BLANKOM

Professional Headend Solutions

www.blankom-digital.de

Catalog 2010 /2011

B-Nova B-IRD B-Edge B-Sub MHS

Profile

Company

BLANKOM Digital

BLANKOM Digital

BLANKOM Digital GmbH Company Profile BLANKOM Digital GmbH Company Profile BLANKOM Digital GmbH Company Profile BLANKOM Digital GmbH Company

Company

1.

Company Profile

BLANKOM Digital GmbH is a leading specialist for high-quality and technically advanced equipment for broadcast applications, Cable TV, Video over IP and IPTV solutions.

Tailor-made Digital Signal Processing is our business.

As a reliable and competent partner, BLANKOM Digital supports its customers in all areas such as planning, configuration, installation and maintenance of headends, broadcast- and cable TV systems.

Our innovative products and solutions are used by national and international broadcasting corporations, cable operators and telcos.

BLANKOM Digital is member of the DVB project and participates in the EU funded project ReDeSign.

BLANKOM Digital is serving Broadband & Broadcast with the following product series:

▪

High Quality Professional Headend Systems

▪

B-NOVA - Compact & Modular Headend Platform for Cable TV & IPTV Networks

▪

First class IRD´s according to the DVB-T2, DVB-S, DVB-S2 and DVB-C standards

▪

IP Gateways & IPTV Technology

▪

Modulators/Demodulators for analog and digital processing of radio and TV signals

▪

Premium Edge–PAL, Edge-FM and Edge-QAM Technology

▪

Decoders/Encoders

▪

DVB and MPEG Equipment

BLANKOM Digital

Contents

Table of 1

Company Profile

2

Table of contents

3

B-Nova

3.1

Compact & Modulator Headend Platform for Cable TV and IPTV networks

8

3.1a B-Nova Chassis 3.1b Power Supply Unit PSU 3.1c Backup-PSU/External Housing

9-11 11 12

3.2 3.3 3.4

B-Nova Receivers Modulators and Multiplexer Broadcast Manager

12-13 14-15 16

4

B-IRD

18-29

4.1

DVB-S2 Twin-Receiver with BISS-Descrambling DVB-S/S2

DRD 694/695 ”Condor”

20-21

4.2

DVB Multiformat-Receiver DVB-S/S2 32PSK, DVB-T/C, DVB-T2

DRD 696 ”Hawk”

22-23

Quad Multistream Processor

DRD 700 ”Falcon”

24-25

MPEG-4 Receiver-Decoder

4.3

DXP400

2-3

4-5

6-16

DVB-S/S2, DVB-T/C or DVB-T2

4.4

DRP 393 ”Eagle”

26-29

DVB-S/S2, DVB-T/C or DVB-T2

5

B-Edge

30-38

5.1 5.2 5.3 5.4

BLANKOM Digital

Edge QAM-Modulator(compact) Edge QAM-Modulator IP Edge FM IP Edge PAL

EQM 008 EQM 10x ESM 1xx EPM 130

32 33-34 35-36 37-38

Table of Contents

2.

Table of Contents

6

B-Sub

6.1 6.2 6.3 6.4 6.5

IP/ASI Gateway IP-Switch ASI-Splitter L-Band Splitter L-Band Switch Matrix

7

MHS

45-61

7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 7.10 7.11 7.12 7.13

General/GUI Modular Headend System Graphical User Interface DCPM 845 DVB-S/DVB-S2 Receiver PRD 1080 Transportstream Router TSR 600 MPEG Receiver/Decoder PRP 861 QAM-Modulator PQM 863 Audio/Video-Modulator PVM 870 Upconverter PVA 850/851 Downconverter PVE 855 FM-Module PRC/P/U 90x Managementsystem PSD 840 Power Supply PEN 830 Active Combiner PKV 737

45-46 47 48 49 50 51 52 53 54 55-58 59 60 61

8

Order List

62-69

9

General Terms

70-71

(Allgemeine Liefer- und Zahlungbedingungen (Auszug))

DIP 12x DIS 150 DTS 397 OIV 60x OIS 500

39-44 40 41 42 43 44

BLANKOM Digital

Series

B-Nova

DXP400

Compact & Modular Headend Platform for Cable TV and IPTV networks Compact & Modular Headend Platform for Cable TV and IPTV networks Compact & Modular Hea BLANKOM Digital

B-Nova

B-Nova

3.

