Fiber Optical Components Lab and Production Equipment Optical Components
Pigtails, Patchcords, Adapters
Coupler/Splitters
Filter Based devices
PM Components
Polarization Scrambler Card
High Speed In-line Polarimeter
Reset-Free Polarization Tracker
Test & Measurement
Light Sources
Optical Powermeters
Timing/Delay Management
Serial Data Signal Testing
Bulletin No. 4013
Production and low Data Rate BERTS
BERTScope
Signal Analysis
www.laser2000.com
Overview & Contact Persons Dear valued customers,
About Laser 2000
This brochure gives you a short overview about our product portfolio of fiber optic components, manufacturing, production and lab test and measurement equipment.
Laser 2000 Fiberoptic has different branches of activity where all of them are dedicated to fiber optics or photonics. In the fiberoptics field Laser 2000‘s offering comprises a large variety. Starting from optical patchcords, attenuators and transceivers like GBICs and SFPs it ranges to easy to deploy CWDM and DWDM solutions.
Starting from simple optical patchcords up to OEM subsystem solutions we offer a broad spectrum of fiber optic devices and components as well as production equipment for component and system manufactures, integrators, research labs and universities. Our lab test and measurement equipment completes this product line for measuring all optical parameters and makes it possible to get deeper insight into electrical and optical serial data signals.
Furthermore aggregation and optical transport for access, metro and regional networks are a fix part of the portfolio. With different quality partners Laser 2000 is able to provide the right solution for its customers. As Laser 2000 is very knowledgeable in the optical domain they can even tailor dedicated solutions for special needs. Laser 2000 offers additionally test and measurement equipment for installers and operators of fiber optical networks.
Your Contact Persons Michael Riess
Dr. Christina Manzke
Heiko Pierchalla
• Fiber Optics • Digital Testing
• Fiber Optics • Installation & Measurement • Digital Testing
• Network Solutions • Fiber Optics • Digital Testing
Tel. +49 30 962778-11 Fax +49 30 962778-29 Mobile +49 151 55019719 c.manzke@laser2000.de
Tel. +49 30 962778-13 Fax +49 30 962778-29 Mobile +49 151 55019721 h.pierchalla@laser2000.de
Stefan Wiener
Christian Schöbel
Michael Oellers
• Installation & Measurement • Fiber Optics
• Network Solutions • Installation & Measurement • Fiber Optics
• Network Solutions • Installation & Measurement • Fiber Optics
Tel. +43 1 4810498 Fax +43 1 4810548 c.schoebel@laser2000.at
Tel. +49 2161 307300 Fax +49 2161-307310 Mobile +49 151 55019720 m.oellers@laser2000.de
Sabine Beausencourt
Andrea Wagner
Sandra Grothwinkel
• Fiber Optics • Digital Testing • Network Solutions
• Fiber Optics • Installation & Measurement
• Network Solutions • Installation & Measurement • Fiber Optics
Product Specialist Germany, PLZ 3-9
Tel. +49 8153 405-18 Fax +49 8153 405-33 Mobile +49 151 55019723 m.riess@laser2000.de
Product Specialist Germany, PLZ 7-9
Tel. +49 9547 870369 Fax +49 9547 871281 Mobile +49 151 55019728 s.wiener@laser2000.de
Sales Assistant
Tel. +49 8153 405-12 Fax +49 8153 405-33 s.beausencourt@laser2000.de
Laser 2000 GmbH Argelsrieder Feld 14 DE-82234 Wessling München/Germany Tel. +49 8153 405-0 Fax +49 8153 405-33 info@laser2000.de
Office Berlin Pasedagplatz 3-4 DE-13088 Berlin Tel. +49 30 962778-0 Fax +49 30 962778-29 c.manzke@laser2000.de
Office Bamberg Hängbergstrasse 18 DE-96199 Zapfendorf Tel. +49 9547 8703-69 Fax +49 9547 8712-81 s.wiener@laser2000.de
Office Mönchengladbach Ohlerkamp 4 DE-41069 Mönchengladbach Tel. +49 2161 3073-00 Fax +49 2161 3073-10 m.oellers@laser2000.de
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Product Specialist Germany, PLZ 0-2
Product Specialist Austria, Eastern Europe
Sales Assistant
Fiber Optical Components – Lab and Production Equipment
Product Specialist Germany, PLZ 3-6
Sales Assistant
Tel. +49 8153 405-30 Fax +49 8153 405-33 a.wagner@laser2000.de
Office Wien Christian Schöbel AT-1160 Wien Tel. +49 (0) 8153-405-12 Fax +49 (0) 8153-405-33 info@laser2000.at
Product Specialist Germany, PLZ 0-2
Tel. +49 2161 307320 Fax +49 2161 307310 s.grothwinkel@laser2000.de
! New office
www.laser2000.com
Content Overview & Contact Persons ................................................................. 2 Content ...................................................................................................3-4 Service-Center ....................................................................................... 38 Free Catalogue Order ............................................................................ 39
Optical Components Optical Components 5-17
Specifications Arrayed
Specifications Arrayed
Specifications Arrayed Laboratory Test and Measurement Equipment
18-30
Passive Components............................................................................... 5 • Pigtails, Patchcords, Adapters, Attenuators ................................... 5 • Coupler/Splitters Fused and PLC based .......................................... 5 • Pump and Power Combiners ............................................................ 5 • Isolators and Circulators ................................................................... 6 • Filter Based devices ........................................................................... 6 • Optical Switches ................................................................................ 6 • Others .................................................................................................. 7 • Dispersion compensating Modules (DCM) ..................................... 7 Active Devices – Time and Delay Management .................................. 7 • Manual Variable Optical Delay Line ................................................. 7 • Miniature Manual Variable Optical Delay Line ............................... 8 • Motorized Variable Optical Delay Line ............................................ 8 • Fiber Phase Shifter............................................................................. 8 • High-Speed Optical Path Length Scanner ...................................... 9 • Fixed Differential Group Delay ......................................................... 9 • Fiber Pigtailed Free Space Interferometer – MZI-001.................... 9 Polarization Management .................................................................... 10 • Dynamic Polarization Scrambler/Controller – Mini Dynamic Polarization Controller ........................................ 10 • Polarization Switch .......................................................................... 10 • Miniature Polarization Scrambler Card ......................................... 11 • High Speed In-line Polarimeter ..................................................... 11 • Polarization State Generator ......................................................... 11 • Reset-Free Polarization Tracker – PolaStay™ ............................... 12 • Polarization Controller..................................................................... 12 Modulators ............................................................................................. 13 Accessories ............................................................................................ 13 • Lab Fiber Splicer ............................................................................. 13 Active Devices – Lightsources ............................................................. 14 • Electro-absorption Modulator Lasers ........................................... 14 • Continuous Wave C-band and L-band DFB Lasers (CW) ............. 14 • 2.5 Gb/s Direct Modulation Lasers (DML) ..................................... 14 • Other Digital Applications............................................................... 15 • Lasers for CATV and Analog Applications .................................... 15 • High & Ultra-High Power 980 nm Cooled Pumps ........................ 15 • High Power 980 nm Uncooled Pumps ........................................... 15 Detectors ................................................................................................ 16 • Pigtailed and Receptacle packed PIN Detectors for analog and digital Applications ............................................... 16 Transceiver ............................................................................................. 16 • LAN .................................................................................................... 16 • WAN .................................................................................................. 16 PMD and PDL Calibration Standards .................................................. 17 Other Components ................................................................................ 17
