SX

PLASTIC INNER SHUTTER ADAPTER

Art No FO-06P14N1S01S

SC/APC SM SX

PLASTIC SHUTTER LONG ADAPTER

Art No FO-06P33N1S01A

LC/APC SM DX

PLASTIC SHUTTER LONG ADAPTER

Art No FO-06P33N1D02A

LC/PC SM DX

PLASTIC SHUTTER REDUCED ADAPTER

Art No FO-06P14N1D02S

LC/PC SM DX Art No FO-06P13N1D02S

159

PLASTIC SHUTTER LONG ADAPTER

High quality

fiberopt覺c systems簧

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fiberoptıc systems®

AV DISPLAY PORT

DisplayPort

Why DisplayPort?

Be Ready For Next Generation and The One That Comes After It With DisplayPort

DisplayPort delivers high performance digital connectivity for virtually any use at home or at work. It’s the future standard and it’s available today. Want to see how DisplayPort stacks up against other technologies? Compare. HOME

WORK

PLAY

Without all those extra cables, cords and bulky monitors, I finally have space to work.

We need the high resolution and accurate color reproduction we can only get from DisplayPort.

Office DisplayPort makes ultra-thin monitors and displays a reality due to its exclusive direct drive capability, enabling monitors to take up less desk space while delivering the visual performance that you need. Forget fighting with your monitor to twist thumb screws on bulky connectors that are hidden from view. Monitor set up is now a breeze with DisplayPort. Just plug in and go with the new ultra small DisplayPort connector and ultra thin DisplayPort cables, delivering high resolution digital display, digital audio and bidirectional communications. With DisplayPort enabled products, your home office has never looked so clean and uncluttered.

Video Editing DisplayPort delivers up to 10.8 Gbps of bandwidth over standard cables, providing billions of colors, enabling the fastest refresh rates and the greatest color depths. Editing and creating content in high definition and beyond are made possible because DisplayPort enables your monitor to deliver the deepest color depths at the highest resolutions and update rates.

Video Editing DisplayPort was designed to easily manage advanced 3-D and Blu-Ray signals. With DisplayPort, you get the high performance you need to edit in HD and truly see what you are working on as it was meant to be seen With billions of colors, faster refresh rates and outstanding color depths.

Medical Imaging Medical imaging is the most demanding when it comes to image resolution and accuracy, an area where DisplayPort is unchallenged. With lower EMI (Electromagnetic Interference) and RFI (Radio Frequency Interference) rates than other digital display interface technologies, DisplayPort is ideally suited for sensitive environments. And it delivers every pixel directly to the display without compression providing the highest fidelity and most accurate image production. With native fiber optic support, DisplayPort can be run 100’s of meters to remote monitors or other image receiving equipment. Cables can run up to 15 meters (49.21 feet) without significant signal degradation or requiring signal boosters.

Work Stations DisplayPort is the high-performance digital display connection. Designed to deliver the highest resolutions, fastest refresh rates, and deepest colors, DisplayPort is the ideal display interface for professional applications such as CAD/CAM, GIS, 3D modeling, real time simulation, and more. The ultra small DisplayPort connector now enables four or more monitors to be driven from a graphics card using standard cables, opening up new possibilities for high performance work flows with demanding professional applications.

Digital Photography Only DisplayPort offers both high resolution and high color depths, making it ideal for the digital darkroom. Now your monitor can be enabled to closely match your printer or even a professional off-site printer, allowing professional creative image control from standard products.

IT DisplayPort can run up to 15 meters (49.21 feet) without requiring signal boosters. Making DisplayPort the perfect choice for conference room projectors, digital displays and remote PC applications. Simple adaptors allow you to connect displays using older connection standards such as DVI, HDMI and VGA. So upgrading to high performance with DisplayPort won’t blow your budget. Remember those problems when a projector never working right with your notebook? Never worry about it again. DisplayPort provides a true plug and play digital projector experience with your laptop. Projectors are notebook friendly again.

162

It’s like being in the game, it’s so life-like.

Gaming DisplayPort is the best choice for high performance PC gaming. With designedin support for 3D stereo transmission, DisplayPort is the ideal gaming interface for now and the future. DisplayPort natively supports the high resolutions and refresh rates for the best gaming monitors in the industry. When fast response and high performance are important to your gaming experience, get in the game with DisplayPort.

Home Theatre Setting up your home theatre with DisplayPort is as easy as plug and play. With its native fiber optic cable support, DisplayPort can be used from room to room to room to deliver highperformance display, audio, and bi-directional control over ultra-thin fiber optic cables that can be easily installed and routed without the need for wall-powered boxes on either end. DisplayPort is Blu-ray Disc ready with built-in support for HDCP. With its unique direct drive capability, DisplayPort simplifies the design of ultra-elegant HDTVs, enabling ultra-thin high definition display panels with separate electronics units that can be hidden from view.

www.displayport.org

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HDMI™

HDMI Technology

Technology HDMI is fully backward compatible with PCs, displays and consumer electronics devices incorporating the Digital Visual Interface (DVI) standard. Both HDMI and DVI were pioneered by Silicon Image and are based on TMDS®, Silicon Image’s powerful, high-speed, serial link technology. HDMI supports standard, enhanced, or high-definition video, plus multi-channel digital audio on a single cable. It transmits all ATSC HDTV standards and supports 8-channel digital audio, and with 5 Gbps of bandwidth, HDMI can accommodate future enhancements and requirements. Because HDMI was designed specifically for consumer electronics applications, it offers an array of additional consumer enhancements. As digital content can manifest itself in a variety of sizes, resolutions and formats, HDMI-enabled systems will automatically configure to display content in the most effective format. In addition, HDMI enables a single remote point and click, allowing manufacturers to deliver home theater systems that automatically configure from a single command from a remote control -- turning on or off the components necessary to view a DVD, listen to a CD, or watch cable or satellite TV.

HDMI Ethernet Channel HDMI Ethernet Channel technology consolidates video, audio, and data streams into a single HDMI cable, combining the umatched signal quality and convenience of HDMI connectivity with the power and flexibility of home entertainment networking. It incorporates a dedicated data channel into the HDMI link, enabling high-speed, bi-directional networking at up to 100 Mb/sec.

STANDARD

Standard HDMI Cable The Standard HDMI cable is designed to handle most home applications, and is tested to reliably transmit 1080i or 720p video – the HD resolutions that are commonly associated with cable and satellite television, digital broadcast HD, and upscaling DVD players.

STANDARD with ETHERNET

Standard HDMI Cable with Ethernet This cable type offers the same baseline performance as the Standard HDMI Cable shown above (720p or 1080i video resolution), plus an additional, dedicated data channel, known as the HDMI Ethernet Channel, for device networking. HDMI Ethernet Channel functionality is only available if both linked devices are HDMI Ethernet Channel-enabled.

STANDARD AUTOMOTIVE

Automotive HDMI Cable Designed for internal cabling of vehicles equipped with onboard HD video systems. Tested to a more robust performance standard, and capable of withstanding the unique stresses of the motoring environment such as vibration and temperature extremes.

HIGH SPEED

HIGH SPEED with ETHERNET

High Speed HDMI Cable The High Speed HDMI cable is designed and tested to handle video resolutions of 1080p and beyond, including advanced display technologies such as 4K, 3D, and Deep Color. If you are using any of these technologies, or if you are connecting your 1080p display to a 1080p content source, such as a Blu-ray Disc player, this is the recommended cable. High Speed HDMI Cable with Ethernet This cable type offers the same baseline performance as the High Speed HDMI Cable shown above (1080p video resolution and beyond), plus an additional, dedicated data channel, known as the HDMI Ethernet Channel, for device networking. HDMI Ethernet Channel functionality is only available if both linked devices are HDMI Ethernet Channel-enabled.

With networking capabilities now available in a wide range of IP-enabled home entertainment devices, from TVs and gaming consoles to DVRs and more, adding an Ethernet channel is a big step forward in the evolution of the HDMI standard. Consumers can enjoy all the benefits of Ethernet connectivity via HDMI, and further simplify their systems by eliminating the need for separate Ethernet cables. Accommodates current and future IPbased networking solutions for consumer electronics, including DLNA, IPTV, LiquidHD, and UPnP. Allows multiple connected devices to share an Internet connection. Enables native-format content distribution between connected devices, including recording and playback across a networked system. Provides a true one-cable solution for all your home entertainment needs, offering HDMI’s world-class quality and reliability plus all the benefits of home entertainment networking in one powerful connection. Finding the Right Cable With the release of the HDMI 1.4 specification, there are now five HDMI cable types to choose from, each designed to meet a particular performance standard. Here is an overview of the HDMI cable types, their capabilities, and how to tell them apart. To help consumer and clarify cable types further, all HDMI cable products will now be required to be labeled by cable type. Look for these labels when choosing the HDMI cable that is best for your needs.

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fiberoptıc systems®

AV DISPLAYPORT™ TO DISPLAYPORT™ CABLE

Code # 2m 3m

OVERVIEW

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fiberoptıc systems®

DisplayPort connector support Color depth support up to 8-bit, 10-bit, 12-bit and 16-bit Increasable up to 2560x1600 pixel resolution Maximum 8 channels uncompressed 192 KHz, 24 bit Audio, 6,144 Mbps ratio Up to 10.8 Gbps image and audio bandwith support Up to 1Mbps unilateral AUX CH in additional bus

A) CONDUCTOR: 7 Strands / 0.10 mm OFC Bare Copper Wire Stranded B) INSULATION: 0.55 / 0.12mm HDPE C) INSULATION: 0. 80 /0.25mm FoamPE+SKIN D) DRAIN WIRE: 7 Strands / 0.10mm OFC Bare Copper Wire Stranded E) CONDUCTOR: 7 Strands / 0.10mm. OFC Bare Copper Wire Stranded F) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping

STRUCTURE

98206 98207

H) DRAIN WIRE: 7 Strands / 0.10mm OFC Bare Copper Wire Stranded I) BRAID SHELD: AL Wire Stranded, 55% Coverage J) SHIELDING: AL Mylar Spirally Wrapped, 100%Coverage With 25% Over lapping K) JACKET: 6.5 / 0.40MM PVC Black + Naylon Mesh

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AV HDMI™ CONNECTOR TO HDMI™ CONNECTOR High Speed HDMI™ Cable with Ethernet V 1.3

HIGH SPEED with ETHERNET

Code # 2m 3m 5m 7m 10 m

FO-HDMI-002 FO-HDMI-003 FO-HDMI-005 FO-HDMI-007 FO-HDMI-010

OVERVIEW

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fiberoptıc systems®

The FO-HDMI-XXM High Speed HDMI® cable (2m/3m/5m/7m/10m/20m/25m/40m features 2 gold-plated HDMI (male) connectors and durable high quality construction to provide a dependable HDMI to HDMI connection between devices such as Blu-Ray Disc™ players, HDTVs, DVD Players, stereo receivers, projectors and more. This high quality HDMI cable fully supports 1080p+ resolutions at up to 120Hz refresh rate, with life-like color. To accommodate the demands of future high definition devices, such as increased resolutions and higher frame rates, our HDMI cables can support bandwidth up to 340 MHz (10.2 Gbps) and display resolutions of up to 1440p. The HDMI cable is backed by TTAF’s Lifetime Warranty.

STRUCTURE

A) CONDUCTOR: 7 Strands/0.10mm OFC Bare Copper Wire Stranded B) INSULATION: 0.55 / 0. 12mm HDPE C) INSULATION: 0.80/0.25mm Foam PE + SKIN D) DRAIN WIRE: 7 Strands/0.10mm OFC Bare Copper Wire Stranded E) CONDUCTOR: 7 Strands/0.10mm. Bare Copper Wire Stranded F) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping

H) DRAIN WIRE: 7 Strands / 0.10mm OFC Bare Copper Wire Stranded I) BRAID SHELD: AL Wire Stranded, 55% Coverage J) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping K) JACKET: 6.5/0.40mm PVC Silver

About TTAF HDMI to HDMI Cables: TTAF High Speed HDMI digital video and audio cables are expertly designed and constructed of only top quality materials to ensure high quality, high definition performance. The HDMI standard combines high bandwidth video and multi-channel digital audio into a single cable, and provides crystal clear image resolution.

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ADVANTAGES

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»»

Gold-plated connectors help prevent corrosion, to ensure a high quality HDMI® connection Molded HDMI connectors with strain relief maintain a durable connection, helping to prevent damage to the connectors, for long term, error-free HDMI to HDMI audio-video performance Backed by TTAF’s lifetime warranty

FEATURES

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APPLICATIONS

fiberoptıc systems®

Connecting high-definition A/V devices such as Blu-Ray Disc™ players, HDTVs, DVD Players, DVRs, game consoles, projectors etc.

fiberoptıc systems®

2x HDMI® Male Connectors Gold-plated HDMI connectors High quality construction Supports Resolutions up to 4k x 2k

Technical Specifications Warranty Information Warranty : Lifetime Hardware Cable Jacket Type Cable Shield Type Connector Plating

: PVC - (Polyvinyl Chloride) / LSZH (Low Smoke Zero Halogen) : Aluminum-Mylar Foil with Braid : Gold

Connector(s) Connector A Connector B

: 1 - HDMI (19 pin) Male : 1 - HDMI (19 pin) Male

Physical Characteristics Cable Length Color Connector Style Product Length Product Weight Wire Gauge Version Datarate Bandwidth Resolution Color depth Color support Audio sampling frequence

: 2 m / 3m / 5m / 7m / 10m / 15m / 20m : Black : Straight : 2 m / 3m / 5m / 7m / 10m / 15m / 20m : 0.1 kg : 28 AWG : HDMI 1.3 : 10.2 Gbps : 340 MHz : 1080p+ : 36/48 Bit : 16,7 Million : 192Khz 167

fiberoptıc systems®

AV HDMI™ CONNECTOR TO HDMI™ CONNECTOR High Speed HDMI™ Cable with Ethernet V 1.3

HIGH SPEED with ETHERNET

Code # 2m 3m 5m 7m 10 m

FO-HDMI-A002 FO-HDMI-A003 FO-HDMI-A005 FO-HDMI-A007 FO-HDMI-A010

OVERVIEW

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fiberoptıc systems®

STRUCTURE

A) CONDUCTOR: 7 Strands/0.10mm OFC Bare Copper Wire Stranded B) INSULATION: 0.55 / 0. 12mm HDPE C) INSULATION: 0.80/0.25mm Foam PE + SKIN D) DRAIN WIRE: 7 Strands/0.10mm OFC Bare Copper Wire Stranded E) CONDUCTOR: 7 Strands/0.10mm. Bare Copper Wire Stranded F) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping

H) DRAIN WIRE: 7 Strands / 0.10mm OFC Bare Copper Wire Stranded I) BRAID SHELD: AL Wire Stranded, 55% Coverage J) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping K) JACKET: 6.5/0.40mm PVC Silver

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ADVANTAGES

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»»

FEATURES

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APPLICATIONS

fiberoptıc systems®

Connecting high-definition A/V devices such as Blu-Ray Disc™ players, HDTVs, DVD Players, DVRs, game consoles, projectors etc.

fiberoptıc systems®

2x HDMI® Male Connectors Gold-plated HDMI connectors High quality construction Supports Resolutions up to 4k x 2k

Technical Specifications Warranty Information Warranty : Lifetime Hardware Cable Jacket Type Cable Shield Type Connector Plating

: PVC - (Polyvinyl Chloride) / LSZH (Low Smoke Zero Halogen) : Aluminum-Mylar Foil with Braid : Gold

Connector(s) Connector A Connector B

: 1 - HDMI (19 pin) Male : 1 - HDMI (19 pin) Male

Physical Characteristics Cable Length Color Connector Style Product Length Product Weight Wire Gauge Version Datarate Bandwidth Resolution Color depth Color support Audio sampling frequence

: 2 m / 3m / 5m / 7m / 10m / 15m / 20m : Black : Straight : 2 m / 3m / 5m / 7m / 10m / 15m / 20m : 0.1 kg : 28 AWG : HDMI 1.3 : 10.2 Gbps : 340 MHz : 1080p+ : 36/48 Bit : 16,7 Million : 192Khz 169

fiberoptıc systems®

AV HDMI™ CONNECTOR TO HDMI™ CONNECTOR High Speed HDMI™ Cable with Ethernet V 1.3

HIGH SPEED with ETHERNET

Code # 2m 3m 5m 7m 10 m

FO-HDMI-AR002 FO-HDMI-AR003 FO-HDMI-AR005 FO-HDMI-AR007 FO-HDMI-AR010

OVERVIEW

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fiberoptıc systems®

STRUCTURE

A) CONDUCTOR: 7 Strands/0.10mm OFC Bare Copper Wire Stranded B) INSULATION: 0.55 / 0. 12mm HDPE C) INSULATION: 0.80/0.25mm Foam PE + SKIN D) DRAIN WIRE: 7 Strands/0.10mm OFC Bare Copper Wire Stranded E) CONDUCTOR: 7 Strands/0.10mm. Bare Copper Wire Stranded F) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping

H) DRAIN WIRE: 7 Strands / 0.10mm OFC Bare Copper Wire Stranded I) BRAID SHELD: AL Wire Stranded, 55% Coverage J) SHIELDING: AL Mylar Spirally Wrapped, 100% Coverage With 25% Over lapping K) JACKET: 6.5/0.40mm PVC Silver

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ADVANTAGES

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»»

FEATURES

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APPLICATIONS

fiberoptıc systems®

Connecting high-definition A/V devices such as Blu-Ray Disc™ players, HDTVs, DVD Players, DVRs, game consoles, projectors etc.

fiberoptıc systems®

2x HDMI® Male Connectors Gold-plated HDMI connectors High quality construction Supports Resolutions up to 4k x 2k

Technical Specifications Warranty Information Warranty : Lifetime Hardware Cable Jacket Type Cable Shield Type Connector Plating

: PVC - (Polyvinyl Chloride) / LSZH (Low Smoke Zero Halogen) : Aluminum-Mylar Foil with Braid : Gold

Connector(s) Connector A Connector B

: 1 - HDMI (19 pin) Male : 1 - HDMI (19 pin) Male

Physical Characteristics Cable Length Color Connector Style Product Length Product Weight Wire Gauge Version Datarate Bandwidth Resolution Color depth Color support Audio sampling frequence

: 2 m / 3m / 5m / 7m / 10m / 15m / 20m : Black : Straight : 2 m / 3m / 5m / 7m / 10m / 15m / 20m : 0.1 kg : 28 AWG : HDMI 1.3 : 10.2 Gbps : 340 MHz : 1080p+ : 36/48 Bit : 16,7 Million : 192Khz 171

fiberoptıc systems®

AV USB NETWORK CABLE High and Full Speed USB 2.0 Network Cable

Code # 2m 3m 5m 7m 10 m

OVERVIEW

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FO-USB-002 FO-USB-003 FO-USB-005 FO-USB-007 FO-USB-010

fiberoptıc systems®

Connector: Gold/Nickel/Copper plated many colors for optional. Supports plug play connections for devices such as external hard drives, modems. Printers, scanners, VoIP devices other USB peripherals. Grade/Rating/Specifics: 24K Gold Plated Corrosion-ProofConnectors, 20 AWG high performance power wires Fully rated USB 480Mbps speed for USB 2.0 Supports plug & play connections for devices such as external hard drives, modems, printers, scanners, VoIP devices & other USB peripherals

FEATURES

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Application : LAN Cable Conductor Material : Copper Type : USB 2.0 LAN Cable Cover Material : PVC / LSZH Certification : RoHS Jacket : PVC / LSZH Feature : up to 480 Mbps Feature2 : Mbps Speed for USB 2.0 172

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fiberoptıc systems®

AV USB NETWORK CABLE High and Full Speed USB 2.0 Network Cable

Code # 2m 3m 5m 7m 10 m

FO-USB-A002 FO-USB-A003 FO-USB-A005 FO-USB-A007 FO-USB-A010

OVERVIEW

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fiberoptıc systems®

FEATURES

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Application : LAN Cable Conductor Material : Copper Type : USB 2.0 LAN Cable Cover Material : PVC Certification : RoHS Jacket : PVC Feature : up to 480 Mbps Feature2 : Mbps Speed for USB 2.0 174

fiberoptıc systems®

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USB NETWORK CABLE High and Full Speed USB 2.0 Network Cable

Code # 2m 3m 5m 7m 10 m

FO-USB-AR002 FO-USB-AR003 FO-USB-AR005 FO-USB-AR007 FO-USB-AR010

OVERVIEW

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fiberoptıc systems®

FEATURES

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Application : LAN Cable Conductor Material : Copper Type : USB 2.0 LAN Cable Cover Material : PVC Certification : RoHS Jacket : PVC Feature : up to 480 Mbps Feature2 : Mbps Speed for USB 2.0

fiberoptıc systems®

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FIBER OPTIC ATTENUATORS

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ATTENUATORS ATTENUATORS

ATTENUATORS TTAF Electronic offers high quality build-out attenuators ranging from 1 to 30dB.Each attenuator is made with continuous light-absorbing and metal-ion doped fiber which offers excellent environmental stability and low back reflection. The front of the attenuator is a male plug connector style that allows the attenuators to be plugged directly into receiver equipment or adaptors in patch panel. The rear is a female socket adaptor that allows a patch cord

FEATURES

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to be mated into the back of the attenuator. The attenuator is available in SC, FC, ST, LC, and MU type.In a fiber optic system, build out attenuators play an important role in controlling optical power levels in Telecommunications, CATV applications and other single mode fiber optic communications applications. As such, they must offer consistent performance over a range of operating conditions so attenuation levels remain constant and predictable.

APPLICATION

fiberoptıc systems®

Polarization insensitive Compact plug style design easily fits into existing patch panels Available in 1 dB through 30 dB attenuation values Low back reflection Wide wavelength range Designed to meet Telcordia requirements

ATTENUATOR SPECIFICATIONS

Back Reflection/Return Loss

Super polish : ≤-45 dB Ultra polish : ≤-55 dB Angle polish : ≤-65 dB

Operating Wavelengths

1310/1550nm (Center Wavelength)

Operating Bandpass

1260 to 1360nm and 1430 to 1580nm

Attenuation Level

1-9dB (±0.5dB);10-20dB (±5%)

Attenuation Tolerance

±0.5dB (1-9dB): 5±% (10-20dB)

Polarization Dependent Loss

≤0.5dB

Operating Temperature

-20⁰c ~70⁰c

Storage Temperature

-40⁰c ~80⁰c

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Instrumentation Telecom central office Telecommunication networks CATV head-end, LAN networks Data communications networks Test and Measurement Channel balancing for WDM systems Optical transmission systems Fiber optical distributing frame Fiber optical network system

fiberoptıc systems®

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SC/PC

X dB ATTENUATOR

Art No FO-0702MP4X

SC/APC

X dB ATTENUATOR

Art No FO-0702MA4X

FC/PC

X dB ATTENUATOR

Art No FO-0703MP4X

FC/APC

X dB ATTENUATOR

Art No FO-0703MA4X

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ATTENUATORS FIBER OPTIC ATTENUATORS UL 94 V-0

Optical Attenuators

An optical attenuator is a device used to reduce the power level of an optical signal. They are with ceramic ferrules and there are various types to fit different kinds of fiber optic connectors. Fiber optic attenuator has been divided into Multimode and Single-mode. TTAF offers all types of single-mode and multimode fiber optic attenuators, for example: FC/PC, FC/APC, SC/PC, SC/APC, LC/PC, LC/APC, ST, MU, E2000, Fixed Adaptor Type Attenuators, Fixed In Line Type Attenuators, etc. all are available.

X dB ATTENUATOR

Art No FO-0701MP4X

LC/PC

X dB ATTENUATOR

Art No FO-0704PP1X

MU/PC

X dB ATTENUATOR

Art No FO-0708PP6X

MU/PC

X dB ATTENUATOR

Art No FO-0708MP4X

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High quality

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SPLITTERS

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SPLITTERS SPLITTERS

SPLITTERS TTAF couplers and splitters utilize precision technology to combine or distribute light from single/multiple inputs to single/multiple outputs. Most couplers and splitters are designed bi-directionally, enabling the same product to be used as a coupler or a splitter.

Multiple port configuration, connector, and polish options make TTAF couplers and splitters an ideal option for specific requirements and allow for seamless integration into existing systems. TTAF provides a all range of 1xN and 2xN plc splitters. They are available in the flexible form of 1U 19’’ rackmountable box, and come with Fan-out kits and terminated, the type of blockless with terminated or unterminated ends and small plastic ABS box for outdoor use and Standard LGX metal box. Our plc splitter products is guaranteed to high quality and best price. We can customize Planar Lightwave Circuit Splitter (plc splitter) to fit your specific requirements.

TTAF couplers and splitters are available in a variety of styles, sizes, split values, and wavelength specifications, allowing a high degree of flexibility in tailoring the product to suit your precise requirements and application. Highly definable coupling rations enable the product to serve precise needs.