3.

The B-NOVA Chassis is a base for an IPTV modular platform and cable TV headends. B-NOVA enables the operator to setup a very compact headend configuration using various processing and interfacing modules. B-NOVA scales from one chassis ”headend in a box” to a multiple chassis system for bigger headend system. Designed for very high performance, high density and very low power consumption.

B-NOVA business benefits: Fully modular platform that grows with your business, from a compact 1 RU ”headend in a box” to a multisite, distributed headend solution. The Platform’s small footprint enables efficient space usage low power consumption enables longer module lifetime and lower energy costs. Energy efficiency also reduces site cooling requirements. Internal switch for cable free interconnections and simplified maintenance Advanced DVB stream processing offers flexibility for channel creation and simplicity in multivendor environments.

The product portfolio includes:

▪

Fully modular platform that grows with your business, from a compact 1 RU ”headend in a box” to a multisite, distributed headend solution

▪

Platform’s small footprint enables efficient space usage

▪ Low power consumption enables longer modul life time and lower energy costs.

BLANKOM Digital

B-Nova 3.1

3.1

DXP 400 Compact & Modular Headend Platform for Cable TV and IPTV networks Features • 6 processing and interface module slots • 19” 1RU rack mechanics, rails for easy installation • Horizontal cooling, the devices are allowed to stack directly without 1 RU space • Slot for Power Supply and I/O module • Power Supply Redundancy, Backup PSU available • 2x GbE ports (SFP modules) for payload or redundancy General description The B-NOVA Chassis is a base for an IPTV modular platform and cable TV headends. B-NOVA enables the operator to setup a very compact headend configuration using various processing and interfacing modules. B-NOVA scales from one chassis ”headend in a box” to a multiple chassis system for bigger headend system. Designed for very high performance, high density and very low power consumption.

B-NOVA business benefits: Fully modular platform that grows with your business, from a compact 1 RU ”headend in a box” to a multisite, distributed headend solution. The Platform’s small footprint enables efficient space usage low power consumption enables longer module lifetime and lower energy costs. Energy efficiency also reduces site cooling requirements.

Internal switch for cable free interconnections and simplified maintenance advanced DVB stream processing offers flexibility for channel creation and simplicity in multi-vendor environments.

Maximal 24 inputs per chassis

• 1+1 chassis redundancy • Intuitive WEB user interface • Automatic SID and PID remapping • CLI (Command Line Interface) • SNMP monitoring and traps • DVB Simulcrypt

IPDVB-S2,DVB-T, DVBASI Processing/ Streaming/ De-/ReScrambling Multiplexing QAM, COFDM

Processing Modulation

DVB-C COFDM ASI

IPDVBProcessing/ Streaming/ De-/ReScrambling Multiplexing

Processing Modulation

DVB-C COFDM ASI

Processing Modulation

DVB-C COFDM ASI

DVB-S2,DVB-T, ASI QAM, COFDM DVB-S2,DVB-T, ASI QAM, COFDM

Internal Switch

IPDVBProcessing/ Streaming/ De-/ReScrambling Multiplexing

GbE1 SFP

DXP 400 B-Nova Platform ---- Input example ----

BLANKOM Digital

GbE2 SFP

WEB/SNMP

USB

Power Supply

--- Output example ---

Maximal 24 channels COFDM, QAM or ASI per chassis

B-Nova

B-Nova Chassis The BLANKOM Digital B-Nova chassis is a base for a modular IPTV platform and cable TV headends. B-Nova enables the operator to setup a very compact headend configuration using various processing and interfacing modules. B-Nova scales from one chassis headend in a box to a multiple chassis bigger headend system. The Architecture of the B-Nova platform enables a very high performance with a very low power consumption.

B-Nova architecture The B-Nova chassis has 6 module slots for interface and processing modules. The B-Nova architecture is future proof to support new module development later on by having all stream processing features in sub modules. Therefore, new functionality can be introduced later into the platform without touching the chassis.

The stream processing in B-Nova is distributed to sub modules, which utilize virtually unlimited processing capacity in practical configurations, without problems typically caused with a central shared processor. All sub modules can process independently incoming and outgoing streams.

The internal router of the chassis makes the interconnection between sub modules and the two payload gigabit Ethernet input and output ports. This means much less cabling at the headend and thereby simplifies headend configuration.