Laboratory Test & Measurement Equipment Light Sources ......................................................................................... 18 • Benchtop Broadband Source ......................................................... 18 • Superluminescent Diode Light Source ......................................... 18 • Fabry-Perot Laser............................................................................. 18 • Tunable Laser Source ...................................................................... 19 Modulation Units................................................................................... 19
Fiber Optical Components – Lab and Production Equipment
3
Optical Components Laboratory Test & Measurement Equipment Optical Powermeters ............................................................................ 19 • Optical Power Meter (cOPM-A1) ..................................................... 19 • Optical Return Loss Meter (cORL-A1) ............................................ 20 Optical Amplifiers ................................................................................. 20 • Benchtop Erbium-Doped Fiber Amplifier ..................................... 20 Fiberoptical Switches ........................................................................... 21 • Benchtop/Rackmount Programmable Switches .......................... 21 Polarization Measurement ................................................................... 21 • Polarization Extinction Ratio Meter ............................................... 21 • DSP In-line Polarimeter ................................................................... 21 • Polarization Measurement System ................................................ 22 • Polarization Synthesizer/Analyzer ................................................. 22 • DOP Meter ......................................................................................... 22 • PDL Multimeter ................................................................................ 23 Polarization Control .............................................................................. 23 • Multifunction Polarization Controller ............................................ 23 • Polarization Scrambler .................................................................... 23 • Reset-free Polarization Stabilizer ................................................... 24 • Polarization State Generator .......................................................... 24 • Polarization Synthesizer/Analyzer ................................................. 24 PMD Management ................................................................................. 25 • PMD Emulation Platform................................................................. 25 • Polarization Optimized PMD Source – PMDPRO™ ...................... 25 Timing/Delay Management ................................................................. 26 • Programmable Optical Delay Generator – TimeRITE™ .............. 26 • Fiber Stretcher .................................................................................. 26 Passive Component Test ...................................................................... 26 • Environmental Test System (OCETS Plus) .................................... 26 • Insertion Loss/ Return Loss Testing .............................................. 27 • Swept Wavelength Systems ........................................................... 28 High Resolution OTDRs ........................................................................ 28 Multiple Application Platform (MAP-200) .......................................... 30
Laboratory Test and Measurement Equipment 18-30
Serial Data Signal Testing 31-35
Serial Data Signal Testing Production and Low Data Rate BERTS ............................................... 31 • 10G BERT: 8 Gbit/s to 11.3 Gbit/s X-BERT System ....................... 31 • BitAlyzer – 1.6 / 1.5 Gb/s Bit Error Ratio Test Systems ................ 31 BERTScope Product Family ................................................................. 32 • BERTScope Si 17.5 Gb/s Analyzer with Stressed Eye.................. 32 • BERTScope S 12.5/7.5 Gb/s Analyzers with Stressed Eye .......... 32 Signal Analysis ...................................................................................... 33 • Clock recovery you can count on ................................................... 33 • Jitter Spectrum and DCD Measurements ..................................... 33 • DCRJ — Optical Jitter Compliance Solution Showing >80 MHz Jitter Spectrum................................................................. 34 • Flexible 850 nm Jitter Tolerance Testing ...................................... 35 • Companion Products ....................................................................... 35
Production Equipment CW-5000 Coupler Workstation ............................................................ 36 Fusion Splicer for the Lab .................................................................... 36 Polishing Machines ............................................................................... 37 Additional Solutions ............................................................................. 37
4
Fiber Optical Components – Lab and Production Equipment
Production Equipment 36-37
Optical Components Passive Components Pigtails, Patchcords, Adapters, Attenuators In nearly all fiber optic networks the optical fiber, passive optical components and active optical devices must be joined using optical interconnections. Our pigtails, patchcords and adapters provide fundamental component support for these applications as well as standard and custom value added integrated solutions that address the need for higher functionality and modularity. Products All major fiber types available Multimode Singlemode Hard Cladded Silica and POF Fan Outs Colorcoded patchcords for CWDM applications Fixed attenuators Variable attenuators Mode conditioning patchcords Fiber Arrays
Coupler/Splitters Fused and PLC based Fiber optic splitters are passive optical devices that are used to split or combine different optical signals in terms of optical power or wavelength. We offer fused biconical Taper and Planare waveguide based solutions (PLC). Specifications 1x2, 1x3, 1x4, 1xN and many other configurations Multimode, Sinlgemode solutions available Bare fiber, buffered fiber or pigtail packaging Rack and OEM solutions also available
Pump and Power Combiners These couplers are used to combine the output power of two or more pumps into one single fiber. They are usually used for high gain EDFAs or fiber lasers. We offer a variety of 2x1, 3x1 to 7x1 power combiner and 3 port PM combiners.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
5
Optical Components Passive Components Isolators and Circulators Fiber optic isolators are passive optical components that are used to isolate returned or back reflected optical signals, thereby preventing laser output degradation. They can be found in virtually all fiber optic network systems, Erbium-Doped Fiber Amplifiers and WDM systems, where they protect critical components from back reflections. Circulators are used to pass optical signals only in one way through a 3 or 4 port device. Specifications High quality and attractively priced Exceptional environmental stability Low excess loss Also for PM Fibers available
Filter Based devices To increase carrying capacity of existing cable systems the use of Wavelength Multiplexing technologies is common in order to provide additional capacity without increasing fiber count. Using Wavelength selective devices like two channel Mux and Demux in Fused Biconical Taper technology up to Thin Film Filter based or PLC we offer solutions for almost any application. Specifications Wavelength division multiplexers (WDMs) for Multimode, Single Mode and Polarization maintaining fiber (PMF) CWDM – Components DWDM – Components Add/drop Multiplexer
Optical Switches The optical switches are used to connect one input fiber to 1, 2 or N output fibers. Several packaging sizes and fiber counts are available for Multimode, Singlemode and user supplied fibers. Specifications Remote fiber test systems Fiber network restoration Fiberoptic component test and measurement Integrated module solution designed for integration into new products OEM applications Sensing applications
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de 6
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components Passive Components Others Next Generation networks rely on additional re-configurable optical links and nodes. For this application we offer several integrated solutions and subsystems. Please ask for details or provide your requirements! Products Arrayed Wave Guides AWGS with or without integrated VOAs Reconfigurable Add Drop Filter (ROADM) Hybrid components
Dispersion compensating Modules (DCM) Modules are proposed for compensation in the C band, in the L band, or the C+L band where applicable. Customized models are available upon request.