FEATURES

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APPLICATION

fiberoptıc systems®

Optical performance 100% factory tested UPC, and APC polish types available for connectorized products Low Insertion Loss, Back Reflection and PDL Telcordia GR-CORE 1221 certified Operating Window 1260~1650nm Polarization Stability (dB) ≤ 0.50dB Port Configuration 1X2,1x4, 1x8, 1x16, 1x32,1x64 2X2,2X4,2X8,2X16,2X32,2X64 Back Reflection (dB) ≤ -55 UPC ≤ -65 APC Operating Temperature (°C) -20~+70 Storage Temperature (°C) -40~+85 Low excess loss Low PDL Hing directivity Long haul reliability Customer defined specifications

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Fiber to the home (FTTH) Local loop Passive optical networks (PON) Fiber communication systems Fiber optic test equipment Fiber optic sensing Local area networks (LAN) Fiber in the loop Local area network CATV Fiber optic sensing Test instruments

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SPECIFICATIONS fiberoptıc systems®

PARAMETERS Fiber Type Operationg wavelength(nm) Insertıon Loss(dB) Loss Uniformity(dB) Return Loss(dB) PDL(dB) Directivity(dB) Wavelength Dependent loss(dB) Temperature Stability (-40~ 85ºC)(dB) Operating Temperature(ºC) Storage Temperature(ºC) Packaging Size Steel Pipe (L*W*H) (mm) ABS box

1X2

Max(P/A) Max Max(P/A) Max Min Max Max

3.8/4.0 0.6 50/55 0.2 55 0.5 0.5

1X4 1X8 1X16 SMF-28e or customer specified 1260-1675(1675 nm will be higher about 0.1 bB) 7.2/7.4 10.5/10.7 13.5/13.7 0.6 0.8 1.2 50/55 50/55 50/55 0.2 0.3 0.3 55 55 55 0.5 0.5 0.8 0.5 0.5 0.8

1X32

1X64

16.5/16.9 1.7 50/55 0.3 55 0.8 0.8

21.0 2.5 50 0.4 55 0.8 1

40 ~85 40 ~85 Bare Fiber 0.9 Loose Tube 0.9 Loose Tube 2.0/3.0 Loose Tube

40*4*4 40*4*4 90*20*10 90*20*10

2X2

Max Max Min Max Min Max Max

4.0 0.8 50 0.2 55 0.6 0.6

40*4*4 50*7*4 100*80*10 100*80*10

2X4 2X8 SMF-28e or customer specified 1260-1675(1675 nm will be higher about 0.1 bB) 7.6 11.0 1.5 1.5 50 50 0.2 0.4 55 55 0.6 0.6 0.6 0.6

50*7*4 50*7*4 60*12*4 80*20*6 120*80*18 120*80*18 120*80*18/140*115*18

60*12*4 / 140*115*18 /

2X16

2X32

2X64

14.5 2.0 50 0.4 55 0.8 0.8

17.5 2.5 50 0.4 55 1 1

21.5 2.5 50 0.4 55 1 1

40 ~85 40 ~85 Bare Fiber 0.9 Loose Tube 0.9 Loose Tube 2.0/3.0 Loose Tube

40*4*4 40*4*4 90*20*10 90*20*10

40*4*4 50*7*4 100*80*10 100*80*10

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50*7*4 50*7*4 60*12*4 80*20*6 120*80*18 120*80*18 120*80*18/140*115*18

60*12*4 / 140*115*18 /

fiberoptıc systems®

SPLITTERS

FEATURES

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fiberoptıc systems®

Up to 12 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 485mm x (d): 230mm x (h): 44,50mm

Weigth

Approx 3,20 kg

Fiber Capacity

2CH-16CH

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

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SPLITTER BOXES RACK TYPE SPLITTER BOXES

1U 1*2 PLC SC/PC

Splitter Box

Art No FO-0211121A01

1U 1*4 PLC SC/PC

Splitter Box

Art No FO-0211141A01

1U 1*6 PLC SC/PC

Splitter Box

Art No FO-0211161A01

1U 1*8 PLC SC/PC

Splitter Box

Art No FO-0211181A01

1U 1*2 PLC SC/APC

Splitter Box

Art No FO-0211121A02 187

fiberopt覺c systems簧

SPLITTERS SPLITTER BOXES RACK TYPE SPLITTER BOXES

1U 1*4 PLC SC/APC

Splitter Box

Art No FO-0211141A02

1U 1*8 PLC SC/APC

Splitter Box

Art No FO-0211181A02

1U 1*4 PLC LC/PC

Splitter Box

Art No FO-0211141A03

1U 1*8 PLC LC/PC Art No FO-0211181A03

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Splitter Box

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fiberoptıc systems®

SPLITTERS

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 220mm x (d): 265mm x (h): 44,5mm

Weigth

Approx 1,90 kg

Fiber Capacity

2CH-16CH

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

190

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SPLITTER BOXES RACK TYPE SPLITTER BOXES WITH ORGANIZER

1U 1*2 PLC SC/PC

Splitter Box with Organizer

Art No FO-0212121A01

1U 1*3 PLC SC/PC

Splitter Box with Organizer

Art No FO-0212131A01

1U 1*4 PLC SC/PC

Splitter Box with Organizer

Art No FO-0212141A01

1U 1*6 PLC SC/PC

Splitter Box with Organizer

Art No FO-0212161A01

1U 1*8 PLC SC/PC

Splitter Box with Organizer

Art No FO-0212181A01 191

fiberopt覺c systems簧

SPLITTERS

1U 1*2 PLC SC/APC

Splitter Box with Organizer

Art No FO-0212121A02

1U 1*3 PLC SC/APC

Splitter Box with Organizer

Art No FO-0212131A02

1U 1*4 PLC SC/APC

Splitter Box with Organizer

Art No FO-0212141A02

1U 1*6 PLC SC/APC

Splitter Box with Organizer

Art No FO-0212161A02

1U 1*8 PLC SC/APC Art No FO-0212181A02 192

Splitter Box with Organizer

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SPLITTER BOXES RACK TYPE SPLITTER BOXES WITH ORGANIZER

1U 1*4 PLC LC/PC

Splitter Box with Organizer

Art No FO-0212141A03

1U 1*6 PLC LC/PC

Splitter Box with Organizer

Art No FO-0212161A03

1U 1*8 PLC LC/PC

Splitter Box with Organizer

Art No FO-0212181A03

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fiberoptıc systems®

SPLITTERS

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 485mm x (d): 265mm x (h): 175mm

Weight

Approx 3,30 kg

Fiber Capacity

2CH-32CH

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

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SPLITTER BOXES RACK TYPE SPLITTER BOXES WITH ORGANIZER

4U 1*2 PLC SC/PC

Splitter Box with Organizer

Art No FO-0213121A01

4U 1*4 PLC SC/PC

Splitter Box with Organizer

Art No FO-0213141A01

4U 1*6 PLC SC/PC

Splitter Box with Organizer

Art No FO-0213161A01

4U 1*8 PLC SC/PC

Splitter Box with Organizer

Art No FO-0213181A01

4U 1*2 PLC SC/APC

Splitter Box with Organizer

Art No FO-0213121A02 195

fiberopt覺c systems簧

SPLITTERS SPLITTER BOXES RACK TYPE SPLITTER BOXES WITH ORGANIZER

4U 1*4 PLC SC/APC

Splitter Box with Organizer

Art No FO-0213141A02

4U 1*6 PLC SC/APC

Splitter Box with Organizer

Art No FO-0213161A02

4U 1*8 PLC SC/APC

Splitter Box with Organizer

Art No FO-0213181A02

4U 1*4 PLC LC/PC

Splitter Box with Organizer

Art No FO-0213141A03

4U 1*8 PLC LC/PC Art No FO-0213181A03 196

Splitter Box with Organizer

ttaf.com.tr |

197

fiberopt覺c systems簧

198

ttaf.com.tr |

PATCHPANELS

10.1

1U Rack Type (Unloaded)

199

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITHOUT RAIL TYPE

The TTAF Fiber Optic Termination Boxes are used to terminate and distribute optical fiber cables, termination box is ranging from 12 ports to 216 ports. They are convenient equipment to organize and connect the fiber optic links. It is suitable for the use in telecommunication network, central office optical

• • • »» »» »» »»

WO RAIL

cable system and premise fiber network. Each fiber optic termination box is fully loaded with adaptors, splice trays and accessories and is ready for installation.TTAF supplies various kinds of sliding type fiber optic patch panels with different optical adapter interface.

FEATURES

• • • • • •

19” 12 PORT

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm

Weigth

Approx 2,10 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035 Grey

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

200

fiberoptıc systems®

ttaf.com.tr |

1U 19’’ 12 Port ST SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A01

1U 19’’ 12 Port SC SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A02

1U 19’’ 12 Port SC DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A03

1U 19’’ 12 Port FC(d) SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A04 201

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITHOUT RAIL TYPE

1U 19’’ 12 Port LC DX

19” 12 PORT

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-PP-1U-LC-DX-12

1U 19’’ 12 Port LC QX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A08

1U 19’’ 12 Port E2000 SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A09

1U 19’’ 12 Port MTRJ DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111111A11

1U 19’’ 12 Port MU DX Art No FO-0111111A12 202

Sliding (Without Rail) Rack Type Patchpanel

WO RAIL

ttaf.com.tr |

203

fiberoptıc systems®

PATCHPANELS 1U

19” 12 PORT

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

MODULE

FEATURES

• • • • • • • • • • »» »» »»

W RAIL

fiberoptıc systems®

Modular front panel and adapter holdes Angle direction can be changed left to right or mixed Includes center element management holder 1U-2U models are available Up to 12 fo connections with 6 pack adapter structure Compatible with screwed adapters and lock type adapters Can be rear or front mounted by arranging the brackets Provides eyes protection With rail & plastic module mounted Can be supplied with Pigtails Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h):44.50mm(1U)

Weight

Approx 2,40 kg

Fiber Capacity

0-48 port

Adaptor Type

SC(SX), SC(DX), LC(DX), LC(QX), E2000(SX), MU(DX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

204

ttaf.com.tr |

1U 19’’ 12 Port SC SX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111212A02

1U 19’’ 12 Port SC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111212A03

1U 19’’ 12 Port LC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111212A07

1U 19’’ 12 Port LC QX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111212A08 205

fiberoptıc systems®

PATCHPANELS 1U

19” 12 PORT

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITH TELESCOPIC RAIL & METAL MODULE TYPE

MODULE

FEATURES

• • • • • • • • • »» »» »»

W RAIL

fiberoptıc systems®

Modular front panel and adapter holdes Includes center element management holder 1U-2U models are available Up to 12 fo connections with 6 pack adapter structure Compatible with screwed adapters and lock type adapters Can be rear or front mounted by arranging the brackets Provides eyes protection With rail& metal module mounted Can be supplied with Pigtails Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 260mm x (h):44.50mm(1U)

Weight

Approx 4,80 kg

Fiber Capacity

0-48 port

Adaptor Type

SC(SX),SC(DX),LC(DX),LC(QX),E2000(SX),MU(DX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

206

ttaf.com.tr |

1U 19’’ 12 Port SC DX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0111213A03

1U 19’’ 12 Port LC QX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0111213A08

207

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES ODF BOXES 19’’ 1U 64 PORT ROTATABLE TRAY TYPE

19” 64 PORT

FEATURES

• • • • • • • • • •

R-TRAY

fiberoptıc systems®

Possible cable entry from left or right Adaptor holder positions can be changed Tray rotation is possible from left side or right side All fixations are included 19” Rack mounted 1U height righ or left pivoting Up to 48-128 FO angled connection Minimum movement occurs when closing the tray Spliced fibers are located in secure position Cables can be run either in or out from bath sides of the unit You can apply SC(SX)/SC(DX)/LC(DX)/LC(QX)/E2000(SX)/MU(DX) TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 270mm x (h):44.50mm(1U)

Weight

Approx 4,00 kg

Fiber Capacity

0-128 port

Adaptor Type

SC(SX)/SC(DX)/LC(SX)/LC(DX)/LC(QX)/MU(DX)/E2000(SX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

208

ttaf.com.tr |

1U 19’’ 48 Port SC SX

Swing Rack Type Patchpanel

Art No FO-0111333A02

1U 19’’ 64 Port SC DX

Swing Rack Type Patchpanel

Art No FO-0111343A03

1U 19’’ 96 Port LC DX

Swing Rack Type Patchpanel

Art No FO-0111363A07

1U 19’’ 128 Port LC QX

Swing Rack Type Patchpanel

Art No FO-0111373A08

1U 19’’ 48 Port E2000 SX Swing Rack Type Patchpanel Art No FO-0111333A09 209

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITHOUT RAIL TYPE

19” 24 PORT

FEATURES

• • • • • • • • »» »» »»

WO RAIL

fiberoptıc systems®

Up to 24 Fo connections Avaible to suit ony adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Can be supplied with Pigtail Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm(1U)

Weight

Approx 2,10 kg

Fiber Capacity

0-48 port

Adaptor Type

ST,FC,SC,LC,E2000,MTRJ,MU

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

210

fiberoptıc systems®

ttaf.com.tr |

1U 19’’ 24 Port ST SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A01

1U 19’’ 24 Port SC SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A02

1U 19’’ 24 Port SC DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A03

1U 19’’ 24 Port FC(d) SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A04

1U 19’’ 24 Port FC(s) SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A05 211

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITHOUT RAIL TYPE

1U 19’’ 24 Port LC DX

19” 24 PORT

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A07

1U 19’’ 24 Port LC QX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A08

1U 19’’ 24 Port E2000 SX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A09

1U 19’’ 24 Port MTRJ DX Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111121A11

1U 19’’ 24 Port MU DX Art No FO-0111121A12 212

Sliding (Without Rail) Rack Type Patchpanel

WO RAIL

ttaf.com.tr |

213

fiberoptıc systems®

PATCHPANELS 1U

19” 24 PORT

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

MODULE

FEATURES

• • • • • • • • • • »» »» »»

W RAIL

fiberoptıc systems®

Modular front panel and adapter holdes Angle direction can be changed left to right or mixed Includes center element management holder 1U-2U models are available Up to 24-48 fo connections with 6 pack adapter structure Compatible with screwed adapters and lock type adapters Can be rear or front mounted by arranging the brackets Provides eyes protection With rail & plastic module mounted Can be supplied with Pigtails Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 270mm x (h):44.50mm(1U)

Weight

Approx 2,40 kg

Fiber Capacity

0-48 port

Adaptor Type

SC(SX),SC(DX),LC(DX),LC(QX),E2000(SX),MU(DX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

214

ttaf.com.tr |

1U 19’’ 24 Port SC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111222A03

1U 19’’ 24 Port LC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111222A07

1U 19’’ 48 Port LC QX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0111232A08

215

fiberoptıc systems®

PATCHPANELS 1U

19” 24 PORT

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITH TELESCOPIC RAIL & METAL MODULE TYPE

MODULE

FEATURES

• • • • • • • • • »» »» »»

W RAIL

fiberoptıc systems®

Modular front panel and adapter holdes Includes center element management holder 1U-2U models are available Up to 24-48 fo connections with 6 pack adapter structure Compatible with screwed adapters and lock type adapters Can be rear or front mounted by arranging the brackets Provides eyes protection With rail& metal module mounted Can be supplied with Pigtails Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 260mm x (h):44.50mm(1U)

Weight

Approx 4,80 kg

Fiber Capacity

0-48 port

Adaptor Type

SC(SX),SC(DX),LC(DX),LC(QX),E2000(SX),MU(DX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

216

ttaf.com.tr |

1U 19’’ 24 Port SC DX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0111223A03

1U 19’’ 48 Port LC QX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0111233A08

217

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 48 PORT SLIDING WITHOUT RAIL TYPE

• • »» »» »»

WO RAIL

FEATURES

• • • • • •

19” 48 PORT

fiberoptıc systems®

Up to 48-96 Fo connections Avaible to suit ony adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for vaing lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be costom denign Can be supplied with Pigtail Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm(1U)

Weight

Approx 2,10 kg

Fiber Capacity

0-96 port

Adaptor Type

SC(DX),LC(DX),MTRJ,MU(DX)

Color

Ral9005 Black , Ral7035

Mounting

19’’ / 21’’ Rack Type

Material

Mild Steel

218

fiberoptıc systems®

ttaf.com.tr |

1U 19’’ 48 Port SC DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111131A03

1U 19’’ 48 Port LC DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111131A07

1U 19’’ 96 Port LC QX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111161A08

1U 19’’ 48 Port MTRJ DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111131A11

1U 19’’ 48 Port MU DX

Sliding (Without Rail) Rack Type Patchpanel

Art No FO-0111131A12 219

fiberopt覺c systems簧

220

ttaf.com.tr |

PATCHPANELS

10.2

1U Rack Type (Loaded)

221

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm

Weigth

Approx 2,50 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

222

ttaf.com.tr |

19” PORT 12

RAIL

STANDART SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITHOUT RAIL TYPE

FULL

LOADED

1U 19’’ 12 Port ST/PC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111111A01-C

1U 19’’ 12 Port ST/PC SM SX

FULL

Sliding (Without Rail) Rack Type Patchpanel (Full)

LOADED

Art No FO-0111111A01-C

1U 19’’ 12 Port ST/PC MM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111111A01-A

FULL

1U 19’’ 12 Port SC/PC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

LOADED

Art No FO-0111111A02-C

FULL

1U 19’’ 12 Port SC/APC SM SX

LOADED

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111111A02-E 223

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITHOUT RAIL TYPE

FULL

LOADED

19” 12 PORT

WO RAIL

1U 19’’ 12 Port SC/PC MM SX Sliding (Without Rail)

Rack Type Patchpanel (Full)

Art No FO-0111111A02-A

FULL

LOADED

1U 19’’ 12 Port SC/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111111A03-C

FULL

LOADED

1U 19’’ 12 Port SC/APC SM DX Sliding (Without Rail)

Rack Type Patchpanel (Full)

Art No FO-0111111A03-E

FULL

LOADED

1U 19’’ 12 Port SC/PC MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111111A03-A

FULL

LOADED

1U 19’’12 Port FC/PC(d) MM SX Art No FO-0111111A04-A 224

Sliding (Without Rail) Rack Type Patchpanel (Full)

ttaf.com.tr |

19” 12 PORT

WO RAIL

1U 19’’ 12 Port FC/PC(d) SM SX

STANDART SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITHOUT RAIL TYPE

Sliding (Without Rail) Rack Type Patchpanel (Full)

FULL

Sliding (Without Rail) Rack Type Patchpanel (Full)

FULL

Sliding (Without Rail) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111111A04-C

1U 19’’ 12 Port LC/PC SM DX

LOADED

Art No FO-0111111A07-C

1U 19’’ 12 Port LC/PC MM DX

LOADED

Art No FO-0111111A07-A

1U 19’’ 12 Port MTRJ MM DX Sliding (Without Rail)

FULL

LOADED

Rack Type Patchpanel (Full)

Art No FO-0111111A11-A

1U 19’’ 12 Port MU/PC SM DX

FULL

Sliding (Without Rail) Rack Type Patchpanel (Full)

LOADED

Art No FO-0111111A12-C

1U 19’’ 12 Port E2000/APC SM SX

FULL

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111111A09-E 225

LOADED

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h):44.50mm

Weigth

Approx 2,80 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

226

ttaf.com.tr |

19” PORT 12

RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FULL

LOADED

1U 19’’ 12 Port SC/PC SM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A02-C

1U 19’’ 12 Port SC/APC SM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111212A02-E

1U 19’’ 12 Port SC/PC MM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111212A02-A

1U 19’’ 12 Port SC/PC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111212A03-C

1U 19’’ 12 Port SC/APC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A03-E 227

FULL

LOADED

fiberoptıc systems®

PATCHPANELS 1U

19” 12 PORT

W RAIL

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FULL

LOADED

1U 19’’ 12 Port SC/PC MM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A03-A

FULL

LOADED

1U 19’’ 12 Port LC/PC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A07-C

FULL

LOADED

1U 19’’ 12 Port LC/PC MM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A07-A

FULL

LOADED

1U 19’’ 12 Port LC/PC SM QX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111212A08-C

FULL

LOADED

1U 19’’ 12 Port E2000/APC SM SX Art No FO-0111212A09-E 228

MODULE

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

ttaf.com.tr |

229

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 260mm x (h):44.50mm

Weigth

Approx 5,10 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

230

ttaf.com.tr |

19” 12 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 12 PORT SLIDING WITH TELESCOPIC RAIL & METAL MODULE TYPE

FULL

1U 19’’12 Port SC/PC SM DX

LOADED

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0111213A03-C

1U 19’’ 12 Port SC/APC SM DX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

FULL

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111213A03-E

1U 19’’ 12 Port SC/PC MM DX

LOADED

Art No FO-0111213A03-A

1U 19’’ 12 Port LC/PC SM QX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0111213A08-C

231

FULL

LOADED

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Up to 48-128 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 270mm x (h):44.50mm

Weigth

Approx 5,70 kg

Fiber Capacity

0-128 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

232

ttaf.com.tr |

19” 64 PORT

EXCLUSIVE SERIES ODF BOXES 19’’ 1U 64 PORT ROTATABLE TRAY TYPE

R-TRAY

FULL

LOADED

1U 19’’ 48 Port SC/PC SM SX

Swing Rack Type Patchpanel (Full)

Art No FO-0111333A02-C

FULL

LOADED

1U 19’’ 48 Port SC/APC SM SX

Swing Rack Type Patchpanel (Full)

Art No FO-0111333A02-E

FULL

LOADED

1U 19’’ 48 Port SC/PC MM SX

Swing Rack Type Patchpanel (Full)

Art No FO-0111333A02-A

FULL

LOADED

1U 19’’ 64 Port SC/PC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0111343A03-C

FULL

LOADED

1U 19’’ 64 Port SC/APC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0111343A03-E 233

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES ODF BOXES 19’’ 1U 64 PORT ROTATABLE TRAY TYPE

FULL

LOADED

1U 19’’ 64 Port SC/PC MM DX

19” 64 PORT

Swing Rack Type Patchpanel (Full)

Art No FO-0111343A03-A

FULL

LOADED

1U 19’’ 96 Port LC/PC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0111363A07-C

FULL

LOADED

1U 19’’ 96 Port LC/PC MM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0111363A07-A

FULL

LOADED

1U 19’’ 128 Port LC/PC SM QX Art No FO/0111373A08-C

234

Swing Rack Type Patchpanel (Full)

R-TRAY

ttaf.com.tr |

235

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Fiber Optic Splice Connecting Kit (12 Ports) TTAF Code: FO-EA-12

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm

Weigth

Approx 2,95 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

236

ttaf.com.tr |

19” 24 PORT

WO RAIL

STANDART SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITHOUT RAIL TYPE

FULL

LOADED

1U 19’’ 24 Port ST/PC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A01-C

FULL

LOADED

1U 19’’ 24 Port ST/PC MM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A01-A

FULL

LOADED

1U 19’’ 24 Port SC/PC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A02-C

FULL

LOADED

1U 19’’ 24 Port SC/APC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A02-E

FULL

LOADED

1U 19’’ 24 Port SC/PC MM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A02-A 237

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITHOUT RAIL TYPE

19” 24 PORT

WO RAIL

FULL

LOADED

1U 19’’ 24 Port SC/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A03-C

FULL

LOADED

1U 19’’ 24 Port SC/APC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A03-E

FULL

LOADED

1U 19’’ 24 Port SC/PC MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A03-A

FULL

LOADED

1U 19’’ 24 Port FC/PC (d) MM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A04-A

FULL

LOADED

1U 19’’24 Port FC/PC (d) SM SX Art No FO-0111121A04-C 238

Sliding (Without Rail) Rack Type Patchpanel (Full)

ttaf.com.tr |

19” 24 PORT

WO RAIL

STANDART SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITHOUT RAIL TYPE FULL

LOADED

1U 19’’ 24 Port LC/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A07-C

FULL

LOADED

1U 19’’ 24 Port LC/PC MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A07-A

FULL

LOADED

1U 19’’ 24 Port LC/PC SM QX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A08-C

FULL

LOADED

1U 19’’ 24 Port MTRJ MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A11-A

FULL

LOADED

1U 19’’ 24 Port MU/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A12-C

FULL

LOADED

1U 19’’ 24 Port E2000/APC SM SX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111121A09-E 239

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Up to 24-48 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 270mm x (h):44.50mm

Weigth

Approx 3,70 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

240

ttaf.com.tr |

19” 24 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FULL

LOADED

1U 19’’ 24 Port SC/PC SM

DX Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111222A03-C

FULL

LOADED

1U 19’’ 24 Port SC/APC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111222A03-E

FULL

LOADED

1U 19’’ 24 Port SC/PC MM DX Sliding (With Rail&P.M)

Rack Type Patchpanel (Full)

Art No FO-0111222A03-A

FULL

LOADED

1U 19’’ 24 Port LC/PC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111222A07-C

FULL

LOADED

1U 19’’ 24 Port LC/PC MM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111222A07-A

FULL

LOADED

1U 19’’ 48 Port LC/PC SM QX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0111232A08-C 241

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 260mm x (h):44.50mm

Weigth

Approx 5,50 kg

Fiber Capacity

0-48 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

242

ttaf.com.tr |

19” 24 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 1U 24 PORT SLIDING WITH TELESCOPIC RAIL & METAL MODULE TYPE

FULL

LOADED

1U 19’’ 24 Port SC/PC SM DX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0111223A03-C

FULL

LOADED

1U 19’’ 24 Port SC/APC SM DX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0111223A03-E

1U 19’’ 24 Port SC/PC MM DX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0111223A03-A

FULL

LOADED

1U 19’’ 48 Port LC/PC SM QX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0111233A08-C

243

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Up to 48-96 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 225mm x (h):44.50mm

Weigth

Approx 3,10 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

244

ttaf.com.tr |

19” 48 PORT

WO RAIL

STANDART SERIES TERMINATION BOXES 19” 1U 48 PORT SLIDING WITHOUT RAIL TYPE

FULL

LOADED

1U 19’’ 48 Port SC/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111131A03-C

FULL

LOADED

1U 19’’ 48 Port SC/APC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111131A03-E

FULL

LOADED

1U 19’’ 48 Port SC/PC MM DX Sliding (Without Rail)

Rack Type Patchpanel (Full)

Art No FO-0111131A03-A

FULL

LOADED

1U 19’’ 48 Port LC/PC SM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111131A07-C

FULL

LOADED

1U 19’’ 48 Port LC/PC MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111131A07-A 245

fiberoptıc systems®

PATCHPANELS STANDART SERIES TERMINATION BOXES 19” 1U 48 PORT SLIDING WITHOUT RAIL TYPE

19” 48 PORT

WO RAIL

FULL

LOADED

1U 19’’ 96 Port LC/PC SM QX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111161A08-C

FULL

LOADED

1U 19’’ 48 Port MTRJ MM DX

Sliding (Without Rail) Rack Type Patchpanel (Full)

Art No FO-0111131A11-A

FULL

LOADED

1U 19’’ 48 Port MU/PC SM DX Art No FO-0111131A12-C

246

Sliding (Without Rail) Rack Type Patchpanel (Full)

ttaf.com.tr |

247

fiberopt覺c systems簧

248

ttaf.com.tr |

PATCHPANELS

10.3

2U Rack Type (Unloaded)

249

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITHOUT RAIL PLASTIC MODULE TYPE

19” 48 PORT

• • • »» »» »»

MODULE

FEATURES

• • • • • •

WO RAIL

fiberoptıc systems®

Up to 24-96 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h): 90mm

Weigth

Approx 3,85 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

250

fiberoptıc systems®

ttaf.com.tr |

2U 19’’ 24 Port SC SX

Sliding (Without Rail&P.M) Rack Type Patchpanel

Art No FO-0112122A02

2U 19’’ 48 Port SC DX

Sliding (Without Rail&P.M) Rack Type Patchpanel

Art No FO-0112132A03

2U 19’’ 48 Port LC DX

Sliding (Without Rail&P.M) Rack Type Patchpanel

Art No FO-0112132A07

2U 19’’ 96 Port LC QX

Sliding (Without Rail&P.M) Rack Type Patchpanel

Art No FO-0112162A08

2U 19’’ 24 Port E2000 SX

Sliding (Without Rail&P.M) Rack Type Patchpanel

Art No FO-0112122A09 251

fiberoptıc systems®

PATCHPANELS 2U

19” 48 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h):90mm

Weigth

Approx 3,90 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

252

fiberoptıc systems®

ttaf.com.tr |

2U 19’’ 24 Port SC SX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0112222A02

2U 19’’ 48 Port SC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0112232A03

2U 19’’ 48 Port LC DX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0112232A07

2U 19’’ 96 Port LC QX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0112262A08

2U 19’’ 24 Port E2000 SX

Sliding (With Rail&P.M) Rack Type Patchpanel

Art No FO-0112222A09 253

fiberoptıc systems®

PATCHPANELS 2U

19” 48 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL (METAL MODULE) TYPE

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 250mm x (h): 90mm

Weigth

Approx 5,55 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

254

fiberoptıc systems®

ttaf.com.tr |

2U 19’’ 48 Port SC DX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0112233A03

2U 19’’ 96 Port LC QX

Sliding (With Rail&M.M) Rack Type Patchpanel

Art No FO-0112263A08

255

fiberoptıc systems®

PATCHPANELS 2U

19” 128 PORT

R-TRAY

EXCLUSIVE SERIES ODF BOXES 19” 2U 128 PORT ROTATABLE TRAY TYPE

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

Up to 64-128 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

Size (w:19'',h:1U)

(w):485mm x (d): 270mm x (h): 90mm

Weigth

Approx 4,70 kg

Fiber Capacity

0-128 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

256

fiberoptıc systems®

ttaf.com.tr |

2U 19’’ 64 Port SC SX

Swing Rack Type Patchpanel

Art No FO-0112343A02

2U 19’’ 128 Port SC DX

Swing Rack Type Patchpanel

Art No FO-0112373A03

2U 19’’ 128 Port LC DX

Swing Rack Type Patchpanel

Art No FO-0112373A07

2U 19’’ 128 Port LC QX

Swing Rack Type Patchpanel

Art No FO-0112373A08

2U 19’’ 64 Port E2000 SX

Swing Rack Type Patchpanel

Art No FO-0112343A09 257

fiberopt覺c systems簧

258

ttaf.com.tr |

PATCHPANELS

10.4

2U Rack Type (Loaded)

259

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h): 90mm

Weigth

Approx 3,60 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

260

ttaf.com.tr |

19” 48 PORT

WO RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITHOUT RAIL & PLASTIC MODULE TYPE

FULL

LOADED

2U 19’’ 24 Port SC/PC SM SX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112122A02-C

2U 19’’ 24 Port SC/APC SM SX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