The router also has a separate internal management network for sub modules and a chassis which guaranties reliable operation also in high-load situations. All internal connections are gigabit Ethernet which enables high-performance operation.

Common management interfaces and power feeds for sub modules are also created in the chassis.

High-density design The new component technology and selected architecture for B-Nova creates a very high-density design, which saves a lot of rack space compared to traditional headend setups.

B-Nova can have up to 12 receivers with descrambling capability in one chassis. If 6 quad receiver modules without descrambling are installed into the chassis, it increases the receiver count up to 24 in the chassis.

Using quad ASI-modules means that one chassis can have up to 24 ASI inputs or ASI outputs.

Installing six quad QAM modules means up to 24 QAM per chassis or up to 24 RF-out in COFDM. The B-Nova chassis can also have a mix of modules to adapt to the various application needs of the operator.

Scalability In accordance with the B-Nova system architecture, the video processing is performed on sub modules, which enables lowcost applications even with a partially equipped chassis, while having the performance scalability to a fully equipped chassis.

The B-Nova has virtually unlimited line speed capacity for stream processing in practical applications, which means that the B-Nova chassis doesn’t limit any practical configurations.

The chassis has two gigabit Ethernet ports for payload traffic.

3.1a

3.1a

These ports can be used as inputs and output depending on the sub modules installed.

Two Gb/s streaming ports will act as payload sharing or redundancy There is no limit for the maximum amount of services in the chassis, which makes it possible to process a high amount of services in the same chassis.

Practical setup can be from several tens of services up to 100‌200 services in the same chassis. Using a multiple chassis in the headend scales setup can provide a virtually unlimited amount of services.

Managing cooling B-Nova has managed horizontal ventilation, where internal temperature is actively monitored and fan speed is adjusted according to the required cooling capacity. Typically, fans rotate well below maximum speed, which increase their lifetime and generate less noise. The chassis cooling capacity is designed to support up to 100 W heat dissipation, but typical setup takes less power. The fans can be replaced during live operation without service interruption.

The fans are located behind the front panel.

Inputs and Outputs in Power module The Power and input/output module have two gigabit Ethernet SFP module slots for streaming payload traffic and IP inputs depending on the sub modules installed. The SFP module makes easy adaptation to electrical and fiber media to create interconnectivity from B-Nova to other devices.

The module has two management interfaces (100Base-T). The first one is typically used for general management purposes, and the second interface is dedicated connection to Conditional Access Servers.

The USB port can be used for first time setup using terminal software through serial connection profile.

Redundancy To minimize service outage because of hardware failure, B-Nova supports 1+1 redundancy in the chassis level. To keep the B-Nova platform as cost effective as possible, all internal redundancy features are minimized.

The pair of B-Nova can be configured to act in main and backup schemes, where secondary B-Nova monitors the main status. The secondary B-Nova configuration is automatically synchronized with the main B-Nova. The secondary B-Nova stays in stand-by mode until failure occurs in the main BNova. When the selected failure event trigs or the main unit is not responding, the main B-Nova shuts down all payload outputs based on dedicated hardware circuitry to ensure switch off of all streaming.

The secondary B-Nova then takes over the stream processing operations.

A virtual common IP address can be assigned to the pair of B-Novas to introduce them as one device to higher-level management software. Still, both devices can be accessed through their own IP address.

BLANKOM Digital

B-Nova 3.1a

B-Nova Chassis Embedded DVB Content Protection B-Nova has the capability to protect services with DVB scrambling. The chassis provides DVB Simulcrypt interface to Conditional Access systems, which allows integration with a large variety of CA vendors. The content protection has been designed to scale to a large number of scrambled streams with minimal system configuration.

The actual scrambling is an integrated feature on the B-Nova sub modules, which provides scalable performance and maximum flexibility of the system configuration, supporting both centralized and decentralized scrambling solutions.

Any service can be scrambled simultaneously with two CA systems. Other advanced features include short-key change intervals, automatic PSI/SI table generation, detailed monitoring of the interaction with CA system, support of redundant ECM generators and scheduled changes of the content protection properties.

Management The B-Nova chassis has centralized management features for configuration and status monitoring of the sub modules and chassis.

Management features are optimized for typical CATV or IPTV headend operations. There are many helpful features to make headend daily operation easy and effective.

An Intuitive WEBUI is designed for easy management and monitoring for troubleshooting. It allows the user to establish setup quickly just by entering a few parameters, and then let B-Nova do the detailed configuration based on internal intelligence. There is still the possibility to also adjust the detailed configuration for professional users.