Active Devices – Time and Delay Management Manual Variable Optical Delay Line Our manually variable optical delay line provides precision optical path variation of more than 18 cm (600 ps). The compact and rugged design makes the device ideal to be integrated in network equipment and test instrument for precision optical path length or timing alignment. Specifications Space efficient Highest delay to length ratio Large delay: more than 600 ps Low insertion loss variation Free space model available
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
7
Optical Components Active Devices – Time and Delay Management Miniature Manual Variable Optical Delay Line The VDL-002 is a miniaturized variable optical delay line designed specifically for OEM applications. With a delay range of up to 250 ps, this device is a superior replacement for the variable RF phase shifters inadequately adapted from the RF/ wireless field for fiber optic communications. It is especially useful in coherent detection systems for adjusting phase or delay differences between signals. Specifications Compact size High resolution Low backlash Low insertion loss High stability Longevity
Motorized Variable Optical Delay Line General Photonics’ motorized variable optical delay line provides precision optical path length adjustment of up to 560 ps. Driven by a DC motor with an integrated encoder, the MDL-002 has a delay resolution of less than 0.3µm (1 fs), and an extremely low backlash of less than 8 fs. In addition, its advanced motion design guarantees longevity for long-term continuous operation. Specifications Compact size High resolution Low backlash Low insertion loss High stability Long delay range
Fiber Phase Shifter General Photonics‘ all fiber phase shifter/modulator provides phase shifts up to 15 π from DC to 20 kHz. The all fiber construction practically eliminates insertion loss and back reflection. This compact device is ideal for fiber laser systems, fiber resonators, and fiber interferometers for precision phase tuning or phase modulation. Specifications Compact size Low insertion loss Low residual amplitude modulation Low PDL Low cost NoTail™ model available (without pigtails)
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de 8
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components Active Devices – Time and Delay Management High-Speed Optical Path Length Scanner The FST-002 is a PZT-driven high-speed optical path length scanner with a scanning range of up to 18 mm at a resonant frequency of around 2 kHz. Built with a patented fiber stretching technology, this device provides a large scan range with a relatively low drive voltage of around 90 volts. At frequencies below resonance, a total scan range of 4.0 mm can be achieved with a maximum drive voltage of 150 volts. This fiber stretcher is packaged in a specially designed enclosure to minimize audible noise generated by the PZT. Specifications Large delay range High speed Low insertion loss Low loss variation Low audible noise
Fixed Differential Group Delay General Photonics’ fixed differential group delay lines eliminate the need for precise measurement of PM fiber lengths to add defined amounts of first order PMD to a system. DGD values of up to 45 ps are available in the standard size package. Larger DGD values are also available by special request. Specifications Large 1st order PMD up to 45 ps Compact size Low insertion loss
Fiber Pigtailed Free Space Interferometer – MZI-001 The MZI-001 is a fiber pigtailed compact Mach-Zehnder interferometer, based on free space optics, for detecting changes in optical frequency. The device comes with two fast photodetectors for the balanced detection of the two complementary outputs of the interferometer. Specifications Compact size Accurate free spectral range Temperature stable Polarization insensitive Fine optical frequency spacing Balanced photodetectors
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
9
Optical Components Polarization Management Dynamic Polarization Scrambler/Controller – Mini Dynamic Polarization Controller The all-fiber dynamic polarization controller (patented) is specially designed for original equipment manufacturers (OEM) for integration into their fiber optic network modules and test equipment. The all fiber construction practically eliminates insertion loss and back reflection. The device can be used as a fast electronic-driven polarization controller to convert any input polarization to any desired output polarization, or as a polarization scrambler to randomize the output polarization state. Specifications No intrinsic insertion loss No intrinsic back reflection Works with any wavelength Works with any single mode optical fiber Compact, ideal for integration in modules Fast response time
Polarization Switch General Photonics’ all solid-state polarization switch can quickly and repeatedly rotate the incoming SOP via a fixed angle, either at 45 or 90 degrees. Both single mode and PM fiber pigtailed versions are available. With the PM option, the device functions as a TE to TM converter to switch the SOP between being aligned with the slow and the fast axes of the PM fiber, or between the slow axis and 45 degrees from the slow axis. With SM option, the device simply rotates the polarization eclipse either 45 or 90 degrees. The device can be used for PMD monitoring, polarization modulation, polarization detection, and polarization metrology. Specifications Fast speed No moving parts Low insertion loss Compact size
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
10 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components Polarization Management Miniature Polarization Scrambler Card General Photonics’ miniature polarization scrambler module is designed specifically for hand held and field instruments. It uses fiber squeezer technology to effectively randomize polarization states. Finally, the scrambler has a superb scrambling uniformity enabled by an on board microprocessor and proprietary codes. Specifications No insertion loss & No back reflection Low residual phase and amplitude modulation Selectable scrambling frequencies Low power consumption
High Speed In-line Polarimeter General Photonics’ in-line polarimeter is specially designed for low cost, high-speed polarization characterization without interrupting data traffic. It outputs four voltage signals for calculating both the degree of polarization (DOP) and the state of polarization (SOP) of the light passing through the device in microseconds. PolaDetect is ideal for integration into polarization monitoring and polarization stabilization modules, or into polarization characterization instruments. Specifications High speed Low loss Compact size No moving parts
Polarization State Generator General Photonics’ high-speed polarization state generator (PSG) module provides the ability to generate 6 states of polarization (-45°, 0°, 45°, 90°, RHC & LHC) across the Poincaré Sphere in less than 250 µs, with an impressive repeatability of less than 0.1 degrees. In addition, it comes as a compact module ideal for integration into systems that require precise generation of these 6 polarization states or precise 90° polarization rotation. Specifications Digitally switched SOP Switching speed 250µs or less Degree SOP repeatability 6-bit TTL control Compact
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
11
Optical Components Polarization Management Reset-Free Polarization Tracker – PolaStay™ The PolaStay™ polarization tracker automatically adjusts the state of polarization (SOP) towards a reference SOP, counteracting continuous input SOP variations as fast as 1 ms with no resets. The reference SOP is determined by a feedback signal which can be provided either internally or externally. The internal feedback version (POS-002-I) consists of a fiber squeezer polarization controller, in-line polarization monitor, digital and analog circuits, and proprietary algorithm. The error signal from the polarization monitor is fed back to the polarization controller to maintain a linear SOP at the output. The external feedback version (POS-002-E) replaces the internal polarization monitor with an external analog electrical feedback signal of the user’s choice, such as a voltage proportional to the degree of polarization (DOP) measured by a polarimeter, the bit-error rate (BER) from a BER chip, the RF spectrum of a detected signal, or the optical power after a polarizer. The output fiber can be either single mode fiber or PM fiber with the SOP aligned to its slow axis. Specifications Reset free operation 1 ms recovery time 32 π /s tracking speed Plug and play
Polarization Controller The polarization controllers are available in different variations either pigtailed or to drop in a bare or buffered fiber as well as noTail version. The pigtailed versions can be spliced to other components with a minimum loss and are ideal for controlling the polarization state of light in any single mode fiber optic systems. The compact, user-friendly device covers wide operation wavelength range. The in-line version can be inserted into a fiber optic system to control the polarization state of light without having to disconnect any part of the system. It can be used by simply inserting a length of fiber into the slot located on top of the device. The miniature version can be inserted in even tighter spaces in a fiber optical module. Specifications Low Loss Low back reflection Easy to connect Low cost Insensitive to wavelength variations Works with fibers of any size
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
12 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components Modulators We provide a variety of modulation solutions for high data rate optical networks, high bandwidth optical applications, fiber sensors and instruments. The complete family of LiNb03 modulators, RF drivers and subsystems allow system manufacturers to increase their competitiveness by offering costeffective and high performance modulation solutions. Specifications 2,5 G Lithium-Niobate Modulators 10 G Modulators QPSK –Modulators Bias Driver Modulator boxes
Accessories Lab Fiber Splicer The LFS is a precision jig that constrains two bare fibers in an end-to-end position forming a temporary joint. The fibers are not permanently glued or fused. Specifications Fast Easy to use Accommodates different fiber types Low splice loss
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
13
Optical Components Active Devices – Lightsources Our portfolio covers many types of discrete lasers for analog and digital transmission in datacom and telecom applications. Applications CW Digital Analog Tunable
Electro-absorption Modulator Lasers The modules contain a DFB laser with monolithically integrated electro-absorption modulator (EML). The modulation voltage is applied to the modulator section while the DFB laser operates CW. Without the complexity of LiNbO3 external modulators, Electro-absorption Modulator Laser Module is dedicated to STM16/OC-48 and STM64/OC-192 bit rate with reduced size and reduced cost. Solutions 2,5 Gb/s C-Band DWDM 10 Gb/s C-Band DWDM Butterfly and XMD Packages
Continuous Wave C-band and L-band DFB Lasers (CW) This laser module contains a SLMQW DFB laser and can be used for high power Wavelength Division Multiplexed (WDM) telecommunication, CATV and military systems, as well as sensing applications with external modulation. The module incorporates a polarization maintaining fiber pigtail, thermoelectric cooler, precision thermistor, and optical isolator for stable operation under all conditions. Solutions C+L-Band Version 10, 20 and 30 mW
2.5 Gb/s Direct Modulation Lasers (DML) This laser module contains a DFB laser with 25 Ohm impedance matching designed for use in Wavelength Division Multiplexed (WDM) systems, high power direct modulation operations up to 2.7Gbit/s supporting application up to 200 km. The module incorporates a thermoelectric cooler, precision thermistor and optical isolator for stable operation under all conditions.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
14 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components Active Devices – Lightsources Other Digital Applications Coaxial and Butterfly Laser for CWDM 1470 nm to 1610 nm, 1525 nm 1310 nm and C-Band DWDM. Features Downstream/Upstream rates up to 2.5 Gbps Wide operating temperature range RoHS compliant package Fully GR-468 Telcordia compliant
Lasers for CATV and Analog Applications We offer a variety of lasers for CATV and other analog applications, like Quadrature Amplitude Modulation (QAM)-Lasers, Forward and Return Path Lasers and Lasers optimized for Wireless Repeater applications. Features Excellent linearity Designed for RF modulation to 1000 MHz RoHS compliant package Fully GR-468 Telcordia compliant
High & Ultra-High Power 980 nm Pumps – 14-pin Cooled Butterfly Modules Features Up to 750 mW kink-free output power Low power consumption Hermetically sealed low profile BTF package
High Power 980 nm Uncooled Pumps – Uncooled Mini-DIL Modules Features Up to 275 mW kink-free output power Coolerless device Operating temperature range -5°C to +75°C Mini-DIL package
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
15
Optical Components Detectors Pigtailed and Receptacle packed PIN Detectors for analog and digital Applications Applications Analog Digital Video Receiver Modules
Transceiver Transceiver are standardized transmission modules. They convert electrical signals into optical signals and vice versa. Transceivers may be used in established routers and switches for the LAN, SAN and WAN area. We offer transceiver solutions for various applications.