FULL

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

FULL

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0112122A02-E

2U 19’’ 24 Port SC/PC MM SX

LOADED

Art No FO-0112122A02-A

2U 19’’ 48 Port SC/PC SM DX

LOADED

Art No FO-0112132A03-C

2U 19’’ 48 Port SC/APC SM DX

FULL

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112132A03-E 261

LOADED

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITHOUT RAIL & PLASTIC MODULE TYPE

FULL

LOADED

2U 19’’ 48 Port SC/PC MM DX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112132A03-A

FULL

LOADED

2U 19’’ 48 Port LC/PC SM DX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112132A07-C

FULL

LOADED

2U 19’’ 48 Port LC/PC MM DX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112132A07-A

FULL

LOADED

2U 19’’ 96 Port LC/PC SM QX

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112162A08-C

FULL

LOADED

2U 19’’ 24 Port E2000/APC SM SX Art No FO-0112122A09-E 262

Sliding (Without Rail&P.M) Rack Type Patchpanel (Full)

ttaf.com.tr |

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITHOUT RAIL & PLASTIC MODULE TYPE

263

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w):485mm x (d): 265mm x (h): 90mm

Weigth

Approx 3,70 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

264

ttaf.com.tr |

19” 48 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FULL

LOADED

2U 19’’ 24Port SC/PC SM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112222A02-C

FULL

LOADED

2U 19’’ 24 Port SC/APC SM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112222A02-E

FULL

LOADED

2U 19’’ 24 Port SC/PC MM SX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112222A02-A

FULL

LOADED

2U 19’’ 48 Port SC/PC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112232A03-C

FULL

LOADED

2U 19’’ 48 Port SC/APC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112232A03-E 265

fiberoptıc systems®

PATCHPANELS 2U

19” 48 PORT

W RAIL

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

FULL

LOADED

2U 19’’ 48 Port SC/PC MM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112232A03-A

FULL

LOADED

2U 19’’ 48 Port LC/PC SM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112232A07-C

FULL

LOADED

2U 19’’ 48 Port LC/PC MM DX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112232A07-A

FULL

LOADED

2U 19’’ 96 Port LC/PC SM QX

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

Art No FO-0112262A08-C

FULL

LOADED

2U 19’’ 24 Port E2000/APC SM SX Art No FO-011222A09-E 266

Sliding (With Rail&P.M) Rack Type Patchpanel (Full)

MODULE

ttaf.com.tr |

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL & PLASTIC MODULE TYPE

267

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 485mm x (d): 250mm x (h): 90mm

Weigth

Approx 6,10 kg

Fiber Capacity

0-96 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

268

ttaf.com.tr |

19” 48 PORT

W RAIL

MODULE

EXCLUSIVE SERIES TERMINATION BOXES 19” 2U 48 PORT SLIDING WITH TELESCOPIC RAIL & METAL MODULE TYPE

FULL

2U 19’’ 48 Port SC/PC SM DX

LOADED

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0112233A03-C

2U 19’’ 48 Port SC/APC SM DX

FULL

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

LOADED

Art No FO-0112233A03-E

2U 19’’ 48 Port SC/PC MM DX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

FULL

LOADED

Art No FO-0112233A03-A

2U 19’’ 96 Port LC/PC SM QX

Sliding (With Rail&M.M) Rack Type Patchpanel (Full)

Art No FO-0112263A08-C

269

FULL

LOADED

fiberoptıc systems®

PATCHPANELS

FULL

LOADED

FEATURES

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 485mm x (d): 270mm x (h): 90mm

Weigth

Approx 6,80 kg

Fiber Capacity

0-128 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

270

ttaf.com.tr |

19” 128 PORT

EXCLUSIVE SERIES ODF BOXES 19” 2U 128 PORT ROTATABLE TRAY TYPE

R-TRAY

FULL

LOADED

2U 19’’ 64 Port SC/PC SM SX

Swing Rack Type Patchpanel (Full)

Art No FO-0112343A02-C

FULL

2U 19’’ 64 Port SC/APC SM SX

LOADED

Swing Rack Type Patchpanel (Full)

Art No FO-0112343A02-E

FULL

LOADED

2U 19’’ 64 Port SC/PC MM SX

Swing Rack Type Patchpanel (Full)

Art No FO-0112343A02-A

FULL

LOADED

2U 19’’ 128 Port SC/PC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0112373A03-C

FULL

LOADED

2U 19’’ 128 Port SC/APC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0112373A03-E 271

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES ODF BOXES 19” 2U 128 PORT ROTATABLE TRAY TYPE

19” 128 PORT

FULL

LOADED

2U 19’’ 128 Port SC/PC MM DX Swing Rack Type Patchpanel (Full)

Art No FO-0112373A03-A

FULL

LOADED

2U 19’’ 128 Port LC/PC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0112373A07-C

FULL

LOADED

2U 19’’ 128 Port LC/PC MM DX Swing Rack Type Patchpanel (Full)

Art No FO-0112373A07-A

FULL

LOADED

2U 19’’ 128 Port LC/PC SM QX Art No FO-0112373A08-C

272

Swing Rack Type Patchpanel (Full)

R-TRAY

ttaf.com.tr |

EXCLUSIVE SERIES ODF BOXES 19” 2U 128 PORT ROTATABLE TRAY TYPE

273

fiberopt覺c systems簧

274

ttaf.com.tr |

PATCHPANELS

10.5

3U Rack Type (Unloaded)

275

fiberoptıc systems®

PATCHPANELS EXCLUSIVE SERIES ODF BOXES 19’’ 3U 192 PORT ROTATABLE TRAY TYPE

• • • »» »» »»

R-TRAY

FEATURES

• • • • • •

19” 192 PORT

fiberoptıc systems®

Up to 192-216 Fo connections Avaible to suit only adapter type You can apply ST/SC/FC/E2000/MU/MTRJ/LC Without rail Design is suitable for using lock type adapters Maintains fiber bending radius throughout for terminated optical fibers at 30mm Units can be custom design Compatible with screwed adapters and lock type adapters Can be supplied with: Pigtail Special splice casette Heat Shrink splice protectors TECHNICAL SPECIFICATIONS

Size (w:19'',h:1U)

(w): 485mm x (d): 270mm x (h): 138mm

Weight

Approx 5,95 kg

Fiber Capacity

0-192 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

276

fiberoptıc systems®

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3U 19’’ 192 Port SC DX

Swing Rack Type Patchpanel

Art No FO-0113393A03

3U 19’’ 216 Port LC QX

Swing Rack Type Patchpanel

Art No FO-01133103A08

277

fiberoptıc systems®

PATCHPANELS

FEATURES

FULL

LOADED

• • • • • • • • • »» »» »»

fiberoptıc systems®

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size (w:19'',h:1U)

(w): 485mm x (d): 270mm x (h): 138mm

Weigth

Approx 10,00 kg

Fiber Capacity

0-216 port

Adaptor Type

ST, FC, SC, LC, E2000, MTRJ, MU

Color

Ral9005 Black, Ral7035

Mounting

19'' / 21'' Rack Type

Material

Mild Steel

278

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19” 192 PORT

EXCLUSIVE SERIES ODF BOXES 19’’ 3U 192 PORT ROTATABLE TRAY TYPE

R-TRAY

FULL

LOADED

3U 19’’ 192 Port SC/PC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0113393A03-C

FULL

LOADED

3U 19’’ 192 Port SC/APC SM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0113393A03-E

FULL

LOADED

3U 19’’ 192 Port SC/PC MM DX

Swing Rack Type Patchpanel (Full)

Art No FO-0113393A03-A

FULL

LOADED

3U 19’’ 216 Port LC/PC SM QX

Swing Rack Type Patchpanel (Full)

Art No FO-01133103A08-C

279

fiberopt覺c systems簧

276

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OPTICAL DISTRIBUTION BOXES

11.1

Metallic Type (Loaded)

277

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES

FULL

LOADED

FEATURES

• • • • • • • »» »» »» »»

fiberoptıc systems®

Designed for wall mountig Up to 9 connections You can apply ST/SC/FC/LC/MU Desing is suitable for using lock type adapters Compatible with screwed adapter and lock type adapters Lockable front cover Ca Be supplied with: Pigtails Special splice holder Adapters Heat shrink splice protectors

APPLICATIONS

• • •

fiberoptıc systems®

Telecommunications room or main distribution rooms. Horizontol cabling transition points Panel supports interconnect and distribution opplications.

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size

(w):170mm x (d): 210mm (h):45mm

Weigth

Approx 935 gr

Fiber Capacity

0-9 Port

Adaptor Type

ST,SC,FC,LC,MU

Color

Ral 9005 Black- Ral 7035

Mounting

Wall mount

Material

Metallic

278

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METALLIC

8/16 PORT

METALLIC ODB BOXES 8/16 PORT WALLMOUNT TYPE

FULL

9 Port ST/PC SM SX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012SM6A01-C

9 Port ST/PC MM SX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012SM6A01-A

9 Port FC/PC SM SX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012SM6A04-C

9 Port FC/PC MM SX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012SM6A04-A

279

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES

FULL

LOADED

APPLICATIONS

• • •

fiberoptıc systems®

Telecommunications room or main distribution rooms. Horizontol cabling transition points Panel supports interconnect and distribution opplications.

FEATURES

• • • • • • • »» »» »» »»

fiberoptıc systems®

Designed for wall mountig Up to 48 connections You can apply ST/SC/FC/LC/MU/E2000/MTRJ Desing is suitable for using lock type adapters Compatible with screwed adapter and lock type adapters Lockable front cover Ca Be supplied with: Pigtails Special splice holder Adapters Heat shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size

(w):250mm x (d): 320mm (h):90mm

Weigth

Approx 2,65 kg

Fiber Capacity

0-48 Port

Adaptor Type

ST,SC,FC,LC,MU,E2000,MTRJ

Color

Ral 9005 Black- Ral 7035

Mounting

Wall mount

Material

Metallic

280

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METALLIC

24/48 PORT

METALLIC ODB BOXES 24/48 PORT WALLMOUNT TYPE

FULL

24 Port SC/PC SM DX

Wallmount Metalic Termination Box (Full)

Art No

FULL

LOADED

FO-012XLM9A03-C

24 Port SC/APC SM DX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012XLM9A03-E

24 Port SC/PC MM DX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012XLM9A03-A

48 Port LC/PC Quad SM DX

Wallmount Metalic Termination Box (Full) FULL

Art No

LOADED

FO-012XLM12A08-C

281

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES

FULL

LOADED

APPLICATIONS

• • •

fiberoptıc systems®

Telecommunications room or main distribution rooms. Horizontol cabling transition points Panel supports interconnect and distribution opplications.

FEATURES

• • • • • • • »» »» »» »»

fiberoptıc systems®

Designed for wall mountig Up to 96 connections You can apply ST/SC/FC/LC/MU/E2000/MTRJ Desing is suitable for using lock type adapters Compatible with screwed adapter and lock type adapters Lockable front cover Ca Be supplied with: Pigtails Special splice holder Adapters Heat shrink splice protectors

TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Size

(w):290mm x (d): 320mm (h):90mm

Weigth

Approx 3,55 kg

Fiber Capacity

0-96 Port

Adaptor Type

ST,SC,FC,LC,MU,E2000,MTRJ

Color

Ral 9005 Black- Ral 7035

Mounting

Wall mount

Material

Metallic

282

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METALLIC

48/96 PORT

METALLIC ODB BOXES 48/96 PORT WALLMOUNT TYPE

FULL

48 Port SC/PC SM DX

Wallmount Metalic Termination Box (Full)

FULL

LOADED

Art No FO-012XXLM12B03-C

48 Port SC/APC SM DX

Wallmount Metalic Termination Box (Full)

FULL

LOADED

Art No FO-012XXLM12B03-E

48 Port SC/PC MM DX

Wallmount Metalic Termination Box (Full)

FULL

Wallmount Metalic Termination Box (Full)

FULL

Art No

LOADED

FO-012XXLM12B03-A

96 Port LC/PC Quad SM DX

LOADED

Art No FO-012XXLM14B08-C 283

fiberopt覺c systems簧

284

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OPTICAL DISTRIBUTION BOXES

11.2

Plastic Type (Loaded)

285

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES PLASTIC ODB BOXES 4/8 PORT WALLMOUNT TYPE

ROHS

IP53

PLASTIC

LS ZH

4/8 PORT

FULL

LOADED

OVERVIEW It is designed indoor use by TTAF, It has ideal flexibility for fiber to the desk applications.It seems as a phone box so,it never disturbs you inside of the house.

Features BENEFITS

APPLICATIONS »» »» »»

Optical Networks I n house applications Fiber to the desk.

»» »» »» »»

fiberoptıc systems®

E asy to reach patch in a field. Seperated splice area is protected at the upper position. In order to facilitate the installation routing the cable is simplified. Slim splice cassette and mini splice protector provides easy termination advantages.

CONNECTIONS »» »» »»

SPECIFICATIONS

Termination count 4 SC Simplex or 8 LC duplex. Termination types are SC,LC per box. Recommended patchable thickness 2-3mm

fiberoptıc systems®

Dimensions

140mm (w) X 110mm ( H ) X 26mm (D)

Weigth

Approx. 100g.

Mounting

On wall

Material

ABS

Operating Temperature

-40° to 60° C

Operating Humidity

0 to 90%

IP rating

IP53

Vibration

10~55~10Hz / 10 Min in 2 Hours

fiberoptıc systems®

»»

Minimum bending radius is 30mm throughout box laser radiation protection. Adapter location prevents exposure.

286

4 Port SC/PC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012XSP2A02-C

4 Port SC/APC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012XSP2A02-E

8 Port LC/PC SM DX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012XSP5A07-C

8 Port LC/APC SM DX

Optic Distribution Box (Full)

FULL

LOADED

Art No FO-012XSP5A07-E 287

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES PLASTIC ODB BOXES 8/16 PORT WALLMOUNT TYPE

ROHS

IP65

PLASTIC

LS ZH

8/16 PORT

FULL

LOADED

OVERVIEW

Features APPLICATIONS »» »» »»

Multifunctional fiber optical terminal box is a new product we designed for FTTH engineering. The box is light and facility, specially applicable protecting connect for cable and pigtail.

Optical Networks In house applications Fiber to the home

CONNECTIONS »» »» »»

Termination count 8 SC Simlex or 16 LC Duplex Termination types are SC,LC per BOX. Recommended patchable thickness 2-3mm

SPECIFICATIONS

fiberoptıc systems®

»»

fiberoptıc systems®

Dimensions

160mm (w) X 200mm ( H ) X 46mm (D)

Weigth

Approx. 440 gr

Mounting

Wall Mounted

Material

ABS

Operating Temperature

-40/+60

Operating Humidity

0 to 90 %

IP rating

IP65

Vibration

10~55~10HZ / 10 min in 2 hours

Minimum bending radius is 30mm throughout box laser radiation protection. Adapter location prevents exposure.

288

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8 Port SC/PC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012SP5A02-C

8 Port SC/APC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012SP5A02-E

16 Port LC/PC SM DX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012SP8A07-C 289

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES PLASTIC ODB BOXES 12/24 PORT WALLMOUNT TYPE

ROHS

IP67

PLASTIC

LS ZH

PORT

FULL

LOADED

OVERVIEW TTAF’s outdoor fiber Wall mount distribution boxes are designed to offer the most flexible olution for all FTTx networks. Suited to Pole or Wall mounting the all in one flexible distribution box is the ideal fit for today’s FTTx networks.The All Passive optical Network Components are housed in a single enclosure that offers the highest level of cable management.

Features APPLICATIONS »» »» »»

Optical networks Enterprise FTTx

BENEFITS

»» »» »» »» »» »» »» »»

CONNECTIONS »» »» »»

Breakout cable inlet Sx/Dx cable inlet- Waterproof silicone gaskets Cable fixing Plate fixing Adapter holder Safety lock Ground pin Splice cassette lock SPECIFICATIONS

Termination count 12 SC Simlex or 24 LC Duplex Termination types are SC, LC per BOX. Recommended patchable thickness 2-3mm

fiberoptıc systems

fiberoptıc systems®

»» »»

fiberoptıc systems®

Dimensions

210mm (w) X 150mm ( H ) X 50mm (D)

Weigth

Approx. 550 gr

Mounting

Wall Mounted

Material

ABS 757

Operating Temperature

- 40 / +60

Operating Humidity

0 to 90 %

IP rating

IP67

Vibration

10~55~10HZ / 10 min for 2 hours

Minimum bending radius is 30mm throughout box laser radiation protection. Adapter location prevents exposure. ODB BOX can be opened up to 270°

290

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PATENTED

DESIGN

12 Port SC/PC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012MP7A02-C

12 Port SC/APC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012MP7A02-E

24 Port LC/PC SM DX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012MP9A07-C

291

fiberoptıc systems®

OPTICAL DISTRIBUTION BOXES PLASTIC ODB BOXES 16/32 PORT WALLMOUNT TYPE

ROHS

IP65

PLASTIC

LS ZH

16/32 PORT

FULL

LOADED

OVERVIEW TTAF’s indoor/outdoor wall mount fiber distribution boxes are designed to offer the ost flexible solution for all FTTx applications. Suited to Pole or Wall mounting—the all in one flexible distribution box is the ideal fit for today’s FTTx networks. The All Passive optical Network Components are housed in a single enclosure that offers the highest level of cable management.

Features Optical networks Enterprise FTTx

»»

CONNECTIONS »» »» »» »»

Termination count 16 per box for SC (Simplex) or 32 LC (Duplex) Termination type SC, LC Supported multifiber cables OSP and IFC (16mm Max) Supported patch cables 2-3mm recommended

fiberoptıc systems

»» »» »» »» »»

APPLICATIONS »» »» »»

BENEFITS

»»

fiberoptıc systems®

Hinged Patch Area for dedicated Patching Field—Splicing is protected below in separate area. Large clear circuit identification all patch positions. Injection molded cable routing arrows to simplify installation. Hinged Patch Tray protects PON Components and Splice area Split Cable Grommets make insertion of Pre-terminated Cables simple Incoming universal cable clamp supplied as standard, including central strength Member retention. Splice Cassette supplied as 2x16 splice protectors SPECIFICATIONS

»» »»

fiberoptıc systems®

Dimensions

255mm (w) X 310mm ( H ) X 100mm (D)

Weigth

1,5 kg

Mounting

Wall Mounted

Material

ABS

Operating Temperature

-40° to 60° C

Operating Humidity

0 to 90%, non-condensing

IP rating

IP 65 (IP 67 tests ongoing)

Vibration

10~55~10Hz / 10 min for 2 hours

Minimum bending radius is 30mm throughout box laser radiation protection. Adapter location prevents exposure. ODB BOX can be opened up to 270°

292

PATENTED

DESIGN

16 Port SC/PC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012LP8A02-C

16 Port SC/APC SM SX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012LP8A02-E

32 Port LC/PC SM DX

Optic Distribution Box (Full) FULL

Art No

LOADED

FO-012LP10A07-C

293

fiberopt覺c systems簧

294

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FIBER OPTIC ENCLOSURES

295

fiberoptıc systems®

FIBER OPTIC ENCLOSURES FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

Features • Extremely Compact and High Capacity Design to Serve Diverse Customer Requirements – Delivers the most flexible, space efficient solution to support any installation environment and all network design options. • Ideal for Aerial and Underground Applications – Versatile mounting brackets support strand, pole, pedestal, wall and hand hole environments. • Easy to Order – Streamlined configurations simply ordering process • Incorporates TTAF Quality and innovation – TTAF is a high quality, industry-leading brand you can rely on to future-proof your network , with a complete portfolio of FTTx products and services to ensure seamless deployment and maintenance over the life of the network.

fiberoptıc systems®

BENEFITS

fiberoptıc systems®

»»

TTAF’s Splice Closure Solutions are the industry’s first infrastructure solutions designed from the ground up to meet the unique requirements of FTTx networks. Designed for operational efficiency and scalability. TTAF solutions simplify FTTx network installation, maintenance and management from the central office/headend to the outside plant.

»»

TTAF’s Splice Closure Sealed Fiber Distribution Closure is a compact and flexible closure that provides for connections between fiber optic cables and passive optical splitters in the OutsidePlant. The closure can be mounted to support aerial,buried and underground applications. It offers a robust, user-friendly and cost-effective solution for connecting feeder and distribution cables via optical splitters in FTTP networks and is distinctive for such applications as rural and brownfield deployments. The unique design of the Sealed Fiber Distribution Closure supports the needs of discrete and varied deployment options and provides for rapid network installation and service turn-up.

Rigorous Testing and Qualitiy Standards Meets Telcordia GR-771, GR-1209, GR-1221 and GR-326 requirements

Craft Friendly Splitter Module Design Easy to insert and remove without affecting adjacent splitters

Superior Performance Unsurpassed reliability makes it ideal for aerial, buried and underground applications

Diverse Cable Types Accommodates loose tube, ribbon, dielectric and armored cable options

Environmental Protection Thermoplastic dome provides UV stabilization, flame retardancy, and chemical and impact resistance

Compatible Mounting Kits (Included at standard package) Allow for easy strand, pole, pedestal and hand-hole installations

Field Proven Hermetically Sealed Closure Provides air/water tight seal Supports Diverse Splitter Module Configurations 1x32, 2x32, 1x16, dual 1x16, 1x8 dual 1x8, dual 1x4

296

Flexible Configuration Options Allows for splicing interior to closure or stubbed with OSP cable

ttaf.com.tr |

FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

12 PORT 1 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M81T

24 PORT 2 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M82T

36 PORT 3 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M83T

48 PORT 4 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M84T

297

fiberopt覺c systems簧

FIBER OPTIC ENCLOSURES FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

60 PORT 5 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M85T

72 PORT 6 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M86T

84 PORT 7 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M87T

96 PORT 8 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M88T

298

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FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

144 PORT 6 CASETTE TTAF DOME ENCLOSURE Art No FO-08D24M66T

216 PORT 5 CASETTE TTAF DOME ENCLOSURE Art No FO-08D48M55T

216 PORT 18 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M1818T

240 PORT 20 CASETTE TTAF DOME ENCLOSURE Art No FO-08D12M2020T

299

fiberopt覺c systems簧

FIBER OPTIC ENCLOSURES FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

12 PORT 1 CASETTE SAMJIN DOME ENCLOSURE Art No FO-08D12M61S

24 PORT 2 CASETTE SAMJIN DOME ENCLOSURE Art No FO-08D12M62S

36 PORT 3 CASETTE SAMJIN DOME ENCLOSURE Art No FO-08D12M63S

300

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FIBER OPTIC ENCLOSURES DOME TYPE ENCLOSURES

48 PORT 4 CASETTE SAMJIN DOME ENCLOArt No FO-08D12M64S

60 PORT 5 CASETTE SAMJIN DOME ENCLOSURE Art No FO-08D12M65S

72 PORT 6 CASETTE SAMJIN DOME ENCLOSURE Art No FO-08D12M66S

301

fiberoptıc systems®

FIBER OPTIC ENCLOSURES FIBER OPTIC ENCLOSURES WALL MOUNT ENCLOSURES

Wall Mount Splice Closures Multifunctional splice boxes which are designed for fiber connection,branching and terminal connection.

Features

• It is suitable for limited space to work.

• It is suitable for limited space to work,

• Appropriate for underground usage as well as aerial.

• A ppropriate for underground usage as well as aerial

• Easy to mount on the wall or pole.

• E asy to mount on the wall or pole.

• 3 single fiber ports, one for uncut cable usage, one testing port and 4 pigtail outlets.

• 2 ea. 14mm cable entry.

• Up to 48 fiber splicing on 4 cassettes

• I t is easy to access to the cables and splice area during troubleshooting.

• U p to 48 fiber splicing on 4 cassettes

• It is easy to access to the cables and splice area during

fiberoptıc systems®

302

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FIBER OPTIC ENCLOSURES INLINE TYPE | WALL TYPE

24 PORT 2 CASETTE TTAF WALL ENCLOSURE Art No FO-08W12M52T

72 PORT 6 CASETTE TTAF HORIZONTAL ENCLOSURE Art No FO-08H24M32T

48 PORT 2 CASETTE TTAF HORIZONTAL ENCLOSURE Art No FO-08H12M66T

303

fiberopt覺c systems簧

304

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FIBER OPTIC TOOLS

305

fiberoptıc systems®

TOOLS FIBER OPTIC TOOLS TOOLS

ACS Splitter Art No FO-EA0001

Professional grade tool ideal for slitting the corrugated copper, steel or aluminum armor layer on Fiber Feeder, Central Tube, Stranded Loose Tube fiber optic cables and other armored cables Versatile design allows jacket or shield slitting on non-fiber optic configurations as well Tool slits outer polyethylene jacket and armor in one operation • Performs longitudinal slitting and circumferential (ringing) for end stripping • Blade rotates 90 degrees by activating blade lever, allowing easy mid-span preparation (ringing and slitting) • Adjustable from 0.315” (8 mm) to 1.125” (28.6 mm) cable O.D. • Adjustable blade depth to 5.5mm maximum to accommodate different cable coverings

CFS-2 FO Stripper Art No FO-EA0002

For stripping 250 micron buffer coating to expose 125 micron cladded fiber 140 μm diameter hole and V-opening in blade allows removal of 250 micron buffer coating from 125 micron fiber • Second hole for stripping 2-3 mm fiber jackets • Pre-set at the factory no adjustments needed • Will not scratch or nick glass fiber • All stripping surfaces are manufactured to precise tolerances to assure clean, smooth strips

• Comfort-grip, ergonomic handles • Lock to hold tool closed when it is not in use • Made in the U.S.A. • Length: 6.5 in (165 mm) • Weight: 4.2 oz (119 g) • Part No.: 46107

Three-Hole Fiber Optic Strippers Art No FO-EA0006

• New three-hole model performs all common fiber stripping functions in one compact tool.... • Hole for removal of 2 to 3 mm fiber jackets • Remove 900 tight buffer to • 250 micron buffer coating • Standard 250 to 125 micron stripping • Same consistent quality and features 306

found in our standard FO 103-S tool • Also available: FO 103-T-400-250 Fiber • Optic Stripper for 400 micron coated PM Fiber (Part No.: 80740) • Made in the U.S.A. • Length: 5.375 in (137 mm) • Weight: 2.5 oz (71 g) • Part No.: 80677

ttaf.com.tr |

FIBER OPTIC TOOLS TOOLS

Diamond-Tip Fiber Optic Scribe Art No FO-EA0003

• Quality fiber optic scribes featuring a protective retractable barrel with pocket clip and a stainless steel mounted diamond tip in your choice of conical or wedge shapes • These scribes are specially made for the “scratch and pull” technique of scribing optical fiber. The wedge shape provides a more durable edge • Made in the U.S.A.