Automatic service identification and PID remapping based on internal rules create unique values for all streams. Therefore, it is very easy to do the system-level configuration.

CLI (Command Line Interface) is helpful to do configuration updates in patches and also makes it possible to manage B-Nova through low-speed communication links.

Monitoring parameters and warning/alarm messages are available using SNMP protocol and traps. This allows integration to the element management system or higher-level management systems.

The front panel has an indicator to get a quick overview status of B-Nova. When all indicators show green, then everything is running as expected. Also, all sub modules have status indicators for module operation and interface indicators for signal status. Indicator lamps are helpful to locate interface or a module that requires action.

Dual DVB-S2 (S) Module with Dual Common Interface Module (optional)

Quad DVB-S2 (S) Module

Dual DVB-T Module with Dual Common Interface Module (optional)

Quad DVB-ASI Module

COFDM-Module

Quad QAM Module

10 BLANKOM Digital

Technical Data

B-Nova 3.1

Technical Data for DXP 400

LCH-A

LPS-B

LPS-C

B-Nova Chassis

Chassis

Internal Power supply

External Power supply

Sub module slots

6

Fans

4

Management Interface Web Browser User Interface CLI

IE7.0 or Mozilla Firefox 3.0 or newer √

SNMP

Version 2 and version 3

Software Upgrade methods

Web-based or TFTP

DVB Common Scrambling Algorithm Content Protection Max service to be scrambled Max EMM bitrate

720 (4) 500 kb/s

Power supply Mains

100 VAC to 240 VAC 50/60 Hz

Internal supply voltage

24 V/ 4200 mA

Power consumption

Max. 120 W

Connectors Mains

IEC

Payload Gigabit Ethernet

2 GbE

Management

2 x SFP modules 2 x RJ45 100Base-T

External PSU SFP modules

Phoenix contacts Optical and electric

First time setup

Mini USB

General Dimensions Installation rails (depth) Weight

44 x 483 x 385 mm 492 ... 900 mm 3,5 kg

Enclosure classification EMC

0,5 kg IP21 EN 50083-2

Safety

EN 60950-1

Environmental

3.1b

40 x 109 x 252 mm

ETSI EN 300019-1-3 Class 3.1

Power Supply Unit PSU General description LPS-B is the power supply module for the B-Nova chassis. It is using the primary switch mode technology providing high efficiency and reliability.

The module is short circuit and over temperature protected and includes the PFC (Power Factor Correction). It connects the Chassis with all external needed LAN/WAN topologies.

BLANKOM Digital

11

B-Nova 3.1-2

3.1c

Backup-PSU/External Housing General description B-Nova uses external backup power for securing main power supply located in chassis. Backup Power is connected to DC IN connecter in main power supply LPS-B. Its internal switching circuit automatically takes power from external power supply, if main power supply fails.

Physically backup power supply module can be installed either separate backup power supply chassis LCH-C or B-Nova main chassis LCH-A, if it has two free slots in top of each others.

3.2

B-Nova Receivers General description The BLANKOM Digital B-Nova receivers provide a very compact receiving platform for Cable TV and IPTV operators. The receivers enable flexible selection of free-to-air and scrambled services from DVB-S, DVB-S2, DVB-T or DVB-ASI sources, which can be adjusted to the operator’s service line-up with the builtin advanced transport stream processing capabilities. The BNova receivers support Standard Definition and High Definition video in MPEG-2 and MPEG-4 AVC video formats and numerous audio formats.

Options & Features

LRS-A

LRS-B

LRT-A

LAS-A

DVB-S/S2

DVB-S/S2

DVB-T

ASI

• • • • • • • • LNB powering Standard CA module slots

B-Nova sub module mechanics Advanced transport stream processing MPEG transport stream over UDP/IP streaming SPTS streaming MPTS streaming (selected services) MPTS pass through Stream replication Embedded DVB Common Scrambling Algorithm content protection •

2

--

2

--

Demultiplexing (multiple IP-streaming outputs per RF input)

Option

Option

Option

Option

MSD (Multiservice Desrambling)