LAN For the LAN area we offer original and OEM transceiver (GBIC, SFP) for Cisco, HP, Extreme, Nortel, Foundry, Avaya, IBM, Enterasys and similar systems.
WAN Besides those for Gigabit Ethernet, STM-1, STM-4, STM-16 and STM-64 also transceivers for CWDM and DWDM are available. This increases the transmission bandwidth and the flexibility to set up metro transmissions. Specifications Data rates up to 2.7 Gbit/s with SFP resp. 10 Gbit/s with SFP+, XFP, XENPAK, X2 16 channels for CWDM 32 channels for DWDM Up to 120 km without optical amplification, above 200 km with optical amplification PON/FFTH Transceivers BIDIs coax, 1x9, SFF, SFPS
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
16 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Optical Components PMD and PDL Calibration Standards PMD and PDL are important considerations in many applications, especially high data-rate communications. With the development of high precision test equipment and tightertolerance systems, a need has arisen for extremely precise calibration standards. General Photonics offers a range of calibration standards for DGD, second order PMD and PDL. The accuracy of the standards is assured by the intrinsic optical and birefringence properties of the materials used in their construction Specifications Compact size Accurate and precise Available
Other Components For dedicated applications we offer a variety of additional components like: Solutions Tunable Filters SOAs SLEDs Fiber-Bragg-Gratings Erbium doped Fiber Amplifiers (EDFA) Gain Blocks Ruggedized Solutions Integrated Components and more Please ask for more details!
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
17
Laboratory Test & Measurement Equipment Light Sources Benchtop Broadband Source The JDSU Benchtop BBS series provides a wide wavelength range and high output power source within the 1525 to 1610 nm window. Its superior performance is achieved by pumping erbium-doped fiber to generate amplified spontaneous emission combined with specialized optical filters to achieve optimal flatness over its operating wavelength range. Specifications Choice of wavelengths (C- band and L- band) Flattened output power spectrums High output power density High spectral stability Optional quad outputs
Superluminescent Diode Light Source The SLD-101S is a highly stable superluminescent light source designed specifically for OCT, sensor and test & measurement applications. During operation, both the current and temperature are accurately controlled for superb power and spectral stabilities. Specifications Extremely power stable Extremely temperature stable Internal and external modulation options Wide center wavelength selections Wide spectral width selections Low and high DOP options High ER options
Fabry-Perot Laser The JDS-A1 provides a compact, intuitive laser source designed to enable applications ranging from simple continuity verification and insertion loss testing to integration into process automation equipment designed for robotic alignment. Specifications Provides four keys FTTx wavelengths (1310, 1490, 1550 and 1625 nm) Combines two or three lasers onto a single output Adjustable output power Selectable continuous wave or modulated output power
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
18 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment Light Sources Tunable Laser Source The TLS-101 is a compact tunable laser source for daily test and measurement applications. The laser can be step-tuned across the C-band communication channels with a tuning resolution of 50 GHz in less than 20 ms. The internal wavelength locker assures that the wavelengths or frequencies of the output light are exactly on the ITU grid of the DWDM channels. Specifications Fast tuning speed (20 ms) High output power (20 mW) ITU grid locking Ethernet interface for remote control GPIB, USB, and RS-232 interfaces for flexibility
Modulation Units The ModBox systems are a family of turnkey optical transmitters and external modulation benchtop units for both digital and analog transmission applications. The Modbox design integrates within an enclosure a laser source (optional), a complete modulation stage featuring an external LiNb03 modulator with its RF driver and bias control circuit, and a receiver stage (optional). ModBoxes can be tailored to specific transmission needs in order to provide systems engineers with reliable performance and high speed modulation capabilities together with the peace of mind of a ready-to-plug equipment. Specifications 12.5 Gb/s NRZ ModBox 40 Gb/s NRZ ModBox 40 Gb/s QPSK ModBox Pulse generation ModBox Spectral broadening ModBox
Optical Powermeters Optical Power Meter (cOPM-A1) The cOPM-A1 Optical Power Meter is optimized for a number of applications ranging from general lab use to test and process automation for passive optical components. It can be used with both single-mode and multimode fiber and offers power levels from â&#x20AC;&#x201C;80 to +15 dBm over a wavelength range of 800 to 1650 nm. The cOPM-A1 features high accuracy, high linearity, and extremely low polarization-dependent sensitivity. Specifications Operates over wide wavelength range (800 to 1650 nm) High power capability option can withstand up to 2 W Low PDL <0.01 dB Bare fiber measurement capability SCPI-compliant commands over USB automation interface Auto dark current measurements Perform simultaneous measurements on multiple wavelengths when used with cORL and cFPL units
Fiber Optical Components â&#x20AC;&#x201C; Lab and Production Equipment
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Laboratory Test & Measurement Equipment Optical Powermeters Optical Return Loss Meter (cORL-A1) The cOTRL-A1 provides a compact, intuitive Optical Return Loss Meter designed to enable applications ranging from simple continuity verification and return loss testing to integration into process automation equipment designed for robotic alignment. Specifications Provides versatility with optical power, return loss, and light source in single unit Operates at 4 key FTTx wavelengths (1310, 1490, 1550, and 1625 nm) Combines 2 or 3 laser versions on a single output Dynamic range of 65 dB for return loss measurements applications Serves as a general purpose lab tool Performs return loss testing of FTTx and passive optical components Performs return loss testing of optical connectors and cables Monitors back reflection during alignment process
Optical Amplifiers Benchtop Erbium-Doped Fiber Amplifier The Benchtop Erbium-Doped Fiber Amplifier (EDFA) amplifies optical signals across the EDFA window (1528 to 1610 nm). Through optimization of amplifier gain, noise figure, and saturated output power, the EDFA will expand your test capabilities in systems, components or sub-assembly manufacturing as well as research and development (R&D) environments. Specifications Choice of wavelengths C- or L- bands High output power and gain Mid-span access Compact benchtop design with rackmount kit Single channel and multichannel dense wavelength division multiplexing (DWDM) capabilities RS-232 remote control
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
20 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment Fiberoptical Switches Benchtop/Rackmount Programmable Switches The Benchtop/Rackmount Programmable Switches can be controlled using the front panel keys with a numeric pad or via GPIB or serial RS-232 interface. The SCG series ganged input switches allow a single switch instrument to replace multiple switch elements while maintaining low loss. In this series of switches, the inputs are ganged together in a particular sequence and are thus able to offer three different modes of operation. Both single-mode (SM) and multimode (MM) switches are available. We offer also large matrix switches for integration into optical networks or measurement applications with up to 256x256 ports based on the MEMS technology.