Fiber Optic Crimp Tool Art No FO-EA0004

Ratcheting action crimp tool for positive, full cycle crimping of fiber optic connectors. • Ruggedized steel frame • Interchangeable jaws • Several common fiber optic hex and oval jaws available • Length: 8.6 in (218 mm) • Weight: 1.1 lb (500 g)

Dual Hole Fiber Optic Stripper Art No FO-EA0005

• New Dual hole models offer the same quality of our standard FO 103-S fiber tool coupled with a second hole. • FO 103-D-J: Second hole for stripping 2-3 mm fiber jackets and standard 125 micron fiber stripping (250 micron removal to 125 micron) • FO 103-D-250: Second hole for stripping 900 micron tight buffer down to 250 micron buffer coating and standard 125 micron fiber stripping (250 micron removal to 125 micron) – allows longer stripping lengths without damaging the fiber • Easy-to-read stripping diagrams

307

fiberoptıc systems®

TOOLS FIBER OPTIC TOOLS TOOLS

Fiber Optic Kevlar® Cutter Art No FO-EA0007

• Designed to cut Kevlar® strength members in fiber optic cables • Powerful quick cutting action • Full serrated edge for consistent, fast and clean cuts • Lightweight and compact • Return spring designed for precise repeated cuts • Ergonomic handles with cushioned non-slip grips • Made of high carbon steel specially treated for long life and trouble free cuts • Length: 5.75 in (146 mm) • Weight: 2.5 oz (72 g) • Part No.: 36495

Fiber Optic Polishing Disc Art No FO-EA0008

High quality hand polishing disc for fiber optic connectors • “Universal” design fits most 2.5 mm ferrule connectors including: ST, SC and FC connectors • Inside and outside rims designed for improved hand positioning while performing the polishing operation • Channeled, raised base allows debris to escape easily and provide for easy polishing action. • High quality, precision machined stainless steel design for long life. • Diameter: 1.94 inches (49.2 mm) • Weight: 1.5 oz (43 g) • Part No.: 80688 • FOPD-LC also available (aluminum disc for 1.25 mm ferrule LC connectors) (Part No.: 80754) • FS800 is 1.5” diameter plastic disc designed for most 2.5 mm ST, SC and FC connectors (Part No.: 46167) • FS900 is 1.5” diameter stainless steel disc for 2.5mm connectors PIN 46169 308

ttaf.com.tr |

FIBER OPTIC TOOLS TOOLS

Fiber Optic Microscope Art No FO-EA0009

Available in magnification strengths of either 200x or 400x • Achromatic glass objective for excellent image quality • Focus wheel for proper focus at all times • Universal 2.5mm adapter for nearly all ST, SC and FC connector ferrules included as standard, optional LC, SC/APC, E2000/APC and SMA adapters available • Integrated laser safety filters (not intended for viewing lit fibers) • Coaxial Illumination by LED light giving up to 100,000 lamp hour life and extended battery life • Side illumination port allows back lit inspection of jumpers and can be used as a fault finder • Body of durable aluminum comes in soft padded storage case • Takes 3 AAA batteries (included)

No.: 80764

• Universal 2.5mm Adapter: Part No.: 80768

• SMA Adapter: Part No.: 80767

• LC Adapter: Part No.: 80765

• Weight: 1.2 lbs (550 g) without case

• SC/APC 2.5mm (8º) Adapter: Part No.: 80766

• 200x Part No.: 80760

• E2000/APC 1.25mm Adapter: Part

• Length: 9 in (230 mm)

• 400x Part No.: 80761

Fiber Optic Kevlar® Shearer Art No FO-EA0010

• Lightweight shears ideal for cutting Kevlar® strength members found in fiber optic cable construction • Ergonomic molded handles provide comfort for both right and left handed users • One micro-serrated blade reduces slippage for more positive cutting action

• Blades made from high carbon molybdenum, and vanadium steel for long life • KS-1 available with nylon pouch with belt loop (Part No.: 80665) • Nylon pouch only (Part No.: 80669) • Length: 5.5 inches (140 mm) • Weight: 2.8 oz (79 g) • Part No.: 80671

309

fiberoptıc systems®

TOOLS FIBER OPTIC TOOLS TOOLS

Round Cable Strippers Art No FO-EA0011

• Two tools designed for fast, safe, and precise jacket removal of PE, PVC, rubber, and other jackets • Fiber Optic cables - excellent tool for precise jacket stripping of fiber optic multi-fiber cables • RCS-114 for smaller diameter cables: 0.178 to 1.14 inches (4.5 - 29 mm) • RCS-158 for larger diameter cables: 0.75 to 1.58 inches (19 - 40 mm) • “Tri-Action Strip” capability • Rotary cut to a longitudinal cut along the cable length for end stripping • Spiral cut for end stripping and mid-span stripping • Spiral cutting features provides easier removal of harder jackets • Spring-loaded cable brace firmly secures cable to the blade for controlled cutting action • Comfort and ergonomic design for ease of use and storage • Long life blade design • Blade depth can be regulated by simply turning the blade housing • Blade housing is PTFE coated, for smooth, low effort stripping

400 Series Kit - Fiber Buffer Tube and Drop Cable Slitter Art No FO-EAK001

• For mid-span and end slitting of fiber buffer tubes • and fiber drop cable • Interchangeable color coded head blocks matched to buffer tube or drop cable size • Blade depth precision factory set and can be field adjusted if required • Standard kit contains tool body and 3 pairs of interchangeable heads all packed in a durable plastic carrying case • Block sizes included in standard kit, slit the following cable sizes: 2.5 mm, 3.0 mm buffer tubes and 4.4 x 8.2 mm fiber drop cable • Dual blade design • Self closing for safety • Latch locks tool closed for ease of use when performingmid-span slitting preparation • Comfortable plastic grips • Made in the U.S.A. • Replacement Blade Part No.: 80235 (2 required) • Kit Dimensions: 11.5 x 8.25 x 2.5 in (292 x 210 x 63.5 mm) • Kit Weight: 2.04 lbs (925.3 g) 310

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FIBER OPTIC TOOLS KITS

Fiber Safe Kit Art No FO-EAK002

• Fiber-Safe™ safety kit is specifically for working safely with glass fiber. • Complete kit includes a Fiber-Safe polishing/work mat, fiber scraps trash can, splinter removal tweezer, ten bifurcated cleaning swipes, each with a self-contained alcohol dispensing tube, and safety glasses.

Fiber Optic Polishing Kit Art No FO-EAK003

Complete kit includes: • Clear Lexan® polishing plate • Neoprene polishing pad • Universal plastic polishing puck • Universal stainless steel polishing puck • 12 micron polishing film – 5 included • 3 micron polishing film – 5 included • .5 micron polishing film – 5 included • Lint-free cleaning wipes – 25 included • Pre-saturated bifurcated swipes – 10 included

311

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312

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FIBER OPTIC TEST EQUIPMENTS

313

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »»

fiberoptıc systems®

Maintenance in Telecom Maintenance CATV Fiber Optic Lab Testing Other Fiber Optic Measurements

Fiber Optical Light Source Art No FO-TF1000

314

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL LIGHT SOURCE

OVERVIEW FO-TF1000 Fiber optic light source is a fiber optic test equipment to measure the fiber optic loss for both single mode fiber cable and multimode fiber cables; usually the fiber optic light source is used with the fiber optic power meters. This fiber optical light source can provide wavelength output according to the specific requirements including the 650nm LED source, 1310nm/1550nm wavelength for the single mode fiber and 850nm/1300nm wavelength for the multimode fiber. Used together with our fiber optic power meter, they act as an economic and efficient solution for the fiber optic network works.

Features »»

»»

»» »» »» »»

Provides 1~6 wavelengths output which can be optional according to customers’ needs CW, 2Hz modulation output at 650nm, and CW, 270Hz,1KHz,2KHz modulation output at other wavelengths. High stability of the output power Stable output wavelength Backlight LCD display supports night operation Low battery power indication

SPECIFICATIONS

fiberoptıc systems®

315

fiberoptıc systems®

Wavelengths(nm)

Provides 1~6 Wavelengths according to needs

Emitter Type

FP-LD,LED

Typical Ouput Power(dBm)

0@650nm / -7 @1310nm,1550nm, -20dBm for LED

Spectral Width(nm)

≤10

Output Stability

±0.05dB/15mins; ±0.1dB/ 8hours

Modulation Frequencies

CW.2Hz@650nm / CW,270Hz,1KHz,2KHz@1310nm, 1550nm

Optical Connector

FC/PC(Other type adapters can be required)

Power Supply

Alkaline Battery(3 AA 1.5V batteries); AC Adaptor(9V)

Battery Operating Time(hour)

Operating Temperature(℃)

-10~+60

Storage Temperature(℃)

-25~+70

Dimension(mm)

190X100X50

Weight(g)

370

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »»

fiberoptıc systems®

Telecom Maintenance CATV Maintenance Fiber Optic lab testing Other Fiber Optic Measurements

Fiber Optical Power Meter Art No FO-TF2000

316

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL POWER METER

OVERVIEW FO-TF2000 Fiber optic power meter is a test instrument used for absolute optical fiber power measurement as well as fiber optic loss related measurement. This hand held type fiber optic test equipment features ingenious appearance, wide range of power measurement, high accurate test precision and user automatic self calibration function. Fiber optic power meter is a tool for telecom and CATV network.

Features »» »» »» »» »» »»

»»

Wide dynamic measurement range (up to 80dB) Reference power level storage(Ref Setting) User self-calibration function Comfortable LCD display and backlight LCD display supports night operation. Power measurements in dBm or mw and insertion loss in dB 10 minutes Auto-off function can be activated or deactivated. AA alkaline batteries can last more than 140 hours, AC adaptor also available Low battery indication

SPECIFICATIONS

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317

fiberoptıc systems®

Wavelengths(nm)

800nm~1700nm

Detector Type

InGaAs

Detector Size

Ø 1.0mm

Measurement Range (dBm)

-70~+10

Uncertainty

±5%

Calibrated Wavelength(nm)

850,1300,1310,1490,1550,1625

Resolution(dB)

0.01

Optical Connector

FC(interchangeable SC,ST) / as well as 2.5mm universal

Power Supply

Alkaline Battery(3 AA 1.5V batteries); AC Adaptor(9V)

Battery Operating Time

140 h with 1.5V Battery(3pcs)

Operating Temperature(℃)

-10 ~ +60

Storage Temperature(℃)

-25 ~ +70

Relative Humidity

0 to 95% (non-condensing)

Dimension(mm)

190X100X50

Weight(g)

370

-50~+30

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »»

fiberoptıc systems®

Telecom Maintenance CATV Maintenance Fiber Optic lab testing Other Fiber Optic Measurements

Fiber Optical Handheld Power Meter Art No FO-TF6000

318

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL HANDHELD POWER METER

OVERVIEW FO-TF6000 Fiber Optical Handheld Power Meter is TTAF newly designed fiber optic tester, it aims at fiber network installation, fiber network engineering acceptance and fiber network maintenance. Compared with usual power meters, the TF6000 has more great functions/features of automatic wavelength identification and switching and intelligent backlight control. Also the TF6000 features good appearance, good touch feeling and considerate humanity design.

Features »»

»» »»

»» »» »» »» »» »» »»

Wave ID—Automatic wavelength identification and switching (when used with TF1000 light source) Frequency ID/Tone detection---Automatic frequency identification Intelligent backlight control (light intensity can be adjusted properly according to ambient light, which greatly reduced power consumption) Data storage function, up to 1000 test records USB communication port for saved testing records download Reference power level can be set up and stored User self calibration function Auto-off function can be activated or deactivated. AA alkaline and AC adapter for power supply Low battery indication

SPECIFICATIONS

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319

fiberoptıc systems®

Calibrated (nm)

850,1300,1310,1490,1550,1625nm

Detector type

be required

Measurement Range (dBm)

-70~+6

Detector Area

Ø 1.0mm

Uncertainty (dB)

±0.15 (3.5%)

linearity (dB)

±0.02

Display resolution (dB)

0.01

Frequency ID (Hz)

270, 330, 1K, 2K

Wave ID (nm)

1310, 1490, 1550, 1625, 850, 1300

Date storage capacity

1000

Communication Port

USB

Optical Connector type

FC, SC, ST interchangeable (LC, FC, SC, ST interchangeable can be

Alkaline battery

3*AA, 1.5V

Power Supply Adaptor (V)

8.4 V

Battery Operating Time (h)

200

Operation Temperature(℃)

-10~+60

Storage Temperature(℃)

-25~+70

Outline size (mm) / weight

175*90*44.5 (231g)

Dimensions

210X115X55

Weight

450g

-50~+26

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »»

fiberoptıc systems®

Testing the distance of the fiber and identify the faults location in the fiber link. Locates reflective and non-reflective breaks in the fiber network. Inspection of fiber repair and maintenance.

Fiber Ranger is ideal to be used in FTTx network installation and maintenance.

Fiber Optical Ranger Art No FO-TF4000

320

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL RANGER

OVERVIEW FO-TF4000 Optical fiber ranger is test equipment that functions similar to an optical time domainreflectometer. It is used in single mode fiber test applications. The fiber optic ranger is much smaller size and lighter weight compared to the fiber optic OTDR, and it is much more cost effective. They are used in optical fiber links troubleshooting, maintenance and test.

Features »» »» »» »» »» »» »» »»

Portable, rugged, lightweight; Easy to use. More accurate testing results and better repeatability. Up to 8 fiber faults can be detected in each measurement. Automatic Pulse Width Control design to ensure a convenient operation. Easy to identify the faults location. Built-in visual fault locator (VFL), conveniently to find the faults in dead zone. Dust, water and shock proof, designed for field use Long battery life, up to 5000 measurements operation.

SPECIFICATIONS

fiberoptıc systems®

Operating Wavelength

1550nm (1310nm Optional)

Fiber Type

9/125um SM Fiber

Optical Connector Type

FC/PC

Detector Type

InGaAs

Peak Power of laser

≥60mW

Max. Displaying Distance

Reflection Event : 60km (≥1dB) Non-reflection Event: 20km (≥2.5dB)

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321

Measurement Unit

Reflection Event Dead Zone

15m

Distance Accuracy Reflection Event

± (2m+2*10 (- 4) *Distance)

Wavelength of VFL Option

650nm

Output Power of VFL Option

>=1mW

Power Supply

Alkaline Battery (3pcs AA 4.5V Batteries)

Battery Operating Time

≥5000 measurements

Battery Operating Time

-5~40℃

Storage Temperature

-10~60℃

Humidity

0~85% (Non-condensation)

Dimensions

190*100*50mm

Weight (g)

450

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »»

fiberoptıc systems®

Maintenance in Telecom Maintenance CATV Fiber Optic Lab Testing Other Fiber Optic Measurements

Fiber Optical Talk Set Art No FO-TF5000

322

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL TALK SET

OVERVIEW FO-TF5000 Fiber optic talk set consists of both the fiber optic light source and transceivers, which carryvoice over the spare fiber in both directions. When doing the test work, technicians may need remote location communication during the measurement or splicing work, and sometimes radio-based communications may not be suitable because of environmental condition restrictions. Fiber optic talk set will function well in such cases, they could utilize the already installed fiber optic link to carry voice communications.

Features »»

»»

»» »»

Full-duplex digital communication with high quality conversation connection and low background noise Together with Optical Clip-on Coupler, enables on line communications available Combining functions of both a digital optical phone call and a stabilized light source. Large LCD display with backlight Low battery power indication

SPECIFICATIONS

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323

fiberoptıc systems®

Wavelength(nm)

1310nm/1550nm

Emitter Type

FP-LD

Transmission Distance

≥80km

Dynamic Range

40dB

Output Power

-5~-7dBm(9/125um), CW or 2KHz, 1KHz, 270Hz Modulation

Output Stability

±0.1dB/±0.25dB(1/8hrs) CW

Power Supply

Rechargeable Battery + Power Supply Adaptor

Battery Operating Time

5 hours

Optical Connector

FC/PC

Operating Temperature(℃)

-10 ~ +60

Storage Temperature(℃)

-25 ~ +70

Dimension(mm)

215X115X55

Weight(g)

520

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »» »» »»

fiberoptıc systems®

Telecom Maintenance CATV Maintenance Comprehensive cable construction system Optical instruments research and development Optical communication education and lab testing Other optical project

Fiber Optical Variable Attenuator Art No FO-TF8000

324

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL VARIABLE ATTENUATOR

OVERVIEW FO-TF8000 handhold optical variable attenuator is used for continuously variable optical signal attenuation. As the attenuator is used in the laser system for the on-line testing, therefore, JW3303 can be used in the digital system of communication devices (such as: PHD, SDH) and also in the system of adopting analog modulation (CATV)

Features »» »» »»

»»

SPECIFICATIONS

Stepwise attenuating by circumgyrated dial: attenuating step 0.05dB Provide with the function of displaying dB and dBm attenuating value 10 minutes Auto-off function can be activate and deactivate with keypad operation. After off the instruments, the system will have the memorizing of the attenuating value and the attenuating step, in order to restore the system back to the previous shut down state when open the instruments next time Portable, rugged, lightweight; Easy to use. fiberoptıc systems®

325

fiberoptıc systems®

Attenuating wavelength Range

1260nm~1650nm

Fiber Model

9/125um SM

Optical Connector

FC/PC

Calibrated wavelengths

1310/1490/1550/1625nm

Measurement Range

2.5~65dB

Resolution

0.05dB

Minimize Insertion Loss

<2.5dB

Linearity

±0.5dB

Repeating

±0.2dB

Attenuating Accuracy

±0.8dB

Return Loss at Input/ Output

>35dB (typical value40dB)

Max input

+ 20dBm

Displaying type

lattice 128*64 black and white, white back ground light

Rechargeable batteries

7.4V

Power supply adaptor

7~8.5V

Operation temperature

0~40℃

Storage temperature

-10~60℃

humidity

0~85% (non-condensation)

Dimensions

210X115X55

Weight

450g

fiberoptıc systems®

TEST EQUIPMENTS

APPLICATIONS

»» »» »» »» »» »» »»

fiberoptıc systems®

Easy-to-use with “ONE KEY” operation Efficiently identifies the traffic direction and frequency tone (270Hz, 1KHz, 2KHz) with audible warning. Displays the relative core power More accurate test with Sunshade Easy-to-replace adaptors Durable metal housing and quality construction Lower power indication

Fiber Optical Identifier Art No FO-TF3000

326

Test Equipments

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TEST EQUIPMENTS FIBER OPTICAL IDENTIFIER

OVERVIEW FO-TF3000 Fiber identifier is an essential installation and maintenance instrument which can identify the optical fiber by detecting the optical signals transmitted through them,during this process the fiber optic identifier generate no harm or damage to the fiber cable and do not need opening the fiber at the splice point for identification or interrupting the service. This fiber identifier detects frequency tones at 270Hz, 1KHZ, 2KHZ, when traffic is present on the fiber under test, an audible tone can be heard. In the meantime, it can identify the traffic direction that indicated by LED with illumination.

Features SPECIFICATIONS

»» »»

»» »» »» »» »»

Easy-to-use with “ONE KEY” operation. Efficiently identifies the traffic direction and frequency tone (270Hz, 1KHz, 2KHz) with audible warning. Displays the relative core power More accurate test with Sunshade Easy-to-replace adaptors Durable metal housing and quality construction Lower power indication

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327

fiberoptıc systems®

Identified Wavelength Range

800nm-1700 nm

Identified Signal Type

CW, 270Hz±5%, 1kHz±5%, 2kHz±5%

Detector Type

Ø1mm InGaAs 2pcs

Adapter Type

Ø0.25 (Applicable for Bare Fiber) Ø0.9 (Applicable for Ø0.9 Cable ) Ø2.0 (Applicable for Ø2.0 Cable ) Ø3.0 (Applicable for Ø3.0 Cable )

Signal Direction

Left & Right LED

Singe Direction Test Range (dBm, CW/0.9mm bare fiber)

-46~10(1310nm) -50~10(1550nm)

Signal Power Test Range (dBm, CW/0.9mm bare fiber)

-50~+10

Signal Frequency Display (Hz)

270, 1k, 2k

Frequency Test Range (dBm, Average Value)

Ø0.9, Ø2.0, Ø3.0 -

-30~0 (270Hz,1KHz) 25~0 (2KHz)

Ø0.25

-25~0 (1KHz,2KHz) -20~0 (2KHz)

Insertion Loss (dB, Typical Value)

0.8 (1310nm) 2.5 (1550nm)

Alkaline Battery(V)

Operating Temperature(℃)

-10 +60

Storage Temperature(℃)

-25 +70

Dimension (mm)

196X30.5X27

Weight (g)

200

fiberoptıc systems®

TEST EQUIPMENTS TEST EQUIPMENTS VISUAL FAULT LOCATOR (VFL)

Features »» »»

»» »» »» »»

Constant & stable output power Special laser driver circuit design, to make sure the laser output power remains a constant power level as long as in an available battery voltage. Low battery warning, reminds users to change the battery timely. Long battery life(up to 40 hours with AAA batteries) Operates either in CW or Pulsed Pocket size and light weight, easy to use

OVERVIEW The TF105 VFL is an efficient and low cost basic fiber test tool, it provides a visible way to find fiber faults and identify fibers in an optical network during and after installation. It includes: • Finding the breakpoint, poor connections, bending or cracking in fiber optic cables. • Finding the faults of OTDR dead zone • End-to-end visual fiber identification

SPECIFICATIONS

fiberoptıc systems®

Central Wavelength

650nm±10nm

Emitter Type

FP-LD

Output Power

1mw or 10mw

Optical Connector

FC/2.5mm universal connector For 1.25mm connectors, FC (Male)-LC (Female) convertor can be optional on customer requests

Operating Model

Both CW and Pulse(2Hz) available

Power Supply

Two AAA alkaline batteries

Battery Operating Time

40hours , Test with Panasonic LR6 AAA ALKALINE battery

Operating Temperature

-10~+60 (℃)

Storage Temperature

-25~+70 (℃)

Dimension (mm)

100*30*18

Weight

60g

fiberoptıc systems®

Visual Fault Locator Art No FO-TF105 328

Test Equipments

ttaf.com.tr |

TEST EQUIPMENTS PEN-TYPE VISUAL FAULT LOCATOR (VFL)

OVERVIEW The TF7000A Pentype VFL is specially designed for field personnel who need an efficient and economical tool for fiber tracing, fiber routing and continuity checking in optical network. It includes: • Finding the breakpoint, poor connections, bending or cracking in fiber optic cables. • Finding the faults of OTDR dead zone • End-to-end visual fiber identification

Features »» »»

SPECIFICATIONS

»»

fiberoptıc systems®

Central Wavelength

650nm±10nm (635nm can be required on request)

Emitter Type

FP-LD

Output Power Optical Connector

Optional choice for 1mw, 3mw, 5mw,10mw on actual needs 2.5mm universal connector For 1.25mm connectors, FC (Male)-LC (Female) convertor can be optional on customer requests

Operating Model

Both CW and Pulse available

Pulse Frequency

2~3Hz

Power Supply

2 AA alkaline batteries

Battery Operating Time

650nm@1mw ≥65hour 650nm@3mw ≥50hour 650nm@10mw≥15hour Test with Panasonic LR6 AA ALKALINE battery

Operating Temperature

-10~+45 (℃)

Storage Temperature

-40~+70 (℃)

Dimension (mm)

￠15X180

Weight

120g (Without battery)

»» »» »» »» »» »» »» »»

2.5mm universal connector, for 1.25mm connectors, FC (Male)-LC (Female) convertor can be provided on requests. Operates either in CW or Pulsed Constant output power Lower Battery warning Long battery life (up to 60 hours) Crash-proof and dustproof design for laser head Laser case ground design prevents ESD damage Burning testing to ensure the reliability. Portable and rugged, easy to use Guarantee to CE standards include EMC, EMI, ROHS

fiberoptıc systems®

Pen-Type Visual Fault Locator Art No FO-TF7000A 329

Test Equipments

fiberopt覺c systems簧

330

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MEDIA CONVERTERS

331

fiberoptıc systems®

MEDIA CONVERTERS FO-MSC155 SINGLE/MULTI-MODE CONVERTERS

Features • Protocols supported: 155Mbps ATM/SDH, IEEE802.3u 100BASE-FX, and FDDI • Supporting full-duplex and half-duplex network communications; • Capable of mutual conversion between 850nm/1310 multi-mode fibers and 1310nm/1550nm singlemode fibers; • Supporting direct and transparent transmission of packets in different length; • Low power consumption, low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports, such as dual-fiber multi-mode,dual-fiber singlemode and single-fiber singlemode, to satisfy the extended requirements of users.

Overview FO-MSC155 series ATM single/multi-mode converters are applied to 155Mbps ATM, SDH and 100Mbps fast Ethernets with hybrid wiring of single-mode and multi-mode fibers. It can implement mutual conversion between single-mode and multi-mode 1310nm wavelength as well as mutual conversion among 850nm, 1310nm and 1550nm wavelength, and implement signal trunking, so that transmission distance of signal in multi-mode fiber can be extended longer. FO-MSC155 supports transmission in dual-fiber multi-mode, dual-fiber single-mode and single-fiber single-mode fibers. Application 155MbpsATM/SDH/fast Ethernet network/ FDDI optical network with long-distance transmission

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TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

155Mbps (100Mbps)

Standard

155Mbps ATM/SDH, IEEE802.3u 100Base-FX Fast Ethernet, FDDI

Wavelength

850nm/1310nm/1550nm

Transmission distance

Dual-fiber multi-mode: 2Km; Dual-fiber single-mode: 25/40/60/80/100/120Km

Port

One multi-mode fiber port: Multi-mode-SC (fiber size: 50,62.5/125μm) One single-mode fiber port: single-mode- SC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion

Delay

< 0.3μs

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power) SM LINK (single-mode fiber link) MM LINK (multi-mode fiber link)

Power

AC220V 0.3A/DC-48V 0.5A

Power consumption

3.5W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm(H)*85mm(W)*135mm(D) / (height * width * depth) (built-in power) 110mm(H)*22mm(W)*81mm(D) / (height * width * depth) (module card)

Model

Rate (Mbps)

Conversion Mode

FO-MSC155FP-M1313-2560

155

Multi-mode to single-mode

1310-1310

2km

FO-MSC155FP-M1315-80120

155

Multi-mode to single-mode

1310-1550

FO-MSC155FC-M1313-2560

155

Multi-mode to single-mode

FO-MSC155FC-M1315-80120

155

Multi-mode to single-mode

333

Working Multi-mode Single-mode Wavelength (nm) Transmission Dist. Transmission Dist.

Fiber Interface

Power

25/40/60km

AC220V/ DC-48V

2km

80/100/120km

AC220V/ DC-48V

1310-1310

2km

25/40/60km

Module card DC5V

1310-1550

2km

80/100/120km

Module card DC5V

fiberoptıc systems®

MEDIA CONVERTERS FO-FE610A FAST ETHERNET FIBER MEDIA CONVERTERS

Features • Adaptive 10Mbps and 100Mbps environments, for the convenience of network upgrade; • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Supporting the transmission of extralong packets (with the maximum length of 1552 bytes); • Supporting the transmission of extralong packets over VLAN: • Low power consumption, low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports, such as dual-fiber multimode,dual-fiber single-mode and single-fiber single-mode, to satisfy the extended requirements of users.

Overview FO-FE610A is a kind of 10/100Mbps adaptive fast Ethernet fiber media converter (also called optical-to-electric medium converter), which can implement mutual conversion between 10BaseT/100Base-TX twisted pair electrical signal and 100Base-FX optical signal. This type of fiber converter can extend the transmission distance of a network from 100m over copper wires to 120Km (single-mode full duplex). FO-FE610A supports two different types of network connection medium: 10/100Base-TX and 100Base-FX, with the application of the switching technology and the storing & forwarding technology. It supports transmission in dual-fiber multi-mode, dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100Mbps fast Ethernet long-distance transmission network

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TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow Control

Wavelength

850nm/1310nm/1550nm

Transmission distance

Dual-fiber multi-mode: 2Km / Dual-fiber single-mode: 25/40/60/80/100/120Km / Single-fiber single-mode: 25/40/60/80/100Km / Category-5 twisted pairs: 100m

Port

One RJ45 port: Connected to STP/UTP category-5 twisted pairs / One fiber port: Multi-mode – SC or ST (fiber size: 50,62.5/125μm) Single mode – SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode – SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half-duplex state: back pressure mode

Delay

9.6μs

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber link/action) / FDX (FX full-duplex mode), TX LINK/ACT (twisted pair link/action) TX 100 (twisted pair, transmission rate: 100M)

Power

DC5V 1A (external), AC220 0.5A/DC-48 (built-in)

Power consumption

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

24mm(H)*59mm(W)*98mm(D) / (height * width * depth) (external power) / 26mm(H)*85mm(W)*135mm(D) / (height * width * depth) (built-in power) 110mm(H)*22mm(W)*81mm(D) /height * width * depth (module card)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FE610AM-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

External DC5V/1A

FO-FE610APM-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Built-in AC220V/DC-48V

FO-FE610ACM-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Module card: DC5V

FO-FE610AS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FE610AS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/1A

FO-FE610APS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Built-in AC220V/DC-48V

FO-FE610APS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Built-in AC220V/DC-48V

FO-FE610ACS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Module card DC5V

FO-FE610ACS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Module card DC5V

FO-FE610ASS-2560-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

External DC5V/1A

FO-FE610ACS-80120-SC/FC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Built-in AC220V/DC-48V

FO-FE610ASS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Module card DC5V/1A

FO-FE610APSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Built-in AC220V/DC-48V

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Module card/DC5V

FO-FE610ACSS-25100-SC

335

fiberoptıc systems®

MEDIA CONVERTERS FO-FE610B FAST ETHERNET FIBER MEDIA CONVERTERS

Features • Adaptive 10Mbps and 100Mbps environment, for the convenience of network upgrade; • Supporting the transparent transmission of extra-long packets over VLAN. • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Providing two independent 10/100Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic cross of twisted pair ports, for the convenience of system debugging and installation; • Supporting the transmission of extralong packets (with the maximum length of 1552 bytes); • Supporting the transmission of extralong packets over VLAN; • Extremely low power consumption (less than 2W), low heat and capable of stable operation for a long period of time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode,dual-fiber single-mode and single-fiber singlemode, to satisfy the extended requirements of users.