Option

--

Option

--

DVB-S2 input

Option

Option

--

--

4/ 16/ 120

2/ 8/ 120

4/ 16/ 120

DVB processing/demultiplexing

Option

DVB Simulcrypt scrambling for video services

2/ 8/ 120

12 BLANKOM Digital

Option

Technical Data

B-Nova 3.2

Technical Data for B-Nova Receivers LRS-A

LRS-B

LRT-A

LAS-A/C

DVB-S/S2

DVB-S/S2

DVB-T

ASI

Number of inputs

2

4

2

4

Number of CI-slots

2

2

--

--

Constellation Input frequency

QPSK, 8PSK, 16PSK

QPSK, 16 QAM, 64 QAM

950 MHz to 2150 MHz

47 - 862 MHz

AFC range

8 MHz

Input impedance

75 Ω, F

75 Ω, F

Input level

-70 dBm to -25 dBm

-90 dBm to -20 dBm

LNB Power

13/18 V, 22 kHz on/off

--

--

≤ 500 mA

--

--

Compliant with ETS 302 307

Compliant with ETS 300 744

LNB output current FEC modes (auto-detected) OFDM spectrum

75 Ω, F

2k and 8k

Channel bandwidth

6, 7, 8 MHz

Symbol rate

1.5 to 47 MS/s (QPSK) 1.5 to 31.5 MS/s (8PSK) 1.5 to 47 MS/s (16PSK)

Transport stream bitrates per RF input

90 Mb/s (descrambling not used) 72 Mb/s (Scrambling in use)

Maximum speed per interface

216 Mb/s

Maximum speed total (4 ports)

250 Mb/s

Standard

ETS 300 421, ETS 302 307

ETS 300 744

EN 50083-9

DVB Common Interface Descrambling Connector

PCMCIA

PCMCIA

Standard

DVB CI EN50221

DVB CI EN50221

PC-Card type II

PC-Card type II

120

120

CA module Hot Plug Max service to be scrambled/ module IP streaming Packet format

1…7 DVB transport packets over UDP/IP

Traffic type

unicast or multicast

Maximum IP streamer per module

120

Maximum streaming capacity/ module Traffic shaping

250 Mb/s Max peak traffic limiter

General Power consumption Connectors Dimensions Weight Environmental

7W

6W

F, 75 Ω

BNC, 75 Ω

20 x 109 x 253 mm 0,3 kg ETSI EN 300 019-1-3 Class 3.1

BLANKOM Digital

13

B-Nova 3.3

3.3

Modulators and Multiplexer General description The BLANKOM Digital B-Nova multiplexer (ASI, COFDM, QAM) provides a very compact headend platform for Cable TV operators. The multiplexer enables flexible multiplexing of SPTS and MPTS video services and also PSI/SI table streams. The multiplexer is ideal for an IP centric headend to create MPTS at the main headend and send them through to IP network to remote headends.

The B-Nova multiplexer supports selection of free-to-air and scrambled services from IP stream sources, which can be adjusted to the operator’s service line-up with the built-in advanced transport stream processing capabilities. The B-Nova multiplexer supports Standard Definition and High Definition video in MPEG-2 and MPEG-4 AVC video formats and numerous audio formats.

High-quality COFDM or QAM modulation with agile up conversion provides easy adaptation to DVB-T or DVB-C delivery over HFC-network.

Options & Features

LAS-B

ASI output • • • • • • • •

LCM-A

LQM-A

COFDM

DVB-C

B-Nova sub module mechanics DVB TS over UDP/IP reception IP adress/UDP port selector for input streams Network de-jittering Advanced transport stream processing PCR processing Automatic PSI/SI table generation Custom PSI/SI creation and streaming Agile up-conversion

Multiplexing DVB Simulcrypt scrambling for video services

Option 120*

* LAS-D coming Q4/2010: supporting IP-out in parallel to the 4 ASI-outputs

14 BLANKOM Digital

Option

Option 120

Technical Data

B-Nova 3.3

Technical Data for Modulators & Multiplexer LAS-B

LCM-A

LQM-A

ASI output

COFDM

DVB-C

IP inputs Frame formats

raw UDP/IP

Max inputs streams per module

128

De-jittering buffer size

200 ms

Multiplexers Number of multiplexer per module

4

2 or 4

Max input services per multiplexer

64

Max components per service

32

Output speed Output Number of ASI interfaces/channels

Depends on modulator ASI

COFDM

QAM

4

2 or 4

4

Output connector/Impedance

BNC, 75 Ω

Traffic mode

adjustable

Output speed for constant bitrate

adjustable

Maximum speed per interface

100 Mb/s

Maximum speed total (4 ports) Standard

4

F, 75 Ω, ar > 14 dB

250 Mb/s EN 50083-9

ITU-T J.83 Annex A and C

COFDM Output Transmission mode

2k and 8k

Transmission Guard Intervall

1/32, 1/16, 1/8, 1/4

QAM constellations

QPSK, 16, 64

Channel bandwidth

6, 7, 8 MHz

64, 128, 256

Symbol rate

4 - 7.4 MS/s

HO code rate

1/2, 2/3, 3/4, 5/6, 7/8

Output level

110-120 dBµV (One channel)