Polarization Measurement Polarization Extinction Ratio Meter The ERM-101 is a high performance polarization extinction ratio (PER) meter designed specifically for both production and laboratory environments. With a PER dynamic range greater than 50 dB, a wide wavelength range (1260-1650 nm) and an angular resolution of 0.06°, the instrument outperforms any competitors in its class. Specifications High PER dynamic range Wide wavelength range High angular resolution Detachable optical head option Variable speed measurement Data storage and recall functions Manual alignment function
DSP In-line Polarimeter The POD-101D is a DSP (digital signal processor) powered inline polarimeter specially designed for high-speed polarization analysis and monitoring. The instrument uses four channels to simultaneously obtain the four Stokes parameters and measure the instantaneous state of polarization (SOP) and degree of polarization (DOP) of an input light beam. Specifications Up to 625 kS/s polarization sampling rate Analog bandwidth up to 1MHz Real time Poincaré Sphere display Continuous scan mode External trigger mode Long term monitoring mode
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Laboratory Test & Measurement Equipment Polarization Measurement Polarization Measurement System PolaWise™ is an advanced polarization measurement system for accurate measurement of all polarization related properties of light sources and optical materials. Based on General Photonics’ patented magneto-optic polarization generation and analysis technology, the PSGA-101-A is specially designed for fiber optic applications and can effortlessly accomplish multiple functions, including polarization state generation (PSG), polarization state analysis (PSA), polarization extinction ratio (PER) measurement, polarization dependent loss (PDL) measurement and polarization mode dispersion (PMD) measurement. Specifications Multiple operation modes Flip-top graphic display Front panel character LCD display External LCD monitor enabled USB removable data storage Ethernet for remote operation
Polarization Synthesizer/Analyzer PSY-101 PolaFlex™ is a turn-key instrument that can generate and maintain any desired state of polarization (SOP), regardless of the input SOP. The instrument automatically searches for the SOP and maintains it against input SOP fluctuations. Specifications Multiple operation modes Deterministic SOP generation Deterministic SOP trace generation Polarization analysis Polarization scrambling Input polarization independent
DOP Meter Using a patented maximum & minimum search technique, this DOP meter can measure and display the Degree of Polarization (DOP) of a light source in real time with high accuracy and wide dynamic range. While polarimeter-based systems are expensive and can be inaccurate for low DOP sources and polarization scrambler-based instruments are less accurate for high DOP sources, this amazing, low-cost DOP meter provides simple, accurate measurement of both low and high DOP sources. Specifications Rapid Measurement No Calibration Needed High Accuracy and Reliability Front Panel Real-Time Display
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
22 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment Polarization Measurement PDL Multimeter Using a patented deterministic power search method (compliant with TIA/EIA-455-198), General Photonics‘ PDL multimeter measures the Polarization Dependent Loss (PDL), Insertion Loss (IL) and optical power of a device under test (DUT) in subseconds. Unlike PDL meters that use a polarization-scrambled input to the DUT and look for the PDL via output power fluctuations, PolaCHEX™ systematically searches for the maximum & minimum transmission, assuring measurement accuracy at all times. Consequently, this instrument is the most accurate PDL meter available on the market, able to accurately characterize devices with both low and high PDL values. Specifications Deterministic polarization scanning Rapid measurement No calibration needed High accuracy and reliability RS-232, USB, Ethernet, GPIB interfaces
Polarization Control Multifunction Polarization Controller Controlling polarization state has never been easier: This instrument has 4 operational modes for complete polarization control: variable speed polarization scrambling, manual polarization adjustment, polarization function generation and externally triggered scrambling. Specifications 4 Polarization Control Modes Easy to Use Flexible Setting Options Speed up to 6 kHz Complete Polarization Control
Polarization Scrambler PCD-104 General Photonics’ Polarization Scrambler uses a breakthrough all-fiber technology to effectively randomize polarization states. Depolarizing by polarization scrambling has many important applications. Scrambling the input polarization can eliminate measurement uncertainties caused by the polarization sensitivity of the testing device. Performance degradation due to polarization dependent gain (PDG) induced in optical amplifiers can also be suppressed by polarization scrambling. In addition, polarization scrambling can be used in systems to facilitate and simplify PMD monitoring. Specifications 4 Polarization Control Modes Easy to Use Flexible Setting Options Speed up to 6 kHz Complete Polarization Control
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Laboratory Test & Measurement Equipment Polarization Control Reset-free Polarization Stabilizer The PolaStay™ polarization stabilizer actively maintains a stable output state of polarization (SOP) against rapid input SOP fluctuations as fast as 2 ms and tracks against an endlessly rotating input SOP up to 16 π/s without reset. In addition to the standard configuration, specialized versions are available for low power applications (down to -30 dBm) and special wavelengths (1064 nm). Specifications Reset free operation 2 ms recovery time 16 π/s tracking speed Plug and play
Polarization State Generator The ability to repeatedly generate 5 to 6 distinctive polarization states on the Poincaré Sphere is highly desirable for polarization-related analysis. General Photonics’ high-speed polarization state generator (PSG) is the first such product on the market. It generates, with high repeatability, 6 states of polarization (-45°, 0°, 45°, 90°, RHC & LHC) across the Poincaré Sphere in less than 250 µs. Specifications Digitally Switched SOP Switching Speed 250 µs or less Degree SOP Repeatability 6-bit TTL Control
Polarization Synthesizer/Analyzer PSY-101 PolaFlex™ is a turn-key instrument that can generate and maintain any desired state of polarization (SOP), regardless of the input SOP. The instrument can also function as a polarization scrambler, generating random SOP scans with userdefined scanning speed. Specifications Deterministic SOP generation Deterministic SOP trace generation Polarization analysis Polarization scrambling Input polarization independent
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
24 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment PMD Management PMD Emulation Platform This PMD emulation platform (PMDE) simulates the true nature of PMD. Using General Photonics‘ patented polarization controllers and differential group delay lines, the PMDE-301 generates an accurate Maxwellian Probability Density Function with a tunable mean DGD value. The dynamic PMD emulation platform has broad applications in PMD effects evaluation and in calibration of PMD testing setups. In addition, it can be used in performance evaluation of PMD compensators. Specifications Multiple functions Rapid measurement All-order PMD emulation High accuracy and reliability Tunable statistics Reconfigurable Random or slow PMD dynamics
Polarization Optimized PMD Source – PMDPRO™ PMDPro™ is a breakthrough PMD source that can deterministically generate precise 1st order PMD up to 180 ps and 2nd order PMD up to 8100 ps2. It contains an automatic polarization controller and two polarimeters that monitor the state of polarization (SOP) and degree of polarization (DOP) before and after the PMD generating elements. The polarization controller can be used with the front polarimeter to automatically align and maintain the input SOP at 45° from the principal axis of the DGD element to obtain the worst-case first order PMD effect. Alternatively, the controller can automatically adjust and maintain the input SOP using the feedback from the rear polarimeter to either minimize or maximize the output DOP for each PMD setting. Minimizing the output DOP enables testing of the worst-case total PMD effect, while maximizing the DOP turns the PMDPro™ into a PMD compensator, allowing the user to estimate the PMD values of an active fiber link and compare its performance with and without PMD compensation. PMDPro™ can also perform PMD emulation by generating statistical PMD distributions. Finally, the polarization controller and polarimeters enable variable rate polarization scrambling and deterministic polarization control functions, including trace generation and polarization stabilization at any SOP. PMDPro™ makes your PMD related systems testing simple, fast and professional.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Specifications 1st & 2nd order PMD source 1st order PMD emulator Automatic polarization alignment Polarization scrambling PMD compensation PMD determination for live fiber links Rapid PMD switching: ~ 1 ms