Overview FO-FE610B is a kind of 10/100Mbps adaptive fast Ethernet fiber media converter (also called opticalto-electric medium converter), which can implement mutual conversion between two independent 10Base-T/100Base-TX twisted pair electrical signal and 100Base-FX optical signal. This type of fiber converter can extend the transmission distance of a network from the limit of 100m (via copper wires) to 120Km (single-mode full-duplex mode). FO-FE610B supports two different types of network connection medium types: 10/100Base-TX and 100Base-FX. With the application of the switching technology and the storing & forwarding technology, the converter can implement data transmission between the two types of network connection media. It supports transmission in dualfiber multi-mode, dual-fiber single-mode and singlefiber single-mode fibers. Application 10/100Mbps fast optical Ethernet network with longdistance transmission.

fiberoptıc systems®

336

ttaf.com.tr |

TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; Dual-fiber single-mode: 25/40/60/80/100/120Km; Single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pairs: 100m Two RJ45 ports: Connected to STP/UTP category-5 twisted pairs / One fiber port: Multi-mode – SC or ST (fiber size: 50,62.5/125μm) Single mode – SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode – SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding mode

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half-duplex state: back pressure mode

Delay

9.6μs

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber link/action), FX FDX (FX full duplex mode) / TP1 LINK/ACT (Port 1 twisted pair link/action), TP1 100 (port 1 twisted pair 100M transmission rate) / TP2 LINK/ACT (Port 2 twisted pair link/action), TP2 100 (port 2 twisted pair 100M transmission rate)

Power

DC5V/1A (external)

Power consumption

3.2W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

24mm(H)*59mm(W)*98mm(D) (height * width * depth) (external power) 26mm(H)*85mm(W)*135mm(D) (height * width * depth) (built-in power)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FE610BM-2SC/ST

10/100

Dual-fiber multimode

1310

SC/ST

External DC5V/1A

FO-FE610BPM-2SC/ST

10/100

Dual-fiber multimode

1310

SC/ST

Internal AC 220V

FO-FE610BCM-2SC/ST

10/100

Dual-fiber multimode

1310

SC/ST

Card DC5V

FO-FE610BS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FE610BPS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Internal AC 220V

FO-FE610BCS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Card DC5V

FO-FE610BS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/1A

FO-FE610BPS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Internal AC 220V

FO-FE610BCS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Card DC5V

FO-FE610BSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

External DC5V/1A

FO-FE610BCS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Internal AC 220V

FO-FE610BCSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Card DC5V

337

fiberoptıc systems®

MEDIA CONVERTERS FO-FM650A FIBER CONVERTER MEDIA SERIES

Features • Adaptive 10Mbps and 100Mbps Ethernet network, for the convenience of network upgrading; • Supporting the transparent transmission of extra-long packets over VLAN. • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Providing four independent 10/100Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup and multi-user access; • Providing four electrical interfaces based on VLAN switch setting, and supporting the connection of users from different units; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Supporting the transmission of extralong packets (with the maximum length of 1552 bytes); • Low power consumption, low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode,dual-fiber single-mode and single-fiber singlemode, expanding the requirements of users;

Overview FO-FM650A is a kind of 10/100Mbps adaptive fast Ethernet fiber media converter (also called optical-to-electric medium converter) with a built-in four-port 10M/100Mbps adaptive switch, which can implement mutual conversion between four independent 10Base-T/100Base-TX twisted pair electrical signal and 100Base-FX optical signal. FO-FM650A can extend the transmission distance of a network from 100m over copper wires to 120Km (single-mode full-duplex mode). This type of fiber converter supports two types of network connection medium: 10/100Base-TX and 100Base-FX. With the application of the switching technology and the storing & forwarding technology, FO-FM650A can implement data transmission between two types of network connection medium. This kind of converter supports transmission in dualfiber multi-mode, dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100Mbps fast Ethernet long-distance transmission network.

fiberoptıc systems®

338

ttaf.com.tr |

TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; / Dual-fiber single-mode: 25/40/60/80/100/120Km; / Single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pair: 100m Four RJ45 connector: connected to STP/UTP category-5 twisted pair / One fiber port: Multi-mode - SC or ST (fiber size: 50,62.5/125μm) Single mode - SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode - SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half duplex state: back pressure mode

Delay

9.6us

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber connection/action) / FDX (FX full duplex mode), FX100 (Fiber, with a transmission rate of 100M) TP1/2/3/4 LINK/ACT (1/2/3/4-port twisted pairs connection action) / TP1/2/3/4100 (1/2/3/4-port twisted pairs, with a transmission rate of 100M)

Power

DC5V/1A (external)

Power consumption

3.5W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm(Height)*70mm(Width)*98mm(Depth) (external power)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FM650AM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

External DC5V/1A

FO-FM650AS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FM650AS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/1A

FO-FM650ASS-2560-SC

10/100

Single-fiber single-mode

1310/1550

25/40/60

External DC5V/1A

FO-FM650ASS-80100-SC

10/100

Single-fiber single-mode

1310/1550

80/100

External DC5V/1A

339

fiberoptıc systems®

MEDIA CONVERTERS FO-FM650F FIBER MEDIA CONVERTER SERIES

Features • Adaptive 10Mbps and 100Mbps environments, for the convenience of network upgrade; • Supporting the transparent transmission of extra-long packets over VLAN. • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Provide 3 independent 10/100Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup and multi-user access; • Provide electrical interfaces based on VLAN switch setting, and supporting the connection of users from different units; • Support full-duplex and half duplex transmission modes and capable of automatic negotiation; • Support automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Support the transmission of extra-long packets (with the maximum length of 1552 bytes); • Low power consumption, low heat and capable of stable operation for a long period of time; • Support multiple types of fiber ports such as dual-fiber multi-mode,dual-fiber single-mode and single-fiber singlemode, expanding the requirements of users;

Overview FO-FM650F is a kind of 10/100Mbps adaptive fast Ethernet fiber media converter, with a built-in 3-port 10/100Mbps adaptive switch, which can implement mutual conversion between 10Base-T/100Base-TX twisted pair electrical signal and 100Base-FX optical signal. FO-FM650F can extend the transmission distance of a network from 100m over copper wires to 120Km. This type of fiber converter supports two different types of network connection media types: 10/100Base-TX and 100Base-FX. With the application of the switching technology and the storing & forwarding technology, this kind of converter supports transmission in dual-fiber multi-mode,dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100Mbps fast Ethernet long-distance transmission network

fiberoptıc systems®

340

ttaf.com.tr |

TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; / Dual-fiber single-mode: 25/40/60/80/100/120Km; Single-fiber single-mode: 25/40/60/80/100Km / Category-5 twisted pair: 100m 1/3 RJ45 connector, connected to STP/UTP category-5 twisted pair / Two fiber port: Multi-mode - SC or ST (fiber size: 50,62.5/125μm) Single mode - SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode - SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding mode

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half duplex state: back pressure mode

Delay

9.6us

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber connection/action) / FDX (FX full duplex mode), FX100 (Fiber, with a transmission rate of 100M) TP1/2/3 LINK/ACT (1/2/3-port twisted pairs connection action) / TP1/2/3100 (1/2/3-port twisted pairs, with a transmission rate of 100M)

Power

DC5V/1A (external)

Power consumption

3.5W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm(Height)*70mm(Width)*98mm(Depth) (external power)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FM650FM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

External DC5V/1A

FO-FM650FS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FM650FS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/1A

FO-FM650FS-2560-SC

10/100

Single-fiber single-mode

1310/1550

25/40/60

External DC5V/1A

FO-FM650FSS-80100-SC

10/100

Single-fiber single-mode

1310/1550

80/100

External DC5V/1A

341

fiberoptıc systems®

MEDIA CONVERTERS FO-FC650A 8 ELECTRICAL INTERFACES FIBER MEDIA CONVERTERS

Features • Adaptive 10Mbps and 100Mbps environments, for the convenience of network upgrade; • Supporting the transparent transmission of extra-long packets over VLAN. • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Providing eight independent 10/100Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup and multi-user access; • Providing eight electrical interfaces based on VLAN switch setting, and supporting the connection of users from different units; • Supporting full-duplex and half duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Supporting the transmission of extralong packets (with the maximum length of 1552 bytes); • Low power consumption, low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode, dual-fiber single-mode and single-fiber single-mode, expanding the requirements of users;

Overview FO-FC650A is a kind of 10/100Mbps adaptive fast Ethernet fiber media converter (also called optical-to-electric medium converter) with a built-in eight-port 10M/100Mbps adaptive switch, which can implement mutual conversion between four independent 10Base-T/100Base-TX twisted pair electrical signal and 100Base-FX optical signal. FOFC650A can extend the transmission distance of a network from 100m over copper wires to 120 Km (single-mode full-duplex mode). It supports two different types of network connection medium types: 10/100Base-TX and 100Base-FX. With the application of the switching technology and the storing & forwarding technology, FO-FC650A can implement data transmission between the two types of network connection media. This kind of converter supports transmission in dual-fiber multi-mode, dual-fiber singlemode and single-fiber single-mode fibers. Application 10/100Mbps fast Ethernet long-distance transmission network

fiberoptıc systems®

342

ttaf.com.tr |

TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; / Dual-fiber single-mode: 25/40/60/80/100/120Km; / Single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pair: 100m Eight RJ45 interfaces: connected to STP/UTP category-5 twisted pair / One fiber port: Multi-mode - SC or ST (fiber size: 50,62.5/125μm) Single mode - SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode - SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding mode

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half duplex state: back pressure mode

Delay

9.6us

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber connection/action) / FDX (FX full duplex mode), FX100 (Fiber, with a transmission rate of 100M) TP1/2/3/4/5/6/7/8 LINK/ACT (1/2/3/4/5/6/7/8-port twisted pairs connection action) TP1/2/3/4/5/6/7/8 100 (1/2/3/4/5/6/7/8-port twisted pairs, with a transmission rate of 100M)

Power

DC5V/1A (external)

Power consumption

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

38mm(Height)*118mm(Width)*152mm(Depth) (external power)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FC650AM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

External DC5V/1A

FO-FC650AS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FC650AS-80120-SC/FC

10/100

Dual-fiber single-mode

1310

80/100/120

SC/FC

External DC5V/1A

FO-FC650ASS-2560-SC

10/100

Single-fiber single-mode

1310/1550

25/40/60

External DC5V/1A

FO-FC650ASS-80100-SC

10/100

Single-fiber single-mode

1310/1550

80/100/120

External DC5V/1A

343

fiberoptıc systems®

MEDIA CONVERTERS FO-IFE830A INTELLIGENT FAST ETHERNET FIBER MEDIA CONVERTERS

Features • 10/100 Mbps adaptive, for the convenience of network upgrade; • Supporting the transparent transmission of extra-long packets over VLAN. • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Supporting Link Failure Alert (LFA); • Supporting FX half-duplex/full-duplex transmission modes and link failure alert function; • Supporting switch selection of 10/100Mbps storing & forwarding mode and 100Mbps straight-through transmission mode (unique); • Supporting low-delay transmission; Supporting transmission of extra-long • packets (with the maximum length of 1600 bytes); • S upporting transmission of extra-long packets over VLAN; • Extremely low power consumption (less than 2W), low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode,dual-fiber single-mode and single-fiber singlemode, to satisfy the extended requirements of users.

Overview F0-IFE830A is an intelligent 10/100M adaptive fast Ethernet fiber media converter (also called optical-to-electrical medium converter). With its unique “link failure alert” function at both optical and electrical ends, this fast Ethernet fiber converter can completely replace the fiber converter of Network Management System (NMS) type and greatly reduce system cost. F0-IFE830A can conduct mutual conversion between 10BaseT/100Base-TX twisted pair electrical signals and 100Base-FX optical signals. F0-IFE830A extends the transmission distance of a network from 100m over copper wires to 120 Km, and uses two network transmission technologies (that is, the data link layer 2 storing & forwarding mode and the physical layer 1 straight-through mode) to implement data transmission between the optical and electrical network connection mediums. F0-IFE830A fiber converter supports transmission in dual-fiber multi-mode, dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100Mbps fast Ethernet long-distance transmission network

fiberoptıc systems®

344

ttaf.com.tr |

TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; dual-fiber single-mode: 25/40/60/80/100/120Km;single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pairs: 100m One RJ45 port: Connected to STP/UTP category-5 twisted pairs / One fiber port: Multi-mode – SC or ST (fiber size: 50,62.5/125μm) Single mode – SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode – SC/FC fiber port (fiber size: 9/125 μ m)

Conversion mode

Medium conversion, storing and forwarding/straight-through

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half-duplex state: back pressure mode

Delay

Storing & forwarding: 9.6 μ s; straight-through: 0.9 μ s;

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber link/action) / FDX (FX full-duplex mode), TP LINK/ACT (twisted pair link/action) TP 100 (twisted pair: transmission rate of 100M); FX 100 (fiber: transmission rate of 100M) (external power)

Power

DC5V 1A (external), AC220 0.5A/DC-48 (built-in)

Power consumption

<2W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm(H)*71mm(W)*95mm(D) (height * width * depth) (external power) / 26mm(H)*85mm(W)*135mm(D) (height * width * depth) (built-in power) 110mm(H)*22mm(W)*81mm(D) /(height * width * depth) (module card)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Link Alarm

Power

FO-IFE830AM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

External DC5V/1A

FO-IFE830APM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

Built-in

FO-IFE830ACM-2SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

AC220V/DC-48V

FO-IFE830AS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support

Module card DC5V

FO-IFE830AS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support

External DC5V/1A

FO-IFE830APS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support

External DC5V/1A

FO-IFE830APS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support Built-in AC220V/DC-48

FO-IFE830ACS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support Built-in AC220V/DC-48

FO-IFE830ACS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support

Module card DC5V

FO-IFE830ASS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/ 60/80/100

Support

Module card DC5V

FO-IFE830APSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/ 60/80/100

Support

External DC5V/1A

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/ 60/80/100

Support

Built-in AC220V/ DC-48V

FO-IFE830ACSS-25100-SC

345

fiberoptıc systems®

MEDIA CONVERTERS FO-FE830A FAST ETHERNET MEDIA CONVERTER WITH MANAGEMENT

Features Overview

• Supports SNMP management, Web address checking and Telnet management • Enable/Disable optical link-loss alarm function • Four transmission modes are selectable • Comply with IEEE 802.3μ 100BASEFX/TX, IEEE802.3 10BASE-T standard • Support 10/100M, Full/Half duplex auto-negotiation • Support MDI/MDIX auto sense • Support transmission distance of up to 120km (Dual-fiber) • Support over-size packets of up to 1912 Byte • Support hot-swappable • The cards work as standalone and rack-based Media Converters • Single-fiber and dual-fiber devices are available

FO-FE830A Series belongs to 10/100M auto-adapted Fast Ethernet Fiber Media Converter (Or called Photoelectrical Conversion) with management function, which supports SNMP Protocol, Web windows administration, Telnet management, Com port management and software upgrade. It can supervise the working condition and configure the mode of each local media converter in the slot and remote media converter connected to the other side. 10/100M Ethernet Fiber Converter is fully in compliance with 10Base-T, 100Base-TX, 100Base-Fx and IEEE 802.3x International Standard etc. It can completely be cooperated with Network Card, Repeaters, HUB and SWITCH etc made by other suppliers, and also provide cost-efficient hardware support to the information transmission of Broad-Band private network and Fiber Optical citywide LAN. Application 10/100Mbps fast Ethernet long-distance transmission network

fiberoptıc systems®

346

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TECHNICAL SPECIFICATIONS

MECHANICAL PARAMETERS

SPECIFICATIONS

Size

32mm(H)x 165mm(W)x 128mm(D)

Operating temperature

﹣10°C﹢55°C

Storage temperature

﹣40°C﹢70°C

Power supply

AC220V / DC﹣48V

OPTICAL PARAMETERS

SPECIFICATIONS

Multimode Fiber:

62.5/125, 50/125, 100/140μm

MM2km orMM5km

Output power: -20~﹣18dBm Receiving sensitivity: <﹣31dBm Distance: 0~2km or 0~5km Connector: SC(standard) / FC(optional) /ST(optional) Type: Dual-fiber Wavelength: 850nm/1310nm

Single-mode Fiber:

9/125, 8.3/125, 8.7/125 or 10/125μm Distance: 0~25km Output power:-15~﹣8dBm (dual-fiber), -14~﹣8dBm (single-fiber) Receiving sensitivity: <﹣34dBm (dual-fiber), <﹣33dBm (single-fiber) Connector: SC (standard) /FC (optional) / ST (optional) Type: single-fiber / dual-fiber Wavelength: 1310nm/1550nm(single-fiber),1310nm(dual-fiber)

25km

Distance: 0~40km Output power: -10~﹣5dBm (dual-fiber),-9~﹣5dBm (single-fiber) Receiving sensitivity: < ﹣36dBm (dual-fiber), <-33dBm (single-fiber) Connector: SC(standard) /FC(optional) /ST(optional) Type: single-fiber / dual-fiber Wavelength :1310nm/1550nm(single-fiber),1310nm(dual-fiber)

40km

Distance: 0~60km (when less than 15km, use attenuator) Output power:﹣5~0dBm (dual-fiber), -6~0dbm (single-fiber) Receiving sensitivity: < ﹣36dBm Connector: SC(standard) /FC(optional) Type: single-fiber / dual-fiber Wavelength: 1310nm/1550nm(single-fiber),1310nm(dual-fiber)

60km

80km

100km

120km

Distance: 0~80km (when less than 15km, use attenuator) Output power:﹣8~-2dBm (dual-fiber), -3~3dbm (single-fiber) Receiving sensitivity: < ﹣36dBm Connector: SC (standard) /FC (optional) Type: Single-fiber / dual-fiber Wavelength: 1310nm/1550nm (single-fiber), 1550nm (dual-fiber) Distance: 0~100km (when less than 15km, use attenuator) Output power:﹣6~-1dBm Receiving sensitivity: < ﹣38dBm Connector: SC(standard) /FC(optional) Type: single-fiber / dual-fiber Wavelength: 1310nm/1550nm(single-fiber),1550nm(dual-fiber) Distance: 0~120km (when less than 15km, use attenuator) Output power:﹣5~0dBm Receiving sensitivity: < ﹣38dBm Connector: SC(standard) /FC(optional) Type: dual-fiber Wavelength: 1550nm

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-FE830AM-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

External DC5V/1A

FO-FE830AMP-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Built-in AC220V/ DC-48V

FO-FE830AMC-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Module card: DC5V

FO-FE830AMS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/1A

FO-FE830AMS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/1A

FO-FE830AMPS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Built-in AC220V/ DC-48V

FO-FE830AMP-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Built-in AC220V/ DC-48V

FO-FE830AMCS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Module card DC5V

FO-FE830AMCS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Module card DC5V

FO-FE830AMSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

External DC5V/1A

FO-FE830AMPSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Built-in AC220V/ DC-48V

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Module card DC5V

FO-FE830AMCSS-25100-SC

347

fiberoptıc systems®

MEDIA CONVERTERS FO-GE1000A GIGABIT ETHERNET FIBER MEDIA CONVERTERS

Features

• Supporting mutual signal conversion between 10Base-T/100BaseTX/1000Base-T and 1000Base-SX/ LX;

• Supporting the transparent transmission of extra-long packets over VLAN.

• Supporting full-duplex and halfduplex transmission modes and capable of automatic negotiation; • Supporting automatic cross of twisted pair ports, for the convenience of system debugging and installation; • Supporting the transmission of extra-long packets over VLAN; • Supporting Spanning Tree Protocol (STP) to form a redundant network; • Supporting multiple types of fiber ports such as dual-fiber multimode,dual-fiber single-mode and single-fiber single-mode, to satisfy the extended requirements of users.

Overview FO-GE1000A 10/100/1000Mbps adaptive Gigabit Ethernet Fiber Media Converter uses the switching technology to conduct media conversion, which meets the standards of IEEE802.3, IEEE802.3u, IEEE802.3z and IEEE802.3ab. FOGE1000A supports two types of media network connections: 10Base-T/100Base-TX/1000Base-T and 1000BaseSX/LX. FO-GE1000A can conduct mutual conversion between 10Base-T/100Base-TX/1000Base-T twisted pair electrical signal and 1000Base-SX/LX optical signals. It extends the transmission distance of a network from 100m over copper wires to 120Km. This fiber converter supports transmission in dual-fiber multi-mode,dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100/1000Mbps Gigabit Optical Ethernet network with long-distance transmission.

fiberoptıc systems®

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TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100/1000Mbps Gigabit Ethernet

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u 100Base-TX/FX Fast Ethernet, IEEE802.3ab 1000Base-T, IEEE802.3z 1000Base-SX/LX Gigabit Ethernet, IEEE802.1qVLAN

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 220m (fiber size: 62.5/125μm)/550m (fiber size: 50/125μm) / Dual-fiber single-mode: 10/20/40/60/80/100/120Km Single-fiber single-mode: 10/20/40/60/80Km / Category-5 twisted pairs: 100m One RJ45 port: Connected to STP/UTP category-5 twisted pairs / One fiber port: Dual-fiber multi-mode – SC (fiber size: 50,62.5/125μm) Dual-fiber single-mode – SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode – SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion

Delay

<10μs

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK (fiber link action), TP LINK1000 (twisted pair connection 1000M), TP LINK100 (twisted pair connection 100M), TP ACT (twisted pair packet forwarding action)

Power

AC220V 0.5A/DC-48V (built-in)

Power consumption

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

38mm(H)*118mm(W)*152mm(D) (height * width * depth) (built-in power) 110mm(H)*22mm(W)*81mm(D) (height * width * depth) (module card)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

FO-GE1000AP-MSC

10/100/1000

Dual-fiber multi-mode

850

220/550m

Built-in AC220V/DC-48V

FO-GE1000AC-MSC

10/100/1000

Dual-fiber multi-mode

850

220/550m

Module card DC5V

FO-GE1000APS-1040-SC

10/100/1000

Dual-fiber single-mode

1310

10/20/40

Built-in AC220V/DC-48V

FO-GE1000APS-60120-SC

10/100/1000

Dual-fiber single-mode

1550

60/80/ 100/120

Built-in AC220V/DC-48V

FO-GE1000ACS-1040-SC

10/100/1000

Dual-fiber single-mode

1310

10/20/40

Module card DC5V

FO-GE1000ACS-60120-SC

10/100/1000

Dual-fiber single-mode

1550

60/80/ 100/120

Module card DC5V

FO-GE1000APSS-1020-SC

10/100/1000

Single-fiber single-mode

WDM 1310/1550

10/20

Built-in AC220V/DC-48V

FO-GE1000APSS-4080-SC

10/100/1000

Single-fiber single-mode

WDM 1310/1550

40/60/80

Built-in AC220V/DC-48V

FO-GE1000ACSS-1020-SC

10/100/1000M

Single-fiber single-mode

WDM 1310/1550

10/20

Module card DC5V

10/100/1000M

Single-fiber single-mode

WDM 1310/1550

40/60/80

Module card DC5V

FO-GE1000ACSS-4080-SC

349

Power

fiberoptıc systems®

MEDIA CONVERTERS FO-GFC1050 GIGA FIBER CONVERTER WITH 4 PORTS

Features Overview

• Adaptive 10/100/1000Mbps Ethernet network, for the convenience of network upgrading; • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Providing four independent 10/100/1000Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup and multi-user access; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; • Supporting Spanning Tree Protocol (STP) to form a redundant network; • Low power consumption, low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode, dual-fiber singlemode and single-fiber single-mode, expanding the requirements of users; • 802.1Q tag based VLAN(up to 4 VLAN) • 802.1P 4 egress priority queues

FO-GFC1050(Unmanaged Ethernet Switch)is a kind of 10/100/1000Mbps adaptive gigabit Ethernet fiber converter (also called optical-to-electric medium converter) with a built-in four-port auto crossover MDI/MDI-X 10/100/1000Mbps adaptive switch, which can implement mutual conversion between four independent 10Base-T/100Base-TX/1000Base-T twisted pair electrical signal and 1000Base-X optical signal. FO-GFC1050 can extend the transmission distance of a network from 100m over copper wires to 100Km (single-mode full-duplex mode). This type of fiber converter supports two types of network connection medium: 10Base-T/100Base-TX/1000Base-T and 1000Base-X. With the application of the switching technology and the storing & forwarding technology, FO-GFC1050 can implement data transmission between two types of network connection medium. This kind of converter supports transmission in dual-fiber multi-mode, dual-fiber single-mode and single-fiber single-mode fibers. Application 10/100/1000Mbps Ethernet long-distance transmission network.

fiberoptıc systems®

350

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TECHNICAL SPECIFICATIONS

PARAMETERS

SPECIFICATIONS

Access mode

10/100/1000Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u 100Base-TX/FX Fast Ethernet, IEEE 802.3ab 1000Base-T Gigabit Ethernet, IEEE 802.3z 1000Base-SX/LX IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; Dual-fiber single-mode: 25/40/60/80/100/120Km; Single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pair: 100m Four RJ45 connector:connected to STP/UTP category-5 twisted pair / One fiber port: Multi-mode - SC or ST (fiber size: 50,62.5/125μm) Single mode - SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode - SC/FC fiber port (fiber size: 9/125μm)

Conversion mode

Medium conversion, storing and forwarding

Maximum frame size

1522 bytes including tag/CRC

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half duplex state: back pressure mode

Delay

9.6us

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), RUN(CPU RUN )- FC1050M ,FX LINK/ACT (fiber connection/action),FDX (FX full duplex mode), TP1/2/3/4 LINK/ACT (1/2/3/4-port twisted pairs connection action) TP1/2/3/41000 (1/2/3/4-port twisted pairs, with a transmission rate of 1000M)

Power

DC5V/2A (external)

Power consumption

3.5W (FC1050)

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm (Height)*104mm(Width)*119mm(Depth) (external power)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Power

FO-GFC1050M-SC/ST

10/100/1000

Dual-fiber multi-mode

1310

SC/ST

External DC5V/2A

FO-GFC1050S-2560

10/100/1000

Dual-fiber single-mode

1310

25/40/60

SC/FC

External DC5V/2A

FO-GFC1050S-80120-SC/FC

10/100/1000

Dual-fiber single-mode

1550

80/100/120

SC/FC

External DC5V/2A

FO-GFC1050S-S2560-SC

10/100/1000

Single-fiber single-mode

1310/1550

25/40/60

External DC5V/2A

FO-GFC1050S-S80100-SC

10/100/1000

Single-fiber single-mode

1310/1550

80/100

External DC5V/2A

351

fiberoptıc systems®

MEDIA CONVERTERS FO-FE620A FAST ETHERNET FIBER CONVERTER

Features

• 10-100 Mbps adaptive, for the convenience of network upgrade; • Efficient built-in switching core, to implement flow control and reduce broadcast packets; • Supporting full-duplex and half-duplex transmission modes and capable of automatic negotiation; • Supporting automatic crossing of twisted pair ports, for the convenience of system debugging and installation; ; • Supporting FX half-duplex/full-duplex transmission modes • Supporting low-delay transmission; • Supporting transmission of extra-long packets (with the maximum length of 1600 bytes); • Extremely low power consumption (less than 2W), low heat and capable of stable operation for a long period time; • Supporting multiple types of fiber ports such as dual-fiber multi-mode dual-fiber singlemode and single-fiber single-mode, to satisfy the extended requirements of users.