Output level accuracy

± 2 dB

Output Power step size

0.2 dB

Output center frequency

85 - 1000 MHz

Output frequency accuracy

± 30 kHz

Output frequency step size

50 kHz

Out of band noise

< -70 dBc (4)

Harmonics

< - 63 dBc

< - 60 dBc

MER

> 40.5 dB

> 43 dB

IP streamer output of multiplexer Framing format

raw UDP/IP

raw UDP/IP

unicast or multicast

unicast or multicast

1 ... 7

1 ... 7

Max TS packet speed per streamer

100 Mb/s

Directly related QAM output speed

Maximum speed total (4 Streamers)

250 Mb/s

250 Mb/s

Traffic type TS packets per UDP frame

General Power consumption Connectors

6.5 W

Dimensions Weight Environmental

15 W

BNC, 75 Ω

15 W F, 75 Ω

20 x 109 x 253 mm 0,3 kg

0,4 kg ETSI EN 300 019-1-3 Class 3.1

BLANKOM Digital

15

B-Nova 3.4

3.4

Broadcast Manager General description The Broadcast Manager is a complete PSI/SI, Electronic Program Guide (EPG) and Bootload management server. It helps operators to manage all static and dynamic PSI/SI configurations and deliver EPG information, NIT and Set Top Box software updates.

The Broadcast Manager eliminates routine monitoring and configuration work, raises the quality of the network output and makes sure that there will be no surprises with the services by automating the network configuration and updating processes.

The Broadcast Manager consists of EPG, Network and Bootload modules, which are used for separate PSI/SI management tasks. All this modules can be used with a single management server.

Technical Data

Features • EPG information from various sources • Can be expanded module by module • Network update (NIT creation) • DVB-ASI, ATM and IP support • DVB-C, DVB-T and DVB-S compliant • Automatic dynamic service update • Dynamic Conditional Access System control • Easy-to-use web based user interface • All in one server hardware

Broadcast Manager

Network Elements

0-1000 multiplexes (22,000 PSI/SI tables (excluding EIT))

Sub-headends

0-20 sub-headends (10,000 PMT & SDT, 1,000 PAT & NIT)

Table edit capabilities NIT

Network Information Table (ETS 300 468)

PAT

Program Association Table (ETS 300 468)

PMT

Program Management Table (ETS 300 468)

CAT

Conditional Access Table (ETS 300 468)

SDT

Service Description Table (ETS 300 468)

EIT p/f, schedule

Event Information Table (ETS 300 468)

Table editing capacity Storage 73 GB

Expandable to up to 300

Input

0-100 tables (Up to 50 EIT service Ids per PID)

Output

0-100 tables

EPG information Import/export formats

XMLTV, XML, XLS, text, proprietary (Via converter)

EPG importing systems

PPV, NVOD systems (Optional)

Bootloading capacity Supported Bootload types

TS Streams

Simultaneous streams

0-100 different streams

Localization

0-6 different versions

Input/Output interfaces ATM (optional)

1 interfaces, RJ 45 (CAT5) (100Mbps capacity)

DVB-ASI (optional)

1-4 inputs / 1-16 outputs, BNC connector (26Mbps capacity)

IP

2 ports (1000Base-T, Full Duplex)

Management interface Web interface

HTTPS (HTML 4.01, Javascript 1.5)

Management and monitoring SNMP

v1/v2c, MIB-II, Host Resources MIB, traps

Remote access

ssh

Self diagnostics

Automatic HW diagnostic software driven when device is restarted

HTTP/DHCP based remote configuration

Any DHCP/HTTP server

Server Form

Rack 1U or 2U / 28” deep (Up to 42 units per standard 19” rack)

Supply voltage

230 VAC / 50 Hz

16 BLANKOM Digital

Notes Notes

BLANKOM Digital

17

Series

B-IRD

Condor Hawk Falcon Eagle

CCondor Eagle Falcon Hawk Condor Eagle Falcon Hawk Condor Eagle Falcon Hawk Condor Eagle Falcon Hawk Condor Eagle Falcon Hawk Condor Eagle Falcon Hawk Con18 BLANKOM Digital

B-IRD

B-IRD Series

4.