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Laboratory Test & Measurement Equipment Timing/Delay Management Programmable Optical Delay Generator – TimeRITE™ Generating programmable optical delay generator from nanoseconds to milliseconds is important for various applications ranging from wireless communications to radar, optical communications and measurement systems. General Photonics’ TimeRITE™ programmable optical delay generator is the first such product on the market. With a total delay range up to 0.25 ms (75 km) and a delay resolution up to 12 bits, this easyto-use instrument features low insertion loss (~0.5 dB per bit), low delay dependent loss (DDL<0.2 dB), low polarization dependent loss and fast delay changing speed (<0.5 ms). Specifications High resolution Large delay range Low insertion loss Fast delay switching Low delay dependent loss
Fiber Stretcher The FST-001-B is a piezo-driven fiber stretcher with a long optical delay range of up to 3 mm. The device comes complete with a piezo driver packaged in a user-friendly small enclosure. Specifications Large delay range High speed Low insertion loss Analog & digital control User friendly
Passive Component Test Environmental Test System (OCETS Plus) OCETS Plus is the evolution of the classic OCETS system that has been shipping from JDSU for over a decade. The classic OCETS hardware specifications and software algorithms have been improved to meet the latest market requirements for optical component qualification testing, such as those driven by Verizon’s FOC program. Specifications High insertion loss (IL) and return loss (RL) repeatability High return loss option (HiRL) monitors RL up to 70dB Supplied with EasyOCETS Software Single mode and multi-mode systems Full bi-directional testing Up to 210 device channels (420 ports)
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
26 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment Passive Component Test Insertion Loss/ Return Loss Testing OTS-OPM 815 Measure Insertion Loss efficiently for single or dual wavelength requirements. With the OP815 series the Insertion loss (IL) on fiber optical components are measured fast and accurately. The insertion loss is measured by utilizing the stable laser source in combination with the precision optical power meter. Specifications Insertion Loss (IL) on single mode fibers & cables Fully automated, concurrent dual wavelength IL and RL Display readings for dual wavelength Approved to qualify all singlemode cables USB Interface to custom applications or OPL_ Pro, the comprehensive cable testing system Various detector options, with interfaces to multi fiber and multi-ferrule connectors Singlemode, Multimode and POF solutions available
OTS-OPM 930 The OP930 series are the most efficient Insertion Loss and Return Loss measurement currently on the market. With the OP930-SM series the Insertion loss (IL) and return loss (RL) on fiber optical components are measured fast and accurately. The return loss is measured with the „no mandrel“ method, meaning neither matching gel nor mandrel wraps are required at the far end of the cable. The insertion loss is measured by utilizing the stable laser source of the returnloss in combination with the precision optical power meter. Measuring Insertion Loss (IL) and Return Loss (RL) on multiple fibers can be challenging; the connectors may be difficult to clean, high quality reference cables may be hard to get and the measurement step requires fiber management and organizational skills beyond belief. With the OPSeries Multifiber Test Systems, tailored solutions measure the necessary parameters on Mulitfiber cables such as MTP/MPO Cables, Fanouts, Multi-termini Connectors, and even Duplex or Simplex Cables. Compact instrumentation combined with the efficient OPLMax application software, the test setup and measurement data stay well-organized.
MTP/M PO/MT
Te s te r
Specifications Insertion Loss (IL) and Return Loss (RL) measurement on single mode fibers & cables Fully automated, concurrent up to 4 wavelengths IL and RL Displays both readings, IL and RL, at the same time Mandrel free RL measurement, IEC/TIA approved RECM method Approved to qualify all singlemode cables USB Interface to custom applications or OPL_Pro, the comprehensive cable testing system Various detector options, with interfaces to multifiber and multi-ferrule connectors Singlemode and Multimode versions available Multifiber solution with integrated switches, e.g for ribbon fibers MPO/MT Multifiber Testing (accessories also available)
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Laboratory Test & Measurement Equipment Passive Component Test Swept Wavelength Systems (SWS2000 and OMNI Expansion Series) The Swept Wavelength System SWS2000 series remains the industry standard solution for measuring insertion loss (IL), polarization dependent loss (PDL), return loss (RL) and directivity with high wavelength resolution in both research and development (R&D) and production environments. With the OMNI Expansion group delay (GD) and differential group delay can be added making SWS the ideal system for the complete verification of components for 40G systems.
Specifications Scalable architecture - add more stations any time ± 0.002 nm absolute wavelength accuracy Up to 128 detector channels available per station Remote source laser can be shared by up to 8 workstations High speed scanning (user controllable) up to 40 nm/s Flexible easy-to-use software Customized applications through dynamic link libraries (DLLs) 24/7 service and support
High Resolution OTDRs Optical Fiber Monitors are designed to measure fiber optical components such as fiber cable and patch cords as well as passive components such as isolators, switches attenuators, etc.
OFM1020 The OFM1020 has been designed specifically to characterize and fault find the short runs encountered in aircraft optical harnesses. While not limited to aircraft harnesses, the harnesses can be mapped into the OFM1020 memory and subsequently tested at any time. A harness consists of a series of links, each link with a series of features. The OFM1020 finds the features automatically in the selected link and maps each feature position and its returned signal strength. To eliminate small features and multiple reflections, the operator can select a threshold signal strength below which the OFM1020 will not record the feature. Subsequent testing of specified links can reveal the precise location of damaged components or fiber.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Specifications Operates in Real-Time Has a Map & Test routine Link Map time is about 20 seconds Link Test time is about 5 seconds Has Flash Memory
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
28 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Laboratory Test & Measurement Equipment High Resolution OTDRs OFM130 The OFM130 is a unique, fixed wavelength, high resolution OTDR designed to operate in the long wavelength region (1200 nm to 1635 nm) in Real-Time with unprecedented sensitivity and resolution. When operated in the Fresnel mode, return loss as low as 80 dB can be measured from individual concatenated components, separated by as little as 50 cm. Rayleigh-mode operation allows for splice-loss measurements (even between unlike fibers) in confined lengths such as experienced in erbium amplifiers. The OFM130 Real-Time operational capability makes it unmatched for fault-finding applications. The high resolution also makes the OFM130 suitable for beat-length measurements in PM fiber in addition to more normal length and delay-line applications. Specifications Self-contained portable instrument Operates in Real-Time Can be remotely controlled through the GPIB interface Programmable Many custom configurations and options
OFM20 The OFM20 is a unique, fixed wavelength, high resolution OTDR designed to operate in the short wavelength region (630 nm to 980 nm) in Real-Time with unprecedented sensitivity and resolution. The system can be configured to operate in plastic optical fiber (POF) or the standard glass fiber. When operated in the Fresnel mode, return signals below 100 dB can be detected and return losses as low as 55 dB in multimode fiber can be measured from concatenated components, separated by as little as 10 cm. Rayleigh-mode operation allows for splice loss and bending loss measurements. The OFM20 Real-Time operation makes it unmatched for fault-finding applications. The high resolution also makes the OFM20 suitable for beat-length measurements in PM fiber in addition to the more normal length and delay-line applications. Specifications Self-contained portable instrument Operates in Real-Time Can be remotely controlled through the GPIB interface Programmable Many custom configurations and options
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Laboratory Test & Measurement Equipment Multiple Application Platform (MAP-200) The JDSU Multiple Application Platform (MAP-200) is an optical test and measurement platform optimized for cost-effective development and manufacturing of optical transmission network elements. Todays rapidly changing optical market requires investment in productivity-enhancing technologies and tools, making the MAP-200 scalable test platform the right tool needed in even the most stringent environments.
Based on the previous-generation Multiple Application Platform (MAP), the MAP-200 builds on the differentiation of offering the broadest portfolio of modules in the densest and most configurable platform. The MAP-200 is optimized for test applications in lab and manufacturing environments ranging from insertion loss testing to dispersion penalty testing.
MAP Power Meters
MAP Tunable Filters
MAP Power Meters provide high absolute power measurement accuracy over a wide power and wavelength range. They support a broad combination of fiber types and connectivity options optimized for datacom and telecom applications.
MAP Tunable Filters provide the lowest loss and narrowest bandwidth filter with the highest input power capability in the industry.