Overview FO-FE620A is an 10/100M adaptive fast Ethernet fiber converter (also called optical-to-electrical medium converter). FO-FE620A can conduct mutual conversion between 10BaseT/100Base-TX twisted pair electrical signals and 100Base-FX optical signals. It extends the transmission distance of a network from 100m over copper wires to 120 Km, to implement data transmission between the optical and electrical network connection mediums. FO-FE620A fiber converter supports transmission in dual-fiber multi-mode, dual-fiber single-mode and single-fiber singlemode fibers. Application 10/100Mbps fast optical Ethernet long-distance transmission network.

fiberoptıc systems®

352

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TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Access mode

10/100Mbps

Standard

IEEE802.3 10Base-T Ethernet, IEEE802.3u, 100Base-TX/FX Fast Ethernet, IEEE802.3x Flow control

Wavelength

850nm/1310nm/1550nm

Transmission distance Port

Dual-fiber multi-mode: 2Km; dual-fiber single-mode: 25/40/60/80/100/120Km; Single-fiber single-mode: 25/40/60/80/100Km Category-5 twisted pairs: 100m One RJ45 port: Connected to STP/UTP category-5 twisted pairs / One fiber port: Multi-mode – SC or ST (fiber size: 50,62.5/125μm) Single mode – SC/FC fiber port (fiber size: 9/125μm) / Single-fiber single-mode – SC/FC fiber port (fiber size: 9/125 μ m)

Conversion mode

Medium conversion, storing and forwarding/straight-through

MAC address table

Buffer space

1Mbit

Flow control

Full duplex state: flow control; half-duplex state: back pressure mode

Delay

Storing & forwarding: 9.6 μ s; straight-through: 0.9 μ s;

Bit error rate

<1/1000000000

MTBF

100,000 hours

LED

POWER (power), FX LINK/ACT (fiber link/action) FDX (FX full-duplex mode), TP LINK/ACT (twisted pair link/action); TP 100 (twisted pair: transmission rate of 100M);FX 100 (fiber: transmission rate of 100M) (external power)

Power

DC5V 1A (external), AC220 0.5A/DC-48 (built-in)

Power consumption

<2W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Dimensions

26mm(H)*71mm(W)*95mm(D) (height * width * depth) (external power) 26mm(H)*85mm(W)*135mm(D) (height * width * depth) (built-in power) 110mm(H)*22mm(W)*81mm(D) /(height * width * depth) (module card)

Model

Rate (Mbps)

Conversion Mode

Working Wavelength (nm)

Transmission Distance

Fiber Interface

Link Alarm

Power

FO-FE620A-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

External DC5V/1A

FO-FE620AP-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

Built-in AC220V/DC-48V

FO-FE620AC-M2-SC/ST

10/100

Dual-fiber multi-mode

1310

SC/ST

Support

Module card DC5V

FO-FE620AS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support

External DC5V/1A

FO-FE620AS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support

External DC5V/1A

FO-FE620APS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support

Built-in AC220V/DC-48

FO-FE620APS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support

Built-in AC220V/DC-48

FO-FE620ACS-2560-SC/FC

10/100

Dual-fiber single-mode

1310

25/40/60

SC/FC

Support

Module card DC5V

FO-FE620ACS-80120-SC/FC

10/100

Dual-fiber single-mode

1550

80/100/120

SC/FC

Support

Module card DC5V

FO-FE620ASS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Support

External DC5V/1A

FO-FE620APSS-25100-SC

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Support

Built-in AC220V/DC-48V

10/100

Single-fiber single-mode

WDM 1310/1550

25/40/60/80/100

Support

Module card DC5V

FO-FE620ACSS-25100-SC

353

fiberoptıc systems®

MEDIA CONVERTERS FO-FCR16 FIBER CONVERTER RACK

Features

• The active/standby power configuration ensures uninterruptible operation of the system. • Module cards and the management card supports hot swapping. • Supporting two power supply modes (hot standby): AC220 85~265/ and DC -36~-72V, so that the system is applicable to multiple operating environments; • Supporting the simultaneous operation of multiple types of module cards at different rates, greatly improving the system applicability; • Module cards supported: FC830AMC series, M800AC management card.

Overview FO-FCR16 fiber converter rack (3U) is a kind of economical converter rack used in equipment rooms. The rack can accommodate a maximum of 15 different types of fiber converter module cards and one management card. The management card supports SNMP, Web, Telnet protocols. The working condition of the module cards can be seen through IE browser. Each module card can be used independently. And different module cards can work simultaneously in the rack. Its power is supplied by active and standby power systems in a centralized manner, supporting automatic switching.

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TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Number of slots

Structure

3U rack

Power supply

AC– voltage:AC85 ~ 265V DC – voltage: DC -36 ~ 72V

Operating temperature

-30°C~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Rack dimensions

481mm(w)*309mm(d)*132mm(h) (width * depth * height)

Module card dimensions

25mm(w)*152mm(d)*128mm(h) (width * depth * height)

355

fiberoptıc systems®

MEDIA CONVERTERS FO-FCT16 FIBER CONVERTER RACK

Features • The active/standby power configuration ensures uninterrupted operation of the system; • Supporting two power supply modes: AC220V and DC -48V, so that the system is applicable to multiple operating environment; • Supporting the simultaneous operation of multiple types of module cards at different rates, greatly improving the system applicability; • Each module supports hot swapping; • Module cards supported: FO-IFE830A series FO-FE610A series, FO-FE620A, FOGE1000A series and FO-MSC155 series

Overview TTAF FO-FCT16 fiber converter rack (3U) is a kind of economical converter rack used in machine rooms. The rack can accommodate maximum 16 different types of fiber converter module cards. There is an active and standby power system in a centralized manner, supporting automatic switching.

fiberoptıc systems®

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TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Number of slots

Structure

3U rack

Power input

AC– voltage:AC85 ~ 265V; frequency: 50/60 Hz DC – voltage: DC -36 ~ 72V

Power output

DC5V 16A

Ripple

≤20mv

Power configuration

Single power or dual power (in hot backup mode)

LED

POWER (power)

Maximum power consumption 95W Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Rack dimensions

132mm(H)*440mm(W)*220mm(D) / (height * width * depth)

Module card dimensions

110mm(H)*22mm(W)*81mm(D) / (height * width * depth)

Model

Number of Slots

Structure

Height

Power

FO-FTC161

19-inch rack

Single power AC220V

FO-FCT16148

19-inch rack

Single power DC-48V

FO-FCT162

19-inch rack

Dual power AC220V

FO-FCT16248

19-inch rack

Dual power DC-48V

FO-FCT16248/220

19-inch rack

Dual power DC-48V + AC220V

357

fiberoptıc systems®

MEDIA CONVERTERS FO-FCT14 FIBER CONVERTER RACK

Features

• The active/standby power configuration ensures uninterrupted operation of the system. • Drawer-type power configuration, easy for power replacement in standby mode. • Supporting two power supply modes: AC220V and DC -48V, so that the system is applicable to multiple operating environments; • Supporting simultaneous operation of fiber converters in different modes, greatly improving system applicability; • Supporting hot swapping of the entire fiber converter; • Fiber converters supported: FO-IFE830AM series external power system, etc.

Overview FO-FCT14 14-slot fiber converter rack (2U) is a kind of economical converter rack used in machine rooms. This type of rack can allow the direct insertion of maximum14 fiber converters in different modes. There is an active and standby power system in a centralized manner, supporting automatic switching.

fiberoptıc systems®

358

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TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS PARAMETERS

SPECIFICATIONS

Number of slots

Structure

2U rack, drawer-type power

Power input

AC – Voltage: AC85 ~ 265V; frequency: 50/60 Hz DC – voltage: DC -36 ~ 72V

Power output

DC5V 12A

Ripple

≤20mv

Power configuration

Single power or dual power (in hot backup mode)

LED

POWER (power)

Maximum power consumption

70W

Operating temperature

-10~55°C

Operating humidity

5%~90%

Storage temperature

-40~70°C

Storage humidity

5%~90% (non-condensing)

Rack dimensions

90mm(H)*485mm(W)*230mm(D) / (height * width * depth)

Module card dimensions

26mm(H)*71mm(W)*95mm(D) / (height * width * depth)

Model

Number of Slots

Structure

Height

Power

FO-FCT141

19-inch rack

Drawer-type single power AC220V

FO-FCT14148

19-inch rack

Drawer-type single power DC -48V

FO-FCT142

19-inch rack

Drawer-type dual power AC220V

FO-FCT14248

19-inch rack

Drawer-type dual power DC -48V

FO-FCT14248/220

19-inch rack

Drawer-type dual power DC -48V + AC220V

FO-PTF12A

Drawer-type rack power: Input: AC220V; output: DC5V/12A, DC12V/0.5A

FO-PTF12A48

Drawer-type rack power: Input: DC -48V; output: DC5V/12A, DC12V/0.5A

359

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360

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SFP F/O TRANSCEIVER & GBIC MODULES

361

fiberoptıc systems®

SFP-BL3524-L2XX 1.25GBPS SFP BI-DIRECTIONAL TRANSCEIVER

20KM REACH 1310NM TX/1550 NM RX

The SFP-BIDI transceivers are high performance, cost effective modules supporting dual data-rate of 1.25Gbps/1.0625Gbps and 20km transmission distance with SMF. The transceiver consists of three sections: a FP laser transmitter, a PIN photodiode integrated with a transimpedance preamplifier (TIA) and MCU control unit. All modules satisfy class I laser safety requirements. The transceivers are compatible with SFP Multi-Source Agreement (MSA) and SFF-8472. For further information, please refer to SFP MSA. FEATURES

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fiberoptıc systems®

Dual data-rate of 1.25Gbps/1.063Gbps operation 1310nm FP laser and PIN photodetector for 20km transmission Compliant with SFP MSA and SFF-8472 with single LC receptacle Digital Diagnostic Monitoring: Internal Calibration or External Calibration Compatible with SONET OC-24-LR-1 Compatible with RoHS +3.3V single power supply Operating case temperature: Standard: 0 to +70°C Industrial: -40 to +85°C APPLICATIONS

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fiberoptıc systems®

Gigabit Ethernet Fiber Channel Switch to Switch interface Switched backplane applications Router/Server interface Other optical transmission systems

Part Number F0-SFP-BL5324-L2NC F0-SFP-BL5324-L2NT F0-SFP-BL5324-L2DC F0-SFP-BL5324-L2DT

Product Description 1550nm/1310nm, 1.25Gbps, LC, 20km, 0°C~+70°C, without DDM 1550nm/1310nm, 1.25Gbps, LC, 20km, -40°C~+85°C, without DDM 1550nm/1310nm, 1.25Gbps, LC, 20km, 0°C~+70°C, with DDM 1550nm/1310nm, 1.25Gbps, LC, 20km, -40°C~+85°C, with DDM 362

ttaf.com.tr |

SFP-CWXX24-L4DC 1.25GBPS CWDM SFP OPTICAL TRANSCEIVER

40KM REACH

The SFP transceivers are high performance, cost effective modules supporting dual data-rate of 1.25Gbps and 1.0625Gbps and 40km transmission distance with SMF. The transceiver consists of three sections: a CWDM DFB laser transmitter, a PIN photodiode integrated with a trans-impedance preamplifier (TIA) and MCU control unit. All modules satisfy class I laser safety requirements. The transceivers are compatible with SFP Multi-Source Agreement (MSA) and SFF-8472. For further information, please refer to SFP MSA.

FEATURES

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fiberoptıc systems®

Dual data-rate of 1.25Gbps and 1.063Gbps operation CWDM DFB laser and PIN photo detector for 40km transmission Compliant with SFP MSA and SFF-8472 with duplex LC receptacle Digital Diagnostic Monitoring: Internal Calibration or External Calibration Compatible with SONET OC-24-LR-1 Compatible with RoHS +3.3V single power supply Operating case temperature: Standard: 0 to +70°C

APPLICATIONS

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fiberoptıc systems®

Gigabit Ethernet Fiber Channel Switch to Switch interface Switched backplane applications Router/Server interface Other optical transmission systems

Part Number F0-SFP-CWxx24-L4DC

Product Description CWDM DFB, 1.25Gbps, LC, 40km, 0°C~+70°C, with DDM 363

fiberoptıc systems®

SFP-SM5524-L4XX 1.25GBPS SFP OPTICAL TRANSCEIVER, 40KM REACH

The SFP transceivers are high performance, cost effective modules supporting dual data-rate of 1.25Gbps/1.0625Gbps and 80km transmission distance with SMF. The transceiver consists of three sections: a DFB laser transmitter, a PIN photodiode integrated with a transimpedance preamplifier (TIA) and MCU control unit. All modules satisfy class I laser safety requirements. The transceivers are compatible with SFP Multi-Source Agreement (MSA) and SFF-8472. For further information, please refer to SFP MSA. FEATURES

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fiberoptıc systems®

Dual data-rate of 1.25Gbps/1.063Gbps operation 1550nm DFB laser and PIN photodetector for 40km transmission Compliant with SFP MSA and SFF-8472 with duplex LC receptacle Digital Diagnostic Monitoring: Internal Calibration or External Calibration Compatible with SONET OC-24-LR Compatible with RoHS +3.3V single power supply Operating case temperature: Standard : 0 to +70°C Industrial : -40 to +85°C APPLICATIONS

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fiberoptıc systems®

Gigabit Ethernet Fiber Channel Switch to Switch interface Switched backplane applications Router/Server interface Other optical transmission systems

Part Number F0-SFP-SM5524-L4NC F0-SFP-SM5524-L4NT F0-SFP-SM5524-L4DC F0-SFP-SM5524-L4DT

Product Description 1550nm, 1.25Gbps, LC, 40km, 0°C~+70°C, without DDM 1550nm, 1.25Gbps, LC, 40km, -40°C~+85°C, without DDM 1550nm, 1.25Gbps, LC, 40km, 0°C~+70°C, with DDM 1550nm, 1.25Gbps, LC, 40km, -40°C~+85°C, with DDM 364

ttaf.com.tr |

SFP-MM8524-S5XX 1.25GBPS SFP OPTICAL TRANSCEIVER, 550M REACH

The SFP transceivers are high performance, cost effective modules supporting data-rate of 1.25Gbps and 550m transmission distance with MMF. The transceiver consists of three sections: a VCSEL laser transmitter, a PIN photodiode integrated with a trans-impedance preamplifier (TIA) and MCU control unit. All modules satisfy class I laser safety requirements. The transceivers are compatible with SFP Multi-Source Agreement (MSA) and SFF-8472. For further information, please refer to SFP MSA. FEATURES

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fiberoptıc systems®

Data-rate of 1.25Gbps operation 850nm VCSEL laser and PIN photodetector Compliant with SFP MSA and SFF-8472 with duplex LC receptacle Digital Diagnostic Monitoring: Internal Calibration or External Calibration 500m transmission with 50/125μm MMF 300m transmission with 62.5/125μm MMF Compatible with RoHS +3.3V single power supply Operating case temperature: Standard: 0 to +70°C Industrial: -40 to +85°C APPLICATIONS

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fiberoptıc systems®

Gigabit Ethernet Fiber Channel Switch to Switch interface Switched backplane applications Router/Server interface Other optical transmission systems

Part Number F0-SFP-MM8524-S5NC F0-SFP-MM8524-S5NT F0-SFP-MM8524-S5DC F0-SFP-MM8524-S5DT

Product Description 850nm, 1.25Gbps, 550m, 0ºC ~ +70ºC, Without DDM 850nm, 1.25Gbps, 550m, -40ºC ~ +85ºC, Without DDM 850nm, 1.25Gbps, 550m, 0ºC ~ +70ºC, With DDM 850nm, 1.25Gbps, 550m, -40ºC ~ +85ºC, With DDM 365

fiberoptıc systems®

SFP-SM3124-L2XX 1.25GBPS SFP OPTICAL TRANSCEIVER, 20KM REACH

The SFP transceivers are high performance, cost effective modules supporting dual data-rate of 1.25Gbps/1.0625Gbps and 20km transmission distance with SMF. The transceiver consists of three sections: a FP laser transmitter, a PIN photodiode integrated with a transimpedance preamplifier (TIA) and MCU control unit. All modules satisfy class I laser safety requirements. The transceivers are compatible with SFP Multi-Source Agreement (MSA) and SFF-8472. For further information, please refer to SFP MSA. FEATURES

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fiberoptıc systems®

Dual data-rate of 1.25Gbps/1.063Gbps operation 1310nm FP laser and PIN photodetector for 20km transmission Compliant with SFP MSA and SFF-8472 with duplex LC receptacle Digital Diagnostic Monitoring: Internal Calibration or External Calibration Compatible with SONET OC-24-LR-1 Compatible with RoHS +3.3V single power supply Operating case temperature: Standard: 0 to +70°C Industrial: -40 to +85°C APPLICATIONS

»» »» »» »» »» »»

fiberoptıc systems®

Gigabit Ethernet Fiber Channel Switch to Switch interface Switched backplane applications Router/Server interface Other optical transmission systems

Part Number F0-SFP-SM3124-L2NC F0-SFP-SM3124-L2NT F0-SFP-SM3124-L2DC F0-SFP-SM3124-L2DT

Product Description 1310nm, 1.25Gbps, LC, 20km, 0°C~+70°C, without DDM 1310nm, 1.25Gbps, LC, 20km, -40°C~+85°C, without DDM 1310nm, 1.25Gbps, LC, 20km, 0°C~+70°C, with DDM 1310nm, 1.25Gbps, LC, 20km, -40°C~+85°C, with DDM 366

ttaf.com.tr |

367

fiberoptıc systems®

XFP-10GB-LR 10GBPS XFP OPTICAL TRANSCEIVER, 10KM REACH

XFP-10GB-LR is compliant with the 10G Small Form-Factor Pluggable (XFP) Multi-Source Agreement (MSA), supporting data-rate of 10.3125Gbps(10GBASE-LR) or 9.953Gbps 10GBASE-LW), and transmission distance up to 10km on SMF. The transceiver module comprises a transmitter with 1310nm uncooled EML laser and a receiver with a PIN photodiode. Transmitter and receiver are separate within a wide temperature range of 0℃ to +70℃ and offers optimum heat dissipation and excellent electromagnetic shielding thus enabling high port densities for 10 GbE systems. FEATURES

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fiberoptıc systems®

Supports 9.95Gb/s to 11.1Gb/s bit rates Hot-pluggable XFP footprint Maximum link length of 10km with SMF 1310nm Uncooled EML laser and PIN photodiode XFP MSA package with duplex LC connector No reference clock required +5V, +3.3V power supply Power dissipation <2.5W Compatible with RoHS Built-in digital diagnostic functions Temperature range 0°C to 70°C APPLICATIONS

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fiberoptıc systems®

SDH STM I-64.1 at 9.953Gbps 10GBASE-LR/LW 10G Ethernet 1200-SM-LL-L 10G Fibre Channel 10GE over G.709 at 11.09Gbps OC192 over FEC at 10.709Gbps Other optical links, up to 11.1Gbps

Part Number F0-XFP-10GB-LR

Product Description 1310nm Uncooled EML, 10Gbps, 10km, 0ºC ~ +70ºC 368

ttaf.com.tr |

XFP-10GB-SR 10GBPS XFP OPTICAL TRANSCEIVER, 300M REACH

XFP-10GB-SR is compliant with the 10G Small Form-Factor Pluggable (XFP) Multi-Source Agreement (MSA), supporting data-rate of 10.3125Gbps(10GBASE-LR) or 9.953Gbps 10GBASE-LW), and transmission distance up to 300m on 50μm MMF (2000MHz.km). The transceiver module comprises a transmitter with 850nm a vertical cavity surface emitting (VCSEL) laser and a receiver with a PIN photodiode. Transmitter and receiver are separate within a wide temperature range of 0℃ to +70℃ and offers optimum heat dissipation and excellent electromagnetic shielding thus enabling high port densities for 10 GbE systems. FEATURES

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fiberoptıc systems®

Supports 9.95Gbps to 10.5Gbps bit rates Maximum link length of 300m (50um,MMF,2000MHz.Km) 850nm VCSEL laser and PIN receiver Low power consumption <1.5W +5V, +3.3V power supply XFP MSA package with duplex LC connector XFI electrical interface No reference clock required Compatible with RoHS Excelllent EMI performance Built-in digital diagnostic functions Temperature range: 0℃ to +70℃ High reliability APPLICATIONS

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fiberoptıc systems®

10GBASE-SR/SW 10G Ethernet 1200-Mx-SN-I 10G Fiber Channel Other optical links

Part Number F0-XFP-10GB-SR

Product Description 850nm VCSEL, 10Gbps, 300m, 0ºC ~ +70ºC 369

fiberoptıc systems®

XENPAK-10GB-LR XENPAK-10GBASE-LR 1310NM, 10KM REACH

The XENPAK-10GB-LR is a highly integrated, Serial optical transponder module for high-speed, 10Gbit/s data transmission applications. 4×3.125Gbps Ethernet Signal Input by XAUI Interface. An integrated Coder / Decoder and multiplexer / demultiplexer (SERDES: Serializer / Deserializer). Designing for 10GBASE-LR Transmission with an uncooled directly modulated 1310nm DFB Laser. The transponder operates within a wide case temperature range of 0°C to +70°C and offers optimum heat dissipation and excellent electromagnetic shielding which enables high port densities for 10 GbE systems. A 70 pin electrical connector and a duplex SC connector optical interface assure that connectivity is compliant to the XENPAK MSA Rev.3.0. FEATURES

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fiberoptıc systems®

Compatible with XENPAK MSA Rev.3.0 Support of IEEE802.3ae 10GBASE-LR Transmission Distance up to 10km(SMF) Uncooled directly modulated 1310nm DFB Laser Temperature Range 0 to 70°C Adaptable Power Supply (APS:+1.2V) SC duplex Optical connector Hot pluggable 70-pin connector with XAUI electrical interface Management and control via MDIO 2-wire interface Compatible with RoHS APPLICATIONS

»»

fiberoptıc systems®

10GBASE-LR 10G Ethernet

Part Number F0-XFP-10GB-LR

Product Description 1310nm Uncooled EML, 10Gbps, 10km, 0ºC ~ +70ºC 370

ttaf.com.tr |

XENPAK-10GB-SR XENPAK-10GBASE-SR 850NM, 300M REACH

The XENPAK-10GB-SR is a highly integrated, Serial optical transponder module for high-speed, 10Gbit/s data transmission applications. 4×3.125Gbps Ethernet Signal Input by XAUI Interface.An integrated Coder / Decoder and multiplexer / demultiplexer (SERDES: Serializer / Deserializer). Designing for 10GBASE-LR Transmission with a Vertical Cavity Surface Emitting Laser at 850nm. The transponder operates within a wide case temperature range of 0°C to +70°C and offers optimum heat dissipation and excellent electromagnetic shielding which enables high port densities for 10 GbE systems. A 70 pin electrical connector and a duplex SC connector optical interface assure that connectivity is compliant to the XENPAK MSA Rev.3.0.

FEATURES

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fiberoptıc systems®

Compatible with XENPAK MSA Rev.3.0 Support of IEEE802.3ae up to 300m (OM3 MMF) Power Consumption 1.8W (typ.) Temperature Range 0 to 70°C Vertical Cavity Surface Emitting Laser at 850nm (VCSEL) Adaptable Power Supply (APS:+1.2V) SC duplex connector Hot pluggable 70-pin connector with XAUI electrical interface Management and control via MDIO 2-wire interface Compatible with RoHS APPLICATIONS

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fiberoptıc systems®

10GBASE SR 10G Ethernet

Part Number F0-XENPAK-10GB-SR

Product Description 850nm, 10.3125Gbps, 300m(OM3 MMF), 0ºC ~ +70ºC 371

fiberoptıc systems®

X2-10GB-LR X2-10GBASE-LR 1310NM, 10KM REACH

The X2-10GB-LR is a highly integrated, Serial optical transponder module for high-speed, 10Gbit/s data transmission applications. 4×3.125Gbps Ethernet Signal Input by XAUI Interface.An integrated Coder / Decoder and multiplexer / demultiplexer (SERDES: Serializer / Deserializer). Designing for 10km Transmission with an uncooled directly modulated 1310nm DFB Laser. Digital diagnostics functions are available via a 2-wire serial interface, as specified in the XENPAK MSA 3.0. FEATURES

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fiberoptıc systems®

Compatible with X2 MSA Rev2.0b Support of IEEE 802.3ae 10GBASE-LR at 10.3125Gbps Transmission Distance up to 10Km(SMF) SC Receptacle 1310nm DFB Laser SC Duplex Optical Connector Hot Pluggable 70-PIN Connector with XAUI Electrical Interface Management and control via MDIO 2-wire interface Power Supply :+3.3V, APS(+1.2V) Diagnostic Optics Monitoring Temperature Range: 0~ 70 °C ROHS Compatible

APPLICATIONS

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fiberoptıc systems®

10GE Ethernet switches and routers 10GE Core-routers 10GE Storage Other 10Gbps Ethernet Transmission System

Part Number F0-X2-10GB-LR

Product Description 1310nm, 10.3125Gbps, 10Km, 0ºC ~ +70ºC 372

ttaf.com.tr |

X2-10GB-SR X2-10GBASE-SR 850NM, 300M REACH

The X2-10GB-SR is a highly integrated, Serial optical transponder module for high-speed, 10Gbit/s data transmission applications. 4×3.125Gbps Ethernet Signal Input by XAUI Interface. An integrated Coder / Decoder and multiplexer / demultiplexer (SERDES: Serializer / Deserializer). Designing for 300m Transmission with a vertical cavity surface emitting laser (VCSEL). Digital diagnostics functions are available via a 2-wire serial interface, as specified in the XENPAK MSA 3.0.

FEATURES

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fiberoptıc systems®

Compatible with X2 MSA Rev2.0b Support of IEEE 802.3ae 10GBASE-SR at 10.3125Gbps Transmission Distance up to 300m (MMF) Vertical Cavity Surface Emitting Laser at 850nm SC Duplex Optical Connector Hot Pluggable 70-PIN Connector with XAUI Electrical Interface Management and control via MDIO 2-wire interface Power Supply :+3.3V, APS(+1.2V) Diagnostic Optics Monitoring Temperature Range: 0~ 70 °C ROHS Compatible

APPLICATIONS

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fiberoptıc systems®

10GE Ethernet switches and routers 10GE Core-routers 10GE Storage Other 10Gbps Ethernet Transmission System

Part Number F0-X2-10GB-SR

Product Description 850nm, 10.3125Gbps, 300m(OM3 MMF), 0ºC ~ +70ºC 373

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FIBEROPTIC CLEANING ACCESSORIES

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CLEANING ACCESSORIES FIBER OPTIC CLEANING ACCESSORIES CARE & CLEANING OF FO CONNECTORS

A properly functioning fiber optic network requires clinical cleanliness of all fiber optic connections. A single particle of dust or fingerprint can scatter enough optical power from the core to take down an entire link. While not in use all fiber connector tips should be covered with dust caps to prevent damage such as scratches and pits from forming on the connector ends. Pits and scratches on the surface of a connector can migrate when mated to another connector consequentially spreading damage and requiring the re-termination on both fibers. To avoid damaging fiber connectors TTAF recommends cleaning both ends of the fiber connection prior to mating using a Cletop Reel as shown in pictures.