4.

The B-IRD series are devices for receiving and decoding of MPEG-2 transport streams with MPEG-2 or MPEG-4 compressed signals for SD or HD applications. Different types of input signals like DVB-S/S2, DVB-T/T2, DVB-C, IP streams or ASI are supported. The multi decryption function allows the decryption of multiple scrambled services within the transport stream. For reducing the data rate some types of B-IRDs have the ability to drop services. Standard outputs of the B-IRDs are ASI and IP interfaces for MPTS or SPTS streaming. B-IRDs with decoder are available with analog audio/video and SDI/HD-SDI outputs.

Features of the B-IRD series:

▪

DVB and IP frontends

▪

DVB-S/S2/T/T2/C to IP streaming

▪

Multistreaming

▪

HDTV suitable

▪

Multidecryption including DMS

▪

BISS decryption

▪

MPTS to SPTS conversion

▪

Service filtering

▪

HD downscaling to analog audio/video

▪

SDI/HD-SDI output

BLANKOM Digital

19

B-IRD 4.1

4.1

DRD 694/695 DVB-S2 TWIN Receiver Features • Twin DVB-S/S2 frontend • 2 x 2 ASI outputs • 1 GbE streaming output • 1 GbE control interface • Twin DVB-CI for the CAM modules • Multi-Service-Decryption with Decryption Monitoring System (DMS)

• Web/SNMP server • Redundant power supply General description DRD 694/695 is a twin DVB-S/S2-Receiver. The satellite input signals are demodulated, descrambled and are routed as transport streams to the ASI and Gig-Ethernet outputs.

DRD 694/695 is receiving two digital MPEG-2 or MPEG-4 coded packets of services out of L-Band in DVB-S or DVB-S2 modulation and is generating two MPEG transport streams. The switching between the DVB-S and DVB-S2 mode could be done automatically. For the descrambling of scrambled transport streams two DVB-Common-Interfaces (DVB-CI) for Conditional Access Modules (CAM) is available for each stream. After demodulation and error-correction the MPEG transport streams are available at the two ASI outputs or at the Gig Ethernet interfaces for further processing. ASI test ports for each stream are available at the front plane. For redundancy reasons the device has two independent internal power supplies.

In case of an operational failure or an interruption of the mains voltage, the current operating parameters are stored in a nonvolatile memory. After correcting the failure or switching on the device again, the module automatically operates with the last parameter configuration.

• BISS decryption (DRD 695 only)

RF

RF

DVB-S/S2 Frontend

Power Supply

Power Supply

CA

ASI

IP Proc.

DVB-S/S2 Frontend CA

IP ASI

WEB/ SNMP

DRD 694/5 MPEG-4 RCVR WEB - Control

Allgemeines Der DRD 694/695 ist ein Twin-DVB-S/S2-Receiver. Die SATEingangssignale werden demoduliert, descrambled und stehen als ASI- und GbE Transportstrom am Ausgang zur Verfügung.

DRD 694/695 empfängt zwei digitale nach MPEG-2- oder MPEG4-kodierte TV-Programmpakete aus dem L-Band in DVB-S oder DVB-S2-Modulation und erzeugt daraus zwei MPEG -Transportströme. Die Umschaltung zwischen den Betriebsarten DVB-S und DVB-S2 kann automatisch erfolgen. Für die Entschlüsselung von gescrambelten Transportströmen stehen jeweils zwei DVB-Common-Interface (DVB-CI) Schnittstellen für Conditional Access Module (CAM) zur Verfügung.

Die MPEG-Transportströme können nach der Demodulation und Fehlerkorrektur extern an zwei elektrischen ASI-Ausgängen sowie an den GigEthernet-Schnittstellen zur Weiterverarbeitung genutzt werden. ASI-Messausgänge für die zwei Transportströme sind frontseitig zugänglich. Zur Erhöhung der Betriebssicherheit sind die Netzteile redundant ausgelegt.