MAP Switches
MAP Amplifiers are designed to meet the broadest optical signal amplification applications. They are available at various saturated output power, gain flattened or not gain flattened, C-band, L-band and with low noise figure.
MAP Switches are the most configurable optical signal routing solutions in their class. MAP Switches are available in configurations including low channel count matrix (2x2) and single input to multiple outputs ranging from 2 to 50. In the 1x2 and 2x2 format, the modules are available with up to eight switches per single slot module.
MAP Attenuators
MAP Sources
MAP Attenuators provide the highest performance optical power control solution. The attenuators offer the lowest insertion loss, highest input power capability, low polarization dependent loss (PDL), high dynamic range and ultra-flat attenuation over wavelength. Monitor couplers are optional available.
MAP Sources are ideal sources for applications requiring a stable stimulus for parametric measurements. The sources are available at key telecom wavelengths, with broad or narrow spectral bandwidth or with tunable spectrum. Other functions available in the MAP-200 include a variable backreflector, polarization controller, RF switch and utility modules.
MAP Amplifiers
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
30 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Serial Data Signal Testing Production and Low Data Rate BERTS 10G BERT: 8 Gbit/s to 11.3 Gbit/s X-BERT System The X-BERT is a quick way to increase throughput of 10Gbps fiberoptical or electrical component production and to reduce the total cost of ownership. Our 10Gb/s BERT provides essential testing features at the lowest investment possible. Easy to set up and small in size. The 10G X-BERT is a high speed, low cost modular BERT equipment, giving the option to configure the device according to customers needs and allow for later upgrade without wasting previous investments. Available modules include electrical and optical BERTs, Clock Sources, CDR, Clock Divider and more. Also customized modules have been delivered. All modules work independently. For production throughput increase up to three 10G BERTs in a 19“/2 or up to 7 BERTs in a 19“ housing can be operated.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
BitAlyzer – 1.6/1.5 Gb/s Bit Error Ratio Test Systems These instruments are the world‘s first bit error rate test system combined with an eye pattern display and automatic jitter measurements, all in one chassis. The BitAlyzer‘s rapid eye mask test is another feature that adds to the efficiency of this cost-effective unit. This ultimate physical layer test system comes standard with our patented BitAlyzer® Error Analysis™, which provides detailed analysis of data stream errors. Another benefit to this multi-function system is the flexibility of the unit, including differential and single-ended I/O that supports variable amplitude, offset and threshold. Ideal for the following applications Production Eye Masks, Jitter and BER Tests Semiconductor Characterization Transceiver Testing Satellite Communications 1 Mb – 1.6 Gb/s (BA1600) Rate Eye Pattern Display Differential and Single-Ended I/O Variable Amplitudes, Offset and Threshold BitAlyzer® Error Location Analysis Automatic RJ & DJ Jitter Measurements BER Bathtubs with Q-factor Measurements Very Fast Eye Mask Tests Pattern Generation Bit Error Detection
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Serial Data Signal Testing BERTScope Product Family BERTScope Si 17.5 Gb/s Analyzer with Stressed Eye
BERTScope S 12.5/7.5 Gb/s Analyzers with Stressed Eye
The BERTScope Si 17500C Signal Integrity Analyzer advances the BERTScope Family to 17.5 Gb/s. Covering serial data interfaces from 1 Gb Ethernet to future 16x Fibre Channel, the BERTScope Si 17500C reduces your time to market by providing the most advanced and comprehensive combination of signal integrity analysis and test tools available in a single instrument. The BERTScope Si 17500C features enhanced integrated stress generation, automated optimization of preemphasis and equalization settings and optional Jitter Map BER-based detailed jitter decomposition.
The BERTScope S has everything you will need to perform receiver compliance testing, transmitter compliance testing and advanced analysis. Featuring easy and flexible stress testing, physical layer analysis such as BER Contour and Jitter measurements and a Compliance Contour view for Mask Test, it represents a breakthrough in insight and saved development time. Compliance Contour is a bridge between BER and mask testing, needed because of the requirements of standards such as OIF CEI and XFP/XFI. These new standards require compliance to masks at BER levels of 10-12, a feature beyond the capabilities of a sampling oscilloscope.
Specifications Pattern Generation and Error Analysis (from 500 Mb/s to 17.5 Gb/s) Patented error location analysis Comprehensive range of differential divided clock outputs for supplying test devices with an instrument grade clock External clock input upgraded to allow imposition of stress Variable depth eye and mask measurements, to allow correlation with shallow sampling scope measurements or a deeper, more revealing view of device performance Jitter tolerance compliance template testing with margin testing: High Speed BER Measurements Integrated, Calibrated Stress Generation Sinusoidal Jitter to 80 MHz Random Jitter Bounded, Uncorrelated Jitter Sinusoidal Interference
Specifications Comprehensive range of differential divided clock outputs for supplying test devices with an instrument grade clock External clock input upgraded to allow imposition of stress Analysis (using clock recovery if desired) of signals with SSC Analysis of physical layer parameters such as eye diagrams and jitter while input signal has SCC on it BER measurements down to 100 Mb/s, operable with the internal clock or an external clock Variable depth eye and mask measurements, to allow correlation with shallow sampling scope measurements or a deeper, more revealing view of device performance Optical measurement units for eye diagrams with an external optical reference receiver Active measurement and graphing of BERTScope clock recovery loop bandwidth and peaking Jitter tolerance compliance template testing with margin testing The 12500B Analyzer offers greater than 20 GHz bandwidth for superior jitter, Q-factor and eye measurement accuracy and fidelity Other and dedicated Test Sets and Configurations for PCIExpress, Display Port, USB 3.0 are available. Please ask for Details.
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
32 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Serial Data Signal Testing Signal Analysis Clock recovery you can count on
Jitter Spectrum and DCD Measurements
The BERTScope™ CR and CRJ Jitter Analyzer are fully flexible clock recovery instruments designed to make compliance testing of today’s communication devices easy and exact. With jitter being such a complex and contentious parameter, each clock recovery instrument is intended to make compliance testing simple, repeatable and accurate.
The BERTScope™ CRJ Variable Clock Recovery Jitter Analyzer is based on our BERTScope CR, the highest performance instrumentation-grade adjustable clock recovery product available today. The CRJ retains all of the functionality of the current BERTScope CR, with additional Jitter Analysis capabilities.
The BERTScope™ CR smoothly integrates with the BERTScope family, or can be used stand-alone to bring compliance to your existing investments in BER and sampling scope equipment.
Full BERTScope CR functionality, including compliant clock recovery from 150 Mb/s to 12.5 Gb/s, or to 14.3 Gb/s with Option 143; adjustable, self-measuring loop BW and peaking.