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FIBEROPTIC CONNECTOR CLEANER Art No FO-TK0001

The is the perfect solution for cleaning fibre connector endfaces and will clean all standard 2.5mm and 1.25mm connector types. A simple squeeze of the lever opens a window to reveal a fresh section of anti-static micro-fibre cloth. The connector end-face is then stroked along the cloth in one direction to give a perfect clean. Each cleaner contains a replaceable reel of cloth with each reel giving up to 400 cleans before it needs replacing.

FEATURES

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TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Cleans all standard 2.5mm and 1.25mm connectors (including SC, FC, ST, MU, LC) Specially formulated anti-static micro-fibre cloth Compact size for Hand-held operating Best Cleaning Effect by one time wipe Cleaning time Save Dry Special Anti –Static Microfiber Fabric without any residues and Lint and Solvent Free Easy Replacement Reel For Cleaning of dust /oil/particle/alcohol/etc

ONE CLICK CLEANER FOR 1.25MM FERRULES Art No FO-TK0002

FEATURES

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fiberoptıc systems®

Cleans 1.25mm ferrules (LC, MU) Simple pushing motion to engage tool Audible CLICK to alert the operator when tools is fully engaged Over 525+ engagements per unit Dry cleaning strand eliminates the need for solvents to be effective Crush resistant to over 250N Impact resistant to survive drops over 1.5M 377

fiberoptıc systems®

Size

(W) 125 x (H) 70 x (D) 29mm

Weigth

200g

Operating Temperature

10oC to 60oC

Storage Temperature

4oC to 60oc

fiberoptıc systems®

CLEANING ACCESSORIES FIBER OPTIC CLEANING ACCESSORIES CARE & CLEANING OF FO CONNECTORS

ONE CLICK CLEANER FOR 2.5MM FERRULES Art No FO-TK0003

FEATURES

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fiberoptıc systems®

Cleans 2.5mm ferrules (SC, ST, FC and E2000) Simple pushing motion to engage tool Audible CLICK to alert the operator when tools is fully engaged Over 525+ engagements per unit Dry cleaning strand eliminates the need for solvents to be effective Crush resistant to over 250N Impact resistant to survive drops over 1.5m

2.5MM FIBER STICKS Art No FO-TK0004

Fiber Sticks are the ideal consumable for cleaning bulkheads after installation. They are used to clean the end faces of installed connectors, from inside the enclosure. The snug fit from the foam head will also remove any contaminants found inside the adapter.

FEATURES

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TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Fast absorbency Can be used dry or with fluid Efficient removal of contaminants Leaves no lint / fluff / dust particles Removes and absorbs dirt / grease / water / chemicals Works with all 2.5 mm adapters: SC, SC2, FC, ST, DIN, D4, MT

378

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Material

Polyurethane

Thickness

0.005 mm

Absorb speed

6-8 seconds

Class

10000

Size

68mm x 2mm (body) 9mm x 3mm (head)

ttaf.com.tr |

CLEAN WIPES Art No FO-TK0006

FEATURES

»» »» »» »» »» »» »» »»

fiberoptıc systems®

For Professional&Industrial use only Open packet &clean surface with the pre-saturated cleaning wipe Do not re-use Safe on Plastics Rapidly Evaporating Zero Residue Non-Abrasive Lint-free Fabric

1.25MM FIBER STICKS Art No FO-TK0005

Fiber sticks are the ideal consumable for cleaning 1.25mm bulkheads after installation.They can be used to clean the end faces of installed connectors, from inside the enclosure.Cleaning is achieved by inserting the fiber tip inside the adapter’s aperture and twisting once. Thefiber sticks material allows the user to clean installed connector end faces without scratching the surface, and ensures a perfect clean first time.

FEATURES

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TECHNICAL SPECIFICATIONS

fiberoptıc systems®

Fast absorbency Can be used dry or with fluid Efficient removal of contaminants Leaves no lint / fluff / dust particles Removes and absorbs dirt / grease /water / chemicals Works with 1.25mm adapters: LC, MU

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fiberoptıc systems®

Material

Micro fibre, antistatic

Thickness

0.005 mm

Absorb speed

6-8 seconds

Class

10000

Size

10mm x 4mm (body) 13mm x 2mm (head)

fiberoptıc systems®

CLEANING ACCESSORIES FIBER OPTIC CLEANING ACCESSORIES CARE & CLEANING OF FO CONNECTORS

KIMWIPES Art No FO-TK0007

KIMTECH SCIENCE* KIMWIPES* Delicate Task Wipers are designed specifically for critical environments. Low level of lint makes them ideal for use on delicate parts and instruments such as electrical and electronic equipment, optical products and laboratory equipment. FEATURES

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fiberoptıc systems®

Absorbent and low lint 280 wipers per box Soft on delicate surfaces Controlled single sheet dispensing Low in extractables

QbE Art No FO-TK0008

QbE® is the patented Precision Wipe System for cleaning fiber optic end-faces. It is a self-contained cleaning tool that can be used “dry” or “wet.”The QbE® is convenient and economical for use in field or OEM applications. FEATURES

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fiberoptıc systems®

The Complete Fiber Optic Cleaning System Platen side of box provides surface for cleaning Effective “Wet” or “Dry” cleaning Provides an ideal Cleaning System or field or OEM applications Convenient Size - Portable system easily fits in tool cases and is handy to use on work benches.

Alcohol Bottle Art No FO-TK0009

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fiberoptıc systems®

Locking pump will not leak when engaged - suitable for travel High density polyethylene suitable for many solvents Square shape provides stability and saves storage space Wide opening that is easy to fill Translucent - allows easy viewing of contents Dispenses approximately 2cc of liquid with each pump Filled w/alcohol and ready to go to work 380

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FIBER OPTIC GLOSSARY

383

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FTTH DEFINITION OF TERMS FTTH DEFINITION OF TERMS

INTRODUCTION This document defines the terms used by all the FTTH companies. (North-America, Europe, Asia-Pacific) To promote consistency when commissioning or commenting on research the members will confine themselves to those terms defined in below explanations. This document specifically aims to reduce th terms used to a subset that are well defined, adequate and useful.

THE TERMS Fiber-to-the-Home (FTTH) Fiber to the Home is defined as a telecommunications architecture in which a communications path is provide over optical fiber cables extending from the telecommunications opretor’s switching equipment to (at least) the boundary of the home living space or Business Office space. This communications path is provided for the purpose of carrying telecommunications traffic to one or more subscribers and for one or more services (for example internet Access, Telephony and / or Video-Television). This definition excludes architectures where the optical fiber terminates in private space before reaching the home living space or business office space and where the access path continues to the subscriber over a physical medium other than optical fiber (for example copper loops). Fiber-to-the Building (FTTB) Fiber to the Building is defined as a telecommunications architecture in which a communications path is provided over optical fiber cables extending from the telecommunications operator’s switching equipment to (at least) the boundary of the private property enclosing the home or business of the subscriber continues to the subscriber over a physical medium other than optical fiber. FTTB construction is a transitional form commonly used as a means to deliver services to existing buildings in conjunction with associated FTTH construction (for example for new buildings) By introducing fiber cables from the fiber termination point to the home living space or business office space FTTB can be converted to full FTTH. Such a conversion is desirable as FTTH

provides better capacity and longevitiy than FTTB. This communications path is provided for the purpose of carrying telecommunications traffic to one or more subscribers and for one or more services (for example internet Access, Telephony and/ or Video-Television). This definition excludes architectures where the optical fiber cable terminates in public space (for example an operator’s street-side cabinet) and where the access path continues to the subscriber over a physical medium other than optical fiber. Cable Plant Topology The cable plant which connects the operators premises and subscriber premises can be deployed in the following different topologies; Point-to-Point (P2P) cable plant provides optical paths from the telecommunications operators switching equipment to more than one contiguous location such that portions of the opical paths are shared by traffic to and from multiple locations. In generic terms this is a tree topology. Point-to-Multupoint (P2MP) cable plant provides branching optical paths from the telecommnications operators switching equipment to more than one contiguous location such that portions of the optical paths are shared by traffic to and from multiple locations.in generic terms this is a tree topology. Ring cable plant provides a sequence of optical paths in a closed loop that begins and ends at the telecommunications operators switching equipment and connects a series of more than one contiguous location such that portions of the optical paths are shared by traffic

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to and from several locations. Allocation is identified as being within the boundaries of the private property enclosing the home, business or premise of the subscriber or set of subscribers. Note that from these definitions it is not possible to identify the access protocol used over the cable plant. It is possible for a network to be built so that a common cable plant can include a mix of different topologies , or be re-configured over time to support different topologies, to allow for mixed user categories, to allow access diversity for reliability, and for future flexibility and network longevity. Access Protocol Access Protocols are the methods of communication used by the equipment located at the ends of the optical paths to ensure reliable and effective transmission and reception of information over the optical paths. These protocols are defined in detail by the standards organizations that have created them and are recognized and implemented by manuacturers around the world. The Access Protocols in use today for FTTH Networks and the optical portion of UTTB Networks are: “EP2P” defined as Ethernet over P2P 100baseFX, 100baseLX, 100baseBX, 1000baseLX and 1000baseBX in IEEE 802.3ah “EPON” defined as Ethernet PON 1000basePX in IEEE802.3ah (Note that the expression Gigabit EPON is synonymous With EPON.) “BPON” defined as Broadband PON in ITU-T G.983 “GPON” defined as Gigabit PON in ITU-T G.984 “OTHER” Access protocols such as proprietary or pre-

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standard access protocols may be noted for the purpose of completeness in research. Network Usage FTTH/FTTB Networks may be dedicated to the services of a single retail service provider, or made available to many retail service providers, who may connect to the network at the packet, wavelength or physical layer. “Exclusive Access” refers to the situation where a single retail service provider has exclusive use of the FTTH network. “Open Access (Packet)” refers to the situation where multiple retail service providers may use the FTTH Network by connecting at a packet layer interface and compete to offer their services to end users. “Open Access (Wavelength)” refers to the situation where multiple retail or wholesale service providers may use the FTTH Network by connecting at a wavelength layer interface and compete to offer their services. “Open Access (Fiber)” refers to the situation where multiple retail or wholesale service providers may use the FTTH Network by connecting at a physical layer (“dark” fiber) interface and compete to offer their services. “Open Access (Duct)” refers to the situation where multiple retail or wholesale service providers may share the use of a duct network covering a substantial region by drawing or blowing their fiber cables through the shared ducts, and compete to offer their services. User Categories FTTH/FTTB Networks may deliver services to the following categories of users:

“Residential” refers to private users in their homes. Residential users may live in “MDU” (multi-dwelling units such as apartments/condominiums) or “SFU” (single family dwelling units such as stand-alone houses/villas/ landed property), “Business” refers to large (corporate), medium,and small (Small Business, Small Office Home Office) business users. Businesses may occupy “MTU” (multi-tenanted units such as office blocks/towers) or “STU” (single-tenanted units such as a stand-alone office building or warehouse) Network Size The size of FTTH/FTTB Networks is described in the following terms: The number of “Homes/Premises Passed” is the number of residential and business premises to which an operator can currently deliver FTTH access within the operator’s standard service activation period (for example 30 days) should the owners/occupiers sign a contract for an access service. Typically new service activation will require the installation and/or connection of a drop cable from the street or basement to the home or office, and the installation of subscriber premises equipment. This definition excludes premises that cannot be connected without further installation of substantial cable plant such as feeder and distiribution cables to reach the area in which a potential new subscriber is located. The number of “Homes/Premises Connected” is the number of residential and business premises to which an operator is suppiying FTTH access under a commercial contract. The “Take-up Rate” or “Take Rate” for a network is

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calculated by the simple division of “Home/Premises Connected” by “Home/Premises Passed”and is expressed as a percentage. Services FTTH/FTTP Networks are used to deliver the following services. “Internet” refers to use of the Public internet for exchanging email, web-browsing.etc.. “Voice” refers to the exchange of human conversations by use of “IP” or; “Other” encoding and transport protocols. (This category does not include Voice carried over the Public Internet.) “Video” refers to the exchange of visual material by use of “IP”, “RF” (carried via a separate optical wavelength ) or “Other” encoding and transport protocols. (This category does not include Video carried over the Public Internet.) Applications other than those listed above are categorized as “Other”.

fiberopt覺c systems簧

FTTX GENERAL VIEW FTTX GENERAL VIEW

Indoor Tight Protected Microduct

Branch Closure

Internal Y Branch

Customer Lead in Point

Customer Connection Point

Cable Clamp

Tube Distribution Closure

Drop Tube

Wallmount ODB/MDU

10 Cable W/Hanger

AERIAL

5 6 11

19 PoP 12

18 16

Street Cabinet 14

PoP

FEEDER PoP

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11 Bracket

16 In Line Straight Tube Jointing Closure

12 Special Cable

17 Access Chamber FO Room

13 Hook Bolt Through

18 Drop Tube

14 Loose Protected Microduct

19 Tight Protected Microduct

15 Branch Closure

20 Duct 21 Tight Protected Microduct 22 Customer Lead in Point

23 Tube Distribution Closure 24 Dome Closure

AERIAL

MDU

FTTH

20 23

FEEDER

FTTH

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fiberoptıc systems®

FIBER OPTIC BASICS FIBER OPTIC BASICS FIBER TYPES

MULTIMODE FIBER fiberoptıc systems®

Multi-mode fiber is so named by its large core. On the order of 50μm and 65μm, multi-mode fiber allows multiple rays/modes to couple and propagate simultaneously down the fiber as demonstrated in Figure 1. Large core fiber is attractive due to the ease in which light form a source can be coupled into the fiber, significantly reducing the cost of transmitter design and packaging. Multimode fiber is very sensitive to dispersion, which tends to limit the distance and bandwidth of an optical system.

Figure 1 Cladding

Core Input Signal

Cladding

Output Signal

• An input pulse is made up of multiple Modes/Rays. • Each of the three rays takes different paths propagating through the core of the multi-mode fiber. • As a result the three light rays shown arrive at different times causing broadening of the input pulse. • This is known as dispersion and can lead to inter-symbol interference

SINGLEMODE FIBER fiberoptıc systems®

As the name implies, a single mode fiber only allows one ray/ mode to propagate through the fiber core. This is accomplished by shrinking the core of the fiber to dimensions comparable to that of the wavelength being transmitted. Single mode fiber has a core dimension of ~9μm making transmitter coupling much more difficult. Consequentially single mode fiber systems employ higher costing lasers. However, single mode fiber has an advantage of higher capacity/bandwidth and is also much less sensitive to the effects of dispersion than multi-mode fiber. It is also possible to incorporate wavelength division multiplexing techniques to further increase the transmission capacity of a single-mode fiber.

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FIBER OPTIC BASICS OPTICAL SOURCES | LASER MODULATION

OPTICAL SOURCES fiberoptıc systems®

The most commonly used optical source is the LASER diode (Light Amplification by Stimulated Emission of Radiation). Physically, a laser converts electrical current to light, which is in turn coupled into an optical fiber. An important characteristic of a laser is its threshold current. A typical current Vs optical output power is shown in Figure 2.

Optical Output Power (mW)

Figure 2

Below the threshold current the optical output power of the laser is essentially zero, any photon emissions are due to spontaneous transitions in the laser’s semi-conducing material. Once the applied current crosses the threshold value the output power rises considerably. The slope of the current Vs power curve above the threshold is a measure of how good the laser is at converting electrical power to optical power otherwise known as the external quantum efficiency.

100

125

Current (mA) Typical laser response plot

LASER MODULATION fiberoptıc systems®

Figure 3

Optical Output Signal

Optical Output Power (mW)

6 Decision Level 4 Threshold Current

Current Bias

Fiber communication systems typically employ some form of digital communication technique that requires the laser to be switched ON to transmit a digital 1 and switched OFF to transmit a digital 0. To transmit a digital 0 the laser is biased slightly above the threshold where the optical output power will be low. Conversely, to generate a digital 1, a current pulse is applied to the laser so that its optical output power will jump significantly as shown in Figure 3.

100 125 Current (mA) Laser modulation graphical representation.

The amplitude of the signal can be adjusted as not to exceed the maximum current rating of the laser but high enough so that the difference in optical power representing a 1 and that representing a 0 is easily distinguished by the optical receiver. The decision level of the receiver is usually set halfway between the minimum and maximum

transmitted power. The ratio between the high power state (1) and the low power state (0) is called the extinction ratio. Maximizing the extinction ratio while not over driving the laser transmitter results in better noise immunity and better sensitivity at the receiver. 389

fiberoptıc systems®

FIBER OPTIC BASICS FIBER OPTIC BASICS LASER SPECTRUM | LASER BACK REFLECTION

LASER SPECTRUM fiberoptıc systems®

Two laser types are commonly used in optical communication systems, the Fabry Perot laser (FP) and the Distributed Feed Back laser (DFB). An FP laser is also known as a multi-longitudinal laser because its laser cavity resonates at multiple regularly spaced wavelengths, = 2/c. Figure 4 presents an FP laser’s spectral output, notice the discrete regularly spaced wavelengths emitted from the laser. The spectral width of an FP laser is measured at the –3dB point or the FWHM and is typically around 4nm. The FP laser’s greatest advantage is its relatively low cost and is used for multimode, point-to-point direct links and low bandwidth networks

DFB Laser Output Figure 5

Figure 4

Optical Output Power (mW)

FP Laser Output

FWHM 4nm

Wavelength (nm)

FWHM -0.1nm

Wavelength (nm)

A typical Fabry Perot laser’s output spectrum. The full width at half maximum (FWHM) is 4 nm

A typical DFB laser’s output spectrum. The full width at half maximum (FWHM) is 0.1nm

Figure 5 is the spectral output of a DFB laser. Immediately it is obvious that a DFB laser’s output is spectrally narrower than its FP counterpart. Periodic changes in the laser’s refractive index makes it highly reflective at certain wavelengths. Reflections provide feedback to the laser creating high losses at all but one wavelength so that the laser oscillates at one frequency only, making the DFB essentially a monochromatic source. TTAF utilizes DFB lasers for all of its high bandwidth WDM systems. The spectral width of these lasers is 0.1nm at FWHM making DFB systems less susceptible to dispersion effects than those systems employing FP laser transmitters. The complex make up of DFB lasers increase the cost of the transmitters and should only be used when necessary.

LASER BACK REFLECTION fiberoptıc systems®

All lasers are susceptible to back reflection. Back reflection or as it is sometimes called, optical return loss (ORL) is a peculiar phenomenon where by a fraction of the transmitted optical power will reflect back toward the source upon encountering variations in refractive index. Splices, patches and defects in the fiber all can cause back reflections. Fiber with more than 20dB of back reflection are considered quite high and optical isolators should be used on laser sources. For example the back reflection of an air-glass interface, as one would see in a broken fiber is -15 dB. If a laser with –5dBm out-

put power was launched into this broken fiber, then the laser would have –20dBm optical power reflecting back into the laser cavity disrupting the standing optical wave generating noise in the output optical signal. A laser’s susceptibility to back reflection is determined by its coupling efficiency. For example a laser that couples only 25% of its output power into the fiber then only 25% of the total reflected power would be coupled back into the laser cavity. Likewise, a laser with 80% coupling efficiency would have 80% of the reflected power couple into the laser cavity making it very 390

sensitive to back reflections. To combat the negative effects of back reflection TTAF laser transmitters are equipped with optical isolators limiting the amount of optical power allowed to re-enter the laser cavity. In systems with multiple fiber patches and splices reflections becomes a major concern for single fiber bi-directional transceivers. Using a two-fiber module with the transmitter of one card connected to the receiver of the other card will eliminate reflection issues allowing a much larger link budget.

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FIBER OPTIC BASICS SIGNAL DEGRADATION IN FIBER

SINGLE DEGRADATION IN FIBER fiberopt覺c systems簧

Attenuation and dispersion are the two critical characteristics that determine the maximum distance an optical signal can be transmitted before the receiver is unable to detect it. Attenuation Compared to conventional transmission media the most attractive feature of fiber optic cable is its extremely low signal attenuation. The attenuation profile of a fiber is wavelength dependant; standard non-dispersion compen-sated fiber has an attenuation profile shown below in Figure 6.

Figure 6

Attenuation [dB/km] 1st window

2nd window

3rd window

5 scattering IR-absorption

0 0.6

0.8

1.0

H2 abs.

OH abs.

1.2

1.4

1.6

1.8

Wavelength [um]

2.0

Typically systems are designed centered around 1310nm and 1550nm having attenuation values of 0.4dB/km and 0.3dB/km respectively. Comparatively standard Belden 1694 coaxial cable transmitting SDI video at 270MB/s has an attenuation of 100dB/km; the attractiveness of fiber becomes obvious.

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fiberoptıc systems®

FIBER OPTIC BASICS FIBER OPTIC BASICS DISPERSION | BENDING LOSS

DISPERSION fiberoptıc systems®

To send information over a fiber bits of information are successively encoded and represented digitally by pulses of light. The more rapidly a laser pulses on and off the higher the bit rate and the closer encoded bits of information are spaced temporally. As these pulses of light propagate through a fiber, Figure 7, they tend to lose their shape and spread out eventually over lapping each other causing inter-symbol interference. The higher the data rate of the channel the more sensitive the overall system is to the effects of dispersion. Hence dispersion limits the information carrying capacity of a fiber.

Figure 7 Transmitter

Receiver

Time A square pulse of light spreads as it travels through an optical fiber eventually two adjacent pulses will overlap one another. This is known as dispersion.

Multimode fiber is much more sensitive to dispersion than single mode fiber because of its large core, as shown in Figure 1 different rays making up a bit of data take different paths as they propagate. These rays arrive at the receiver at slightly different times resulting in the broadening of the optical pulse. To compensate for pulse broadening the multimode fiber core has a graded refractive index profile. The refractive index of the fiber is greatest in the center of the core and decrease rapidly until it becomes constant near the core/cladding interface. The refractive index value effects the speed of light, the greater the refractive index the slower light propagates making the ray passing directly through the center of the core travel slower than rays near the outside. Rays arrive at the receiver with less temporal distortion reducing the dispersion of the fiber.

BENDING LOSS fiberoptıc systems®

As the title implies, bending loss is introduced in a fiber when there is a sharp bend in the optical cable. Bends introduce an interruption in the path of light causing some of the optical power to leak into the cladding where it is lost. TTAF Fiber Optic Systems recommends a minimum-bending radius of 3 cm on any fiber pigtail and when bundling fibers together with tie wraps or twist ties avoid tying these fibers too tight as to not introduce micro bending into the fiber, which will further introduce loss into your system

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FIBER OPTIC BASICS SIGNAL MULTIPLEXING | TDM | WDM

SIGNAL MULTIPLEXING fiberoptıc systems®

Multiplexing is defined as the process of combing multiple signals together in order to share a transportation medium. Two popular multiplexing techniques for fiber optic communication systems are Time Domain Multiplexing (TDM) and Wavelength Division Multiplexing (WDM). Multiplexing saves the number of fibers needed to transmit signals.

TDM fiberoptıc systems®

Time domain multiplexing; Figure 8, is accomplished in the electrical domain. Multiple parallel signals are simultaneously applied to a multiplexor that will only allow each input signal to transmit through the communication link at certain times. Since multiplexing is done in the time domain, TDM can be used with multimode fiber. Since the output bit rate is an addition of all the input signals plus some overhead, the output data rate quickly becomes large. Timing and latency issues are to be considered when using a TDM network.

Figure 8

TDM Multiplex Signal

Signal1 Time Division Multiplex

Signal2 Signal3

Signal1 Signal2

Time Division

De-Multiplex

Signal3

Single-mode Fiber

Signal4

Time domain multiplex block diagram. Multiple input signals are sequentially transmitted. Multiplexing is accomplished in the electrical domain.

WDM fiberoptıc systems®

Figure 9

Signal2 Signal3

Single-mode Fiber

Signal1 Wavelength Division De-Multiplex

WDM Multiplexed Signal

Signal1 Wavelength Division Multiplex

Wavelength Division Multiplexing, Figure 9 is done entirely in the optical domain. Input electrical signals are each assigned a wavelength, which are combined on one fiber for transmission and separated before being received. Each electrical input signal can operate at an independent bit rate and will not interfere with any of the other input signals. Wavelength division multiplexing is available in multiple channels. TTAF offers an economical 1310nm/1550nm WDM solution consisting of two wavelengths only. Also available are 4, 8, 12 and 16 channel CWDM systems that have a 20nm channel spacing. 8, 16, 24, 32, and 40 channel dense wavelength division multiplexing systems are also now available for high signal capacity networks.

Signal4

Signal2 Signal3 Signal4

A channel Wavelength Division Multiplexing Block Diagram. Multiple input signals are combined optically. Each signal having its own bit rate.

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fiberoptıc systems®

FIBER OPTIC BASICS FIBER OPTIC BASICS OPTICAL NETWORK COMPONENTS | COUPLERS | CONNECTORS

OPTICAL NETWORK COMPONENTS fiberoptıc systems®

There are many different active and passive components that make up an optical network. A solid understanding of the function of these components is vital when designing a cost-effective optical network that will meet the bandwidth needs for many years to come.

THE COUPLERS fiberoptıc systems®

The optical coupler is often called a splitter and is depicted in Figure 10. It is a passive optical component (requires no power to operate) that can divide or combine light power between multiple fibers. There are many types of couplers available; the most commonly used are the 50/50, 80/20 and the 90/10. The numbers designate the percentage of light power divided between the outputs. Other coupler types split incoming optical signals among multiple outputs. Couplers are bi-directional and can combine multiple optical signals on to a single fiber, however this will introduce some loss in the system. TTAF’s passive optical couplers are available in many commonly used splitter types to meet the requirements for many optical systems.

Figure 10

50% Port

Common Port

50% Port

A 50/50 passive optical coupler evenly distributes an incoming optical signal applied to its common port between its two output ports.

FIBER CONNECTORS fiberoptıc systems®

Many different styles of fiber connectors are available to the consumer; three popular connector types available on all TTAF products are the FC/PC, SC/PC and ST. FC/PC - A threaded optical connectors that are originated good for single-mode or multimode fiber and applications requiring low back reflection. The physical contact (PC) polish produces a slightly curved end face that forces the fibers in the mating connectors into contact. This reduces back reflection to about -40dB. SC/PC - Abbreviation for subscription channel connector, this push-pull type of optical connector also originated for high packing density, low loss, low back reflection, and low cost. The physical contact (PC) polish produces a slightly curved end face that forces the fibers in the mating connectors into contact. This reduces back reflection to about -40dB.

ST - Abbreviation for straight tip connector originally developed by AT&T. This connector closely resembles a BNC-type coax connector. SC/APC - Abbreviation for subscription channel connector. The angled physical contact (APC) adds an 8° angle to a flat polish reducing back reflection to -70 dB. Its green colored body signifies Angle PC application. Caution: mating an angle polished connector with a flat polished connector will irreparably damage both connectors.

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FIBER OPTIC BASICS OPTICAL SWITCHS

Lasers

Receivers =1510 nm

=1570 nm

=1530 nm

=1550 nm

Figure 11 =1550 nm

=1530 nm

=1570 nm

=1510 nm

Internal structure of a Channel CWDM Mux and Demux. Notice how the filters on the Mux side are in the opposite order of the Demux side. This keeps insertion loss constant across all wavelengths.

OPTICAL SWITCHS fiberopt覺c systems簧

The optical switch is an important component as it allows a network supervisor to selectively choose the input fiber. Intelligent switches are now being manufactured so that channel selection is automatic based on input optical strength. The optical switch will automatically change to input channels if the signal strength drops below a user set acceptable level. Optical signals can be lost should a fiber be damaged or disconnected.

Wavelength Division Multiplexers and Demultiplexers Wavelength division multiplexing is used to combine/separate multiple wavelengths onto one fiber with minimum insertion loss. The internal make up of a WDM is shown in Figure 11 and is essentially a group of cascaded dichroic filters of different wavelengths. A dichroic filter is based on interferometric technology that reflects all light it does not transmit. Note the filter orders are reversed in the mux and demux to keep the insertion loss constant across all wavelengths.

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fiberoptıc systems®

CONSIDERATIONS OF NETWORK DESIGN FIBER OPTIC GLOSSARY CONSIDERATIONS OF NETWORK DESIGN

The goal of any optical system is to deliver virtually error free long distance communication at low cost. There are many criteria to consider when designing an optical communication network, consider the following when contemplating an optical system: I. What signals need to be transported? This will determine the types of equipment and the bit rate on the fiber optic cable. For example if SDI video systems need to be transmitted, then TTAF’s would be adequate and the data rate on the optical fiber would be 270Mb/s. II. What type of fiber is available? As discussed previously the two types of fiber are multimode and single mode. Multimode fibers are very susceptible to dispersion effects and hence do not have the equivalent amount of bandwidth as single mode fiber. It is also important to remember that course and dense wavelength division multiplexing is not done on multimode fiber. III. How many fibers are available? Wavelength division multiplexing can radically increase the price of an optical system. If you are laying your own fiber it is a good idea to lay as many fibers as you can to avoid multiplexing. When designing an optical system every fiber should be lit up in order to avoid multiplexing IV. What is the power budget of the system? Wavelengths at or close to 1310nm suffer 0.4dB of attenuation per kilometer while those at or near 1550nm experience 0.3dB of attenuation per kilometer. Bare in mind, fiber links -particularly those that are leased- are often not a single piece of fiber but are commonly made up of many pieces of fiber connected together through patch panels, connectors and splices. Each patch, connector and splice attenuates the signal by approximately 0.5dB as well adding to the total optical return loss of the system. Before designing a system the link budget and if possible the optical return loss should be measured as theoretical attenuation values are often not representative of a real fiber run. V. What is the dispersion limit of the system? Dispersion limit is a more subtle consideration than attenuation but is nonetheless ubiquitous in all fiber systems and is usually the limiting factor in multimode fiber and high bandwidth systems. Dispersion shows up at the receiver as jitter, too much and the reclocker will not be able to reproduce the signal. Dispersion introduced by fiber is provided by the manufacturer on the accompanying data sheet. For the most common type of single mode fiber G652.D the dispersion is given by Zero Dispersion Wavelength, 0=1312nm Zero Dispersion Slope, S0=0.092ps/(nm2 km) =operation wavelength Dispersion at 1310nm, D( )=3ps/(nm km) Dispersion at 1550nm, D( )=16ps/(nm km) The dispersion limit of an TTAF HD fiber system is calculated as follows: Bit Rate, f = 1.485GB/s Period, f-1 = 673ps Jitter Tolerance of Reclocker, JT = 0.5UI SMPTE Output Jitter Spec, JS = 0.2UI Total Allowable Inserted Link Jitter, J = JT - JS=0.3UI=202ps Expressing the distance as a function of chromatic dispersion,

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The distance a 1310nm FP laser operating at a 1.485GB/s bit rate could transmit before dispersion causes bit errors is calculated as

Similarly a 1550nm DFB laser could transmit

before bit errors caused by dispersion would occur.

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FIBER OPTIC GLOSSARY GLOSSARY

Absorption: in an optical fiber, loss of optical power resulting from conversion of power into heat. Adaptor: female part of a connector in which one or two connector plugs are inserted and aligned. APD (Avalanche Photodiode): Photodiode which operates in the avalanche mode, providing internal gain that is advantageous in reception. Architecture: The protocol that defines computer communication networks. With respect to optical fiber cabling, this term refers to the layout of the cabling in star or ring configuration, for example. Armored cable: A fiber cable that includes a layer of corrugated steel to prevent rodent ingress. Primarily for direct buried applications, occasionally used in aerial applications where squirrels are a severe problem

Mb/s and beyond. Attenuation: In optical fibers, loss of average optical power due to absorption, scattering and other radiation losses. It is generally expressed in dB without a negative sign. ADZ: Attenuation dead zone DF = 0.5 dB or 0.1 dB Attenuation coefficient: The rate of optical power loss with respect to distance along the fiber, usually measured in decibels per kilometer (dB/ km) at a specific wavelength. The lower the number, the better the fiber’s attenuation. Attenuation is specified at 850 and 1300 nm for multimode fiber. and 1310 and 1550 nm for singlemode fiber, over a temperature range of -60°C to +85°C. Backscattering: Portion of scattered light which returns in a direction generally reverse to the direction of propagation.

Attenuation dead zone: for a reflective or attenuating event it is the region after the event where the displayed trace deviates from the undisturbed backscatter trace by more than a given vertical value DF (usually 0.5 dB or 0.1 dB). Bellcore specifies a reflectance of - 30 dB, a loss of 0.1 dB and gives different locations. In general, the higher the reflected power sent back to the OTDR, the longer the dead zone. The attenuation dead zone depends on the pulsewidth, the reflectance, the loss, the displayed power level and the location. It usually indicates the minimum distance after an event where the backscatter trace can be measured.

Bandwidth: Difference, expressed in Hertz (Hz), between the highest and the lowest frequencies passing through the fiber.

ATM (Asynchronous Transfer Mode): A network standard that specifies fixed length cells to transmit data, voice and video information. ATM is scalable in that it can operate at different transmission speeds such as 51, 100, 155, 622

Buffer tube: A thermoplastic tube which is a component of fiber optic cables serving to segregate the fibers into “groups” and to mechanically decouple mechanical forces on the cable from the fibers by permitting the fibers

Note: This term is often used to specify the bandwidth (MHz x km) of a multimode fiber. Bend Radius (minimum): The radius a fiber can bend before increased loss or mechanical damage occurs. Broadband: A signal technique that involves modulating the signal on a carrier before transmission. This allows multiple information signals to be transmitted simultaneously on different carrier frequencies.

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to “float” in the tube. The tubes can be filled (in outdoor cables) or unfilled (in indoor cables). Building backbone cable: A cable that connects the building distributor to a floor distributor. Building backbone cables may also connect floor distributors in the same building. Building Distributor: A distributor in which the building backbone cable(s) terminate(s) and at which connections to the campus backbone cable(s) may be made. Cable: A structure carrying multiple fibers, usually more than 4 (less than 4 fibers in a structure is usually referred to as “CORD”) and providing mechanical and environmental protection, tensile strength and fire resistance. Two different design concepts exist: Loose tube cable: This design allows primary coated optical fiber or bundles of primary coated optical fibers to lie loosely inside a polymer tube or “former” thus taking advantage of the minimum strain configuration within the tube or former whist protecting them from abrasion and other external forces. The tube or former may be filled with compounds to prevent ingress and propagation of moisture which may affect the optical fibers. These cables are designed to withstand the mechanical stresses involved when cables are pulled through extensive duct systems and are particularly suitable for external use. Tight buf fered tube cable: This design features secondary coated (buffered) optical fibers within a flexible and durable construction. The cables are of generally low fiber count with aramid strength element protection layers and a polymer outer sheath. This design is particularly suited to internal applications.

fiberoptıc systems®

FIBER OPTIC GLOSSARY FIBER OPTIC GLOSSARY

Campus Distributor

Building Backbone

Floor Distributor Telecommunication Outlet

Campus Backbone Cabling Subsystem

Building Backbone Cabling Subsystem

Horizontal Cabling Subsystem

Terminal Equipment

Work Area Cabling

Generic Cabling System

Campus backbone cable: A cable that connects the campus distributor to the building distributor(s). campus backbone may also connect building distributors directly. Campus Distributor: The distributor from which the campus backbone cabling emanates. Chromatic dispersion: A type of dispersion that causes broadening of input pulses along the length of the fiber. Chromatic dispersion is due to the different wavelengths of light traveling at different speeds through the fiber. It is at a minimum value at the fiber zero dispersion wavelength. Cladding: The glass layer surrounding the core of an optical fiber. The lower index of refraction of the cladding as compared to the core causes the light within the core to be totally internally reflected and remain in the core. Coating: An acrylate polymer material put on a fiber during the draw process to protect it from the environment and rough handling. Connector: A junction which allows an optical fiber or cable to be repeatedly connected or disconnected to a device such as a source or a detector. Coupling ratio/loss (Cr, Cl): ratio /loss of optical power from one output port to the total output power, expressed as a percent. Core: The central region of an optical fiber through which light is transmitted.

CPE: Customer Premises Equipment. Cutoff wavelength: In singlemode fiber, the shortest wavelength at which a single mode can be transmitted. Beyond this wavelength, several modes transmit simultaneously, and the fiber becomes multimode.

a collection of components (e.g. : patch panels, patch cords) used to connect cables. DTE: Data Terminal Equipment, generally. Dynamic range: IEC Dynamic Range (introduced by Bellcore)

Dead Zone: Distance sections in trace, which are associated with every reflective event and represent the distance between the beginning of the event and the point where a consecutive event can be detected.

The difference between the extrapolated point of the backscatter trace at the near end of the fiber (taken at the interception between the extrapolated trace and the power axis) and the upper level of the noise floor at or after the fiber end. The upper level of the noise is defined as the upper limit of a range which contains at least 98% of all noise data points. The dynamic range is expressed in decibels (dB). This measurement is performed for 180 seconds usually with largest pulsewidth of the OTDR.

DFB: Abbreviation for distributed feedback laser. This laser has a Bragg reflection grating in the active region in order to suppress multiple longitudinal modes and enhance a singlelongitudinal mode.

RMS Dynamic Range: The difference between the extrapolated point of the backscatter trace at the near end of the fiber (taken at the intersection between the extrapolated trace and the power axis) and the RMS noise level.

CW: Abbreviation for continuous wave. Dense WDM (Wavelength division multiplexing): Technique used to multiplex several signals on the same fiber within a narrow wavelength band.

Dispersion: The cause of bandwidth limitation in a fiber. The spreading (or broadening) of a light pulse as it spreads along a fiber. Major types are : • modal dispersion cause by differential optical path lengths in a multimode fiber, • chromatic dispersion caused by a differential delay of various wavelengths of light passing through a fiber. Distributor: The term used for the functions of 398

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FIBER OPTIC GLOSSARY

EDFA: Abbreviation for Erbium Doped Fiber Amplifier. Device which amplifies an optical signal without employing O/E and E/O conversions.

contain complex passive components.

Electromagnetic Spectrum: It is a term used to describe the entire range of light radiation, from gamma rays to radio.

FTTB: Abbreviation for Fiber-To-The-Building

Ethernet: A network protocol specified for operation to 10 Mbit/s. Standards are being developed for 100 Mbit/s and beyond. Event dead zone: Minimum distance on the trace, where two separate events can still be distinguished. The distance to each event can be measured, but the separate loss of each events cannot be measured. This parameter usually gives an indication of the minimum distance in order to distinguish between reflective events which occur in close proximity. • For a reflective event, the event dead zone definition is the distance between the two opposite points which are 1.5 dB (or FWHM) down from the peak. The reflectance of the event shall be specified: as an example Bellcore gives a reflectance of -30 dB. • For an non-reflective event, the event dead zone definition is the distance between the points where the beginning and ending levels at a splice or a given value (£ 1 dB) are within ±0.1 dB of their initial and final values. Usually this dead zone is a fixed value and depends only on the pulsewidth and the fiber. This definition is not often used. Ferrule: A mechanical fixture, generally a rigid tube, used to confine and align the polished or cleaved end of the fiber in a connector. Generally associated with fiber-optic connectors. Fiber Distributed Data Interface (FDDI): A standard for 100 Mbit/s fiberoptic local area network. Fiber optic span: A series of one or more terminated optical fiber elements which may

Floor distributor: The distributor used to make connections between the horizontal cabling, other cabling subsystems and active equipment. FTTC / FTTK: Abbreviation for Fiber-To-TheCurb / Kerb FTTH: Abbreviation for Fiber-To-The-Home FTTO: Abbreviation for Fiber-To-The-Office Fusion Splice: A permanent joint accomplished by the application of localized heat sufficient to fuse or melt the ends of the optical fiber together, forming a continuous single fiber. Graded-index fiber: Fiber design in which the refractive index of the core is lower toward the outside of the core and increases toward the center with the peak at the centerline. This multimode fiber design reduces the time difference between the arrival of different modes, minimizing modal dispersion and maximizing bandwidth. Group index: The factor by which the speed of light in vacuum has to be divided to yield the propagation velocity of light pulses in the fiber. Hub: Houses the network software and directs communications within the network. Index of Refraction: See refractive index Insertion loss: The increase in the total optical attenuation caused by the insertion of an optical component in the transmission path. Joint: An assembly designed to connect 2 or more optical fibers. Jumper: A cable unit or cable element without connectors used to make a connection on a cross-connect. LAN (Local Area Network): A geographically limited communications network intended for the local transport of data, video, and voice. 399

It’s a high speed transmission (Mbit/s) which facilitates information transfer. Laser (Light Amplificated by Stimulated Emission of Radiation): A device that produces monochromatic, coherent light through stimulated emission. Launch fiber: A length of fiber used to create an equilibrium modal distribution in multimode, and to measure the first connector of the network in both multimode and singlemode systems. Mechanical splice: A fiber splice accomplished by fixtures or materials rather than thermal fusion. Micro bend: Small distortion of a fiber caused by external factors such as cabling. Mode field diameter (MFD): A parameter which expresses for a single mode fiber the section where the majority of the light energy passes. It can be expressed as the diameter of optical energy in the fiber. Because the MFD is greater than the core diameter, MFD effectively replaces core diameter in practise. Multimode fiber: An optical fiber in which light travels in multiple modes.

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FIBER OPTIC GLOSSARY FIBER DATASHEETS Cladding Size: 125 um Index of refraction: 1.46 Coating Size: 900 um Core Size: 62.5 um or 50 um Index of refraction: 1.48

Multiplex: Combining two or more signals into a single bit stream that can be individually recovered. Node: A point of flexibility and/or interconnection within the fiber optic cabling system. Numerical aperture: The number that expresses light gathering capacity of a fiber related to the acceptance angle. The sine of 5% optical power angle (corresponding to -13 dB) is used to measure the Numerical Aperture.

Point to point: A connection established between two specific locations or devices such as a hub and a workstation or between two buildings. Reflectance: The ratio of reflected power to incident power of an event or connector R = 10 log(Pr/Pi). Refractive index: A property of light transmitting materials defined as the ratio of the velocity of light in vacuum (c) to its velocity in a given transmission medium (v).

Optical Loss budget: The amount of signal loss that can be tolerated in a system before errors occur.

n = c/v

ORL (Optical Return Loss): The ratio (expressed in dB) of the reflected power to the incident power from a fiber optic system or link ORL = -10 log (Pr/Pi) or ORL = 10 log (Pi/Pr)

e.g.: n (air)= 1.0003 ; n (water) = 1.33 ; n (Glass)= 1.5

OTDR: Abbreviation for Optical Time Domain Reflectometer. An instrument used to characterize a fiber optic link. Useful in estimating fiber link attenuation, attenuation coefficient, discrete reflections, splice/ connector loss, and point defects, all as a function of fiber distance. Patchcord: A cable assembly, permanently assembled at both ends with connector components (principally for cross-connection within a patching facility). Pigtail: A short length of optical fiber permanently attached to a connector and intended to facilitate jointing between that connector and another optical fiber or component.

n = Refractive Index c = 2.99792458 . 108 m/s

Repeater: A device used to regenerate an optical signal to allow an increase in the system length. Scattering: A property that causes light to deflect out of the core area of the fiber, thereby contributing to attenuation. Singlemode fiber: An optical wave guide (or fiber) in which the signal travels in one mode. Transmitter: An electronic package used to convert a signal carrying electronic information to a corresponding optical signal for transmission by fiber. The transmitter can be a light emitting diode (LED), laser diode, or vertical cavity surface emitting laser (VCSEL). SNR (Signal to Noise Ratio): The ratio of the received optical signal power divided by the RMS noise floor for the detector. 400

Splice: A permanent junction between optical fibers Splitter: A passive device which devises optical power among several output fibers from a common input. Step-index fiber: A fiber whose index of refraction (n) changes sharply at the interfaces of its core and cladding. Visual Fault Locator: The visual fault locator is a visual light source used to locate breaks or point of excess loss in fiber cable. The common wavelengths are 635 nm, 650 nm and 670 nm. WDMs: Abbreviation for Wavelength Division Multiplexers. Passive fiber optic components which combine optical channels on different wavelengths. WAN (Wide Area Network): A network used for the transport of information over many miles.

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FIBER DATASHEETS

ITU-T G.652.B (Singlemode Fiber) PHYSICAL CHARACTERISTIC Cladding Diameter

125.0±0.7µm

Cladding Non-Circularity

≤0.5%

Core/Cladding Concentricity Error (Offset)

≤0.5µm

Coating Diameter (Colored)

250 ± 15µm

Coating/Cladding Concentricity Error (Offset)

≤12µm

Tensile Proof Test

≤1.0%(120 kpsi)

OPTICAL CHARACTERISTICS “Attenuation (Uncabled)”

at 1310 nm: ≤0.34 dB /km at 1550 nm: ≤0.20 dB /km at 1625 nm: ≤0.23 dB /km

Chromatic Dispersion(CD)

at 1285-1330 nm: ≤3.5 ps/nm•km at 1550 nm: ≤18.0 ps/nm•km Zero Dispersion Slope (S0): ≤0.090 ps/nm²•km Zero Dispersion Wavelength( λ0): 1302-1322 nm at 1310 nm: 1,467 at 1550 nm: 1,468 at 1310 nm: 9,2 ± 0.4µm at 1550 nm: 10,4 ± 0.4µm

Gruop Index of Refraction(IOR) Mode Field Diameter(Mfd) Polarization Mode Dispersion(PMD)

Uncabled Fiber PMD Coefficient: ≤0,15ps √ km

Cut-off Wavelength ( λcc )

≤1260 nm

ITU-T G.652.D (Low Water Peak Singlemode Fiber) PHYSICAL CHARACTERISTIC Cladding Diameter

125.0 ± 0.7µm

Cladding Non-Circularity

≤0.5%

Core/Cladding Concentricity Error (Offset)

≤0.5µm

Coating Diameter (Colored)

250 ± 15µm

Coating/Cladding Concentricity Error (Offset)

≤12µm

Tensile Proof Test

≥1,0%(120 kpsi)

OPTICAL CHARACTERISTICS

“Attenuation (Uncabled)”

at 1310 nm: ≤0,34 dB /km at 1383 nm ± 3 nm: ≤0,31 dB /km at 1490 nm: ≤0,24 dB /km at 1550 nm: ≤0,20 dB /km at 1625 nm: ≤0,23 dB /km

Chromatic Dispersion(CD)

at 1285 - 1330 nm: ≤3,5 ps/nm•km at 1550 nm: ≤18,0 ps/nm•km at 1625 nm: ≤22,0 ps/nm•km Zero Dispersion Slope(S0): ≤0,090 ps/nm²•km Zero Dispersion Wavelength( λ0): 1302-1322 nm at 1310 nm: 1,467 at 1550 nm: 1,468 at 1310 nm: 9.2 ± 0.4 µm at 1550 nm: 10.4 ± 0.5 µm

Gruop Index of Refraction(IOR) Mode Field Diameter(Mfd) Polarization Mode Dispersion(PMD)

Uncabled Fiber PMD Coefficient: ≤0,15ps √ km

Cut-off Wavelength ( λcc )

≤1260 nm

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FIBER OPTIC GLOSSARY FIBER DATASHEETS

TU-T G.653 (Dispersion Shifted Singlemode Fiber-DSF) CHARACTERISTIC

TYPICAL VALUE

Cladding Diameter

125.0 ± 1.0µm

Attenuation

at 1550 nm: ≤0,22 dB /km

Chromatic Dispersion (CD)

1525 - 1575 nm: ≤3,5 ps/nm•km Zero Dispersion Slope: ≤0,085 ps/nm•km Zero Dispersion Wavelength: 1525-1575 nm

Mode Field Diameter (MFD)

at 1550 nm: 8.0 ± 0.5 µm

Polarization Mode Dispersion (PMD)

Uncabled Fiber PMD Coefficient: ≤0,15ps /√ km

Cut-off Wavelength (λCC)

≤1270 nm

ITU-T G.655 (Non - Zero Dispersion Shifted Singlemode Fiber -NZDSF) CHARACTERISTIC

TYPICAL VALUE

Application Bands

C-L

Cladding Diameter

125 ± 1.0 µm

Coating Diameter

250 ± 15 µm

Effective Area(Aeff )

72mm²

Attenuation

at 1550 nm: ≤ 0,22 dB/km at 1625 nm: ≤ 0,25 dB/km

Chromatic Dispersion

S-C-L

95mm²

6.5 ~ 13.0 ps/nm•km at 1530 - 1565 nm: 2.0 ~ 6.0 ps/nm•km at 1565-1625 nm: 4.5/11.2 ps/nm•km at 1460-1625 nm: – 2.0/16.5 ps/nm•km Zero Dispersion Slope: 0.090 ps/nm²•km 0.07 ps/nm²•km

Gruop Index of Refraction(IOR)

at 1310 nm: 1,471 at 1550 nm: 1,470

Mode Field Diameter (Mfd)

at 1550 nm: 9.6 ± 0.4 µm

Polarization Mode Dispersion (PMD)

Uncabled Fiber PMD Coefficient: ≤ 0,10 ps/√ km

Cut-off Wavelength ( λcc)

≤ 1450 nm

ITU-T G.656 CWDM and DWDM trroughout the region 1460-1625 nm (S-C-L Bands )

CHARACTERISTIC

TYPICAL VALUE

Cladding Diameter

125 ± 0.7 µm

Coating Diameter

250 ± 15 µm

Effective Area(Aeff )

45 mm²

Attenuation

at 1460 nm: ≤ 0,28 dB/km at 1550 nm: ≤ 0,22 dB/km at 1625 nm: ≤ 0,25 dB/km

Chromatic Dispersion

1460 - 1625 nm: 2.0 ~ 8.0 ps/nm•km 1530 -1565 nm: 4.0 ~ 7.0 ps/nm•km Dispersion Slope at 1550 nm: 0,092 ps/nm•km

Polarization Mode Dispersion (PMD )

≤ 0.10 ps √ km

Group Index of Refraction(IOR)

at 1310 nm: 1,471 at 1550 nm: 1,470

Mode Field Diameter

at 1550 nm: 7,7 ± 0.4 µm

Polarization Mode Dispersion (PMD)

Uncabled Fiber PMD Coefficient: ≤ 0,10 ps √ km

Cut -off Wavelength (λcc)

≤ 1450 nm

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FIBER DATASHEETS

ITU-T G.657 A/B A

B 1310nm 6,3 / 9,5 µm ± 0,4 µm

Mode Field Diameter

Wavelength Range of nominal values Tolerance

1310nm 8,6 / 9,5 µm ± 0,4 µm

Cladding Diameter

Nominal Tolerance

125,0 µm ± 0,7 ± µm

Core Concentricity Error

Maximum

≤ 0,5 µm

Cladding Non - Circularity

Maximum

≤ 1,0 %

Cable Cut -Off Wavelength

Maximum

1260 nm

Uncabled Dispersion Coeffcient

Radius ( mm ) Number of turns Max. at 1550 nm (dB ) Max. at 1625 nm (dB )

Proof Stress

Minimum

Chromatic Dispersion Coeffcient

λ0min λ0max s0max

Attenuation Coefficient

Pmd Coefficient

A1 (Note a,b) 10 15 1 10 0,75 0,25 1,5 1

A2 (Note a,b) 15 10 7,5 10 1 1 0,03 0,1 0,5 0,1 0,2 1,0

1B (Note b, e) 10 7,5 15 1 1 10 0,5 0,03 0,1 0,2 1,0 0,1

2B (Note b,e) 10 7,5 5 1 1 1 0,03 0,08 0,15 0,1 0,25 0,45

0,69 GPa 1300 nm 1324 nm 0,09 ps/ nm² x km

TBD (Note f )

“≤ 0,4 dB/km Max. From 1310 nm to 1625 nm(Note c)”

≤ 0,5 dB/km Max at 1310nm

“≤ 0,4 dB/km Max. From 1383 nm ±3nm(Note d)”

≤ 0,3 dB/km Max at 1550nm

“≤ 0,3 dB/km Max. at 1550 nm “

≤ 0,4 dB/km Max at 1625nm

20 cables 0,01% 0,20 ps/ √km

TBD (Note g)

M Q Maximum PMDQ

at 1310 nm: 1,467 at 1550 nm: 1,468

Group Index of Refraction (IOR)

MM 62.5 (OM1) PARAMETERS

TYPICAL VALUE

Core Diameter

62,5 ± 3,0 µm

Cladding Diameter

125 ± 2,0 µm

Coating Diameter

250 ± 15 µm

Core Concentricity Error

≤ 3 µm

Cladding Non - Circularity

≤2%

Numerical Aperture

0,275 ± 0,015

Attenuation Bandwidth Group Index of Refraction (IOR)

403

at 850 nm: ≤ 3,0 dB / km at 1300 nm: ≤ 0,7 dB / km at 850 nm: ≥ 200 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: 1,496 at 1300 nm: 1,491

fiberoptıc systems®

FIBER OPTIC GLOSSARY FIBER DATASHEETS

MM 50 (OM2) PARAMETERS

TYPICAL VALUE

Core Diameter

50 ± 3,0 µm

Cladding Diameter

125 ± 2,0 µm

Coating Diameter

250 ± 15 µm

Core Concentricity Error

≤ 3 µm

Cladding Non - Circularity

≤2%

Numerical Aperture

0,20 ± 0,015 at 850 nm: ≤ 2,5 dB / km at 1300 nm: ≤ 0,7 dB / km at 850 nm: ≥ 500 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: 1,483 at 1300 nm: 1,479

Attenuation Bandwidth Group Index of Refraction (IOR)

MM 50 (OM2+) PARAMETERS

TYPICAL VALUE

Core Diameter

50 ± 3,0 µm

Cladding Diameter

125 ± 2,0 µm

Coating Diameter

250 ± 15 µm

Core Concentricity Error

≤ 3 µm

Cladding Non - Circularity

≤2%

Numerical Aperture

0,20 ± 0,015 at 850 nm: ≤ 2,5 dB / km at 1300 nm: ≤ 0,7 dB / km at 850 nm: ≥ 700 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: ≥ 950 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: 1,483 at 1300 nm: 1,479

Attenuation Bandwidth Effective Modal Banwidth (EMB) Group Index of Refraction (IOR)

404

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FIBER DATASHEETS

MM 50 (OM3) PARAMETERS

TYPICAL VALUE

Core Diameter

50 ± 3,0 µm

Cladding Diameter

125 ± 2,0 µm

Coating Diameter

250 ± 15 µm

Core Concentricity Error

≤ 3 µm

Cladding Non - Circularity

≤2%

Numerical Aperture

0,20 ± 0,015 at 850 nm: ≤ 2,5 dB / km at 1300 nm: ≤ 0,7 dB / km at 850 nm: ≥ 1500 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: ≥ 2000 MHz• km at 1300 nm: ≥ 500 MHz• km at 850 nm: 1,483 at 1300 nm: 1,479

Attenuation Bandwidth Effective Modal Banwidth (EMB) Group Index of Refraction (IOR)

405

406

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FACTORY - HEAD OFFICE Kavaklı Mah İstanbul Cad. No:21 Beylikdüzü İstanbul / TÜRKİYE Tel : +90 212 855 82 20 (10 lines) Fax : +90 212 855 82 21 SALES OFFICE - KAVACIK Ekinciler Caddesi Necip Fazıl Çıkmazı Ak Plaza No 8 Kat 6 Kavacık İstanbul / TÜRKİYE Tel : +90 216 425 55 45 (Pbx) Fax : +90 216 425 31 36

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