Specifications Instrumentation quality clock recovery 150 Mb/s to 12.5 Gb/s or 14.3 Gb/s continuous coverage Accurate variable loop bandwidth from 100 kHz to 12 MHz Auto lock capability with LED display Programmable peaking adjustment with first and second order roll off settings Self-measured and displayed PLL frequency response Single-ended or differential 50 Ω data inputs/outputs DC-coupled data through-path Full and divided clock outputs with selectable divide ratios Measurement of clock phase error as a function of frequency and time Data measurement capability Edge density measurement – determine the mark density of the signal under test Spread Spectrum Clock Waveform View & dF/dt measurement Ideal for spread spectrum clock (SSC) applications with large jitter excursions
Specifications Powerful jitter measurement capability to 12.5 Gb/s Direct spectral analysis of jitter components ‘Spectrum analyzer’ display with cursor measurements of jitter and frequency User-settable frequency gated measurements for band-limited integrated jitter Preset band limits for PCIe 2.0 jitter spectrum Direct measure of Duty Cycle Dependent (DCD) jitter Passive ‘Pass through’ signal path — neither timing nor amplitude on input signal are regenerate Stand-alone software available for control through a PC Combine with a BERTScope Signal Integrity Analyzer to use the new Jitter Spectrum View included in the analyzer‘s user interface
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Serial Data Signal Testing Signal Analysis DCRJ — Optical Jitter Compliance Solution Showing >80 MHz Jitter Spectrum The BERTScope Digital Communications Receiver (DCRJ) optical reference receiver is a flexible, multi-functional instrument that complements the powerful signal integrity analysis capabilities of the BERTScope S. The DCRJ is designed for 10 Gb/s telecommunications testing, possessing both optical and single-ended electrical data inputs. Combine the DCRJ with the BERTScope S 12500B signal integrity analyzer for the ability to look deeper into device performance. Generate, measure, and analyze jitter from 5 kHz to >80 MHz to test compliance, characterize performance and design margin, and to precisely see and troubleshoot device behaviour. Whether calibrating a stressed eye or measuring a compliance mask at 10-12 BER levels, the DCRJ is the perfect complement to the BERTScope for greater insight in optical serial data applications. The stressed output of the BERTScope and DCRJ also enable jitter transfer and jitter tolerance measurements, providing the complete suite of telecom jitter measurements. The DCRJ can also be operated in a standalone fashion, controlled by a PC, and can be fully automated for easy integration into a manufacturing environment. Specifications Broad Wavelength Coverage — 700–1650 nm Jitter Spectrum Analysis and Display to >80 MHz Standalone Jitter Measurement Solution with Built-In, Standards-Compliant, Flexible Clock Recovery Provides Both Optical and Single-Ended Electrical Data Interfaces 10 Gb/s Reference Receiver for 10 GbE, OC-192/STM-64, and 10G Fibre Channel SONET, SDH, and OTN Jitter Generation Analysis Optical and Electrical Standards-Compliant Clock Recovery Including: SONET and SDH 1 and 10 Gb Ethernet Fibre Channel BERTScope CR Clock Recovery Functionality: Continuous 150 Mb/s to 12.5 Gb/s Data Rate Coverage Independently Adjustable, Self-Measuring Loop Bandwidth and Peaking Display of Clock Recovery‘s Observed Jitter Transfer Function In Combination with BERTScope S: 10 Gb/s Transmitter Compliance Testing Jitter Tolerance Test and Margin Analysis Jitter Transfer Measurement
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
34 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Serial Data Signal Testing Signal Analysis Flexible 850 nm Jitter Tolerance Testing The new BERTScope Lightwave Test Set (LTS) 8500A is the first flexible stress solution to offer 850 nm receiver jitter tolerance testing (stressed eye) to 8x Fibre Channel and 10 Gb/s Ethernet Short Reach (10GBASE-SR) standards for transceiver types such as XFP and SFP+. In combination with the BERTScope S 12500B signal integrity analyzer, the LTS 8500A offers compliance test and deep insight on all high speed ports of common short reach optical transceivers. The BERTScope LTS features an 850 nm optical source, and an optional 10 Gb/s optical reference receiver (Option OPT REC) with 10 Gbit band clock recovery, enabling transmitter test and optical stress calibration. When combined with the BERTScope S 12500B, all of the stress impairments required by 1x, 2x, 4x, 8x, and 10x Fibre Channel are available, along with those of 10GBASE-SR. For the first time, engineers are able to generate a test quality 850 nm stressed eye, calibrate it at the time of test if required, and then set the desired optical modulation amplitude (OMA) using the built in output level control. The LTS dovetails perfectly with the BERTScope S 12500B analyzer, the BERTScope DCRJ compliance receiver with flexible clock recovery and jitter analysis, and available automation software for making waterfall measurements and calibrating 10 Gb/s Ethernet and 4x Fibre Channel stressed eyes. The LTS and DCRJ are easily controlled through an intuitive user interface design on the BERTScope S analyzer. This powerful combination comprises the BERTScope Optical Test Bench.
Specifications 850 nm Multimode Transmitter 10 GbE 10GBASE-SR Optical Stressed Eye Receiver Testing 10x, 8x, 4x, 2x, 1x Fibre Channel Optical Stressed Eye Receiver Testing Integrated Optical Output Level Control Automated Stressed Eye Calibration Automated Jitter Tolerance Margin Testing Automated Receiver Sensitivity Waterfall Curves Integrated ISI for 8.5 Gb/s Fibre Channel Pulse Width Shrinkage „Golden PLL“ Clock Recovery for compliant Fibre Channel Stressed Eye Calibration and Transmitter Testing Transmitter Compliance Testing Also available as a standalone instrument
Companion Products Options BERTScope DPP Digital Pre Emphasis Processor BERTScope ISI Board Cable Sets SATA Tee
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
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Production Equipment CW-5000 Coupler Workstation The Lightel CW-5000 workstation allows fabricating a wide range of fused fiber optic products, including bi-conical fused couplers, fiber tapers, and various fiber processing. Its flexible structure and intelligent automatic control make this workstation a highly useful machine for fiber-fusion related manufacturing and research. Specifications High precision motion controller, control up to 8 motors Optional positioning encoder to maintain required speed and position High torque nano-step motor for smoothest motion 16 bit A/D conversion, monitor up to 5 channel power input 3-D torch motion mechanism Built-in Hydrogen and Oxygen (optional) mass flow controller Built-in Curing temperature monitor/controller Video micro-scope for advanced applications such as PM fiber orientation, fiber cleanness check, fiber alignment etc. Optional internal Oxygen mixer or external Oxygen nozzle Wide selection of optional accessories
Fusion Splicer for the Lab The S183PM Fusion Splicer series provides you the ultimate splicing solution. Designed primarily to address production and research splicing needs in the optical components industry, this is the most advanced series, along with S184 series, in FITEL’s extensive line of high performance machines. Specifications Splicing specialty and exotic fiber combinations Very large diameter fiber splicing (up to 500 µm / 1200 µm) Polarization maintaining fiber splicing High-strength splicing application RoHS compliant
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
36 Fiber Optical Components – Lab and Production Equipment
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Production Equipment Polishing Machines SEI-SFP-550S This top of the line polishing machine offers excellent production throughput of up to 40 ferrules simultaneously. Offering our widest versatility of connectors and ferrules including MT/ MPO ferrules, Fiber array and Planar Lightwave Circuit chip processing, the SFP-550S is a high workability machine. It features a full function LCD touch panel for simplified programming of various polishing processes. Additionally, it features a slow start function, programmable turntable speed-controller and voltage-free power input for world-wide versatile installation. Best for use in high volume mass-production environments where critical geometry performance is required. Other Polishing Machines and Holders are available too.
Additional Solutions Beside the shown products we also offer Fusion Splicer Inspection Microscopes Insertion and Return Loss Measurement Equipment Measurement Equipment for Plastic Optical Fiber Educational Kits and many more Fiber Bragg Grating- Interrogator Systems Launch Condition Analysis Discontinuity Testing And much more
Product Specialist Michael Riess +49 8153 405-18 m.riess@laser2000.de
Product Specialist Dr. Christina Manzke +49 30 962778-11 c.manzke@laser2000.de
Sales Assistant Sabine Beausencourt +49 8153 405-12 s.beausencourt@laser2000.de
Fiber Optical Components – Lab and Production Equipment
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Notes
38 Fiber Optical Components â&#x20AC;&#x201C; Lab and Production Equipment
Free Catalogue Order Find all these products and many more on our web page www.laser2000.com: • Fiber Optics • Network Technology • Digital Testing • Lasers & Lightsources • Ophthalmic Solutions • Laserprotection • Optics & Optomechanics • UV Technology • Infrared Technology • Optical Instrumentation • Image Processing
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Fiber Optical Components – Lab and Production Equipment
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Find all these products and Co Fi many more on our web page: • Fiber Optics • Network Technology • Digital Testing • Lasers & Lightsources •Specifications Ophthalmic Solutions •Arrayed Laserprotection • Optics & Optomechanics • UV Technology • Infrared Technology • Optical Instrumentation Co •Fibe Image Processing
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