Für den Fall einer Betriebsstörung oder einer Unterbrechung der Netzversorgung ist die Konfiguration in einem nichtflüchtigen Speicher abgelegt. Nach dem Wiedereinschalten wird der Betrieb mit der letzten Einstellung automatisch fortgesetzt.

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BISS description (DRD 695 only) DRD 695 support the following BISS modes: • 0: BISS is disabled.

•

1: Transferred data is encrypted with a 12-bit code (key). The key needs to be entered in hex format. Due to a 16-bit input box the last 4 bits have to be set to zero.

•

E: Transferred data are are encrypted with a 16-bit code (key). The key needs to be entered in hex format. The selected code (key) will be decrypted with a 14-bit Injected-ID or with the Buried-ID.

•

Clear CW: Transferred data are encrypted with a unique and well known 16-bit code (key). The key needs to be entered in hex format.

B-IRD Technical Data

4.1

Technical Data for DRD 694/695 DRD 694/695 DVB-S/S2-Receiver

HF Input Input frequency

950 MHz to 2150 MHz

Input impedance

75 立/ 50 立

Input signal level

-65 dBm to -25 dBm

Bandwidth

36 MHz

DVB-S

(according to EN 300 421)

Modulation

QPSK

Roll off

35%

Inner Coding (FEC)

1/2; 2/3; 3/4; 5/6; 7/8 Viterbi, K=7

Interleaving

Convolutional; I=12

Outer Coding

Reed Solomon (RS) ( 204, 188, T=8)

Symbol rate

2 to 45 MS/s

DVB-S2

(according to EN 302 307)

Modulation

QPSK, 8PSK

Roll off

20, 25, 35%

Outer Coding

BCH

Inner Coding

LDPC

FEC Code-Rates (depending on Modulation scheme)

1/4; 1/3; 2/5; 1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10

FEC-Blocklength

64.800 Bit

Symbol rate QPSK

2-36 MSps

Symbol rate 8PSK

2-30 MSps

Outputs (ASI, GbE)

2x ASI (EN 50083-9):BNC, 75 立, Return loss: >18 dB GbE: 2 transport stream UDP packed

Test ports (Front ASI A, ASI B)

2 x ASI (according to EN 50083-9) Impedance: 75 立 (BNC-connector)

DVB-Common-Interface (DVB-CI)

VIACCESS, CRYPTOWORKS, CONAX or IRDETO (other CA systems on request) (2 DVB-CI slots for each channel) 1)

Configuration, Monitoring

10/100/1000 Mbit Ethernet, Webserver, SNMP-Agent

Power consumption

< 50 Watt

Mains voltage

100 VAC to 240 VAC 50/60 Hz Redundant power supply

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

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21

B-IRD 4.2

4.2

DRD 696 DVB Multiformat Receiver Features • ASI or GbE IP Streaming – Input (SFP) • Different DVB-Frontends: DVB-S/S2 32PSK, DVB-T/C, DVB-T2 • 2 ASI outputs • 1 GbE Streaming Output SFP (MPTS/SPTS) • Service filtering (DVB-compliant) • Twin DVB-CI for the CAM modules • Multi-Service-Decryption with Decryption Monitoring System (DMS) General description DRD 696 is an MPEG2/MPEG-4 receiver. MPEG-2/MPEG-4 SD/ HD signals can be processed. The input signals are demodulated and are available at the ASI output or can be streamed over IP (option). For descrambling DRD 696 has a twin DVB-CI slot which enables appropriate CAM modules to decrypt the complete transport stream. Optionally different frontends are for receiving the transport stream. DRD 696 has additionally an ASI input. With the DVB-S/DVB-S2 frontend the DRD 696 is able to receive multiplexed transport streams according to EN 302307 Annex H.2. The demultiplexed transport streams are available at the ASI outputs.

The device is operated locally, either via a LCD display and an additional wheel or with the implemented web server via a web browser. A SNMP agent with the corresponding MIB is built in for the integration in a network management system. The device is controlled via a separate LAN connection, which has a separate IP address; thus, the device can also be accessed from a distance.

• BISS decryption • Web/SNMP server

The basic version of the DRD 696 comprises: • 1 x ASI input • 2 x ASI output • 1 x ASI test output (front side) • Twin DVB common interface for the CAM modules • 1 x SFP interface for inclusion of GbE SFP modules • 10/100 Mbit LAN interface for web browser and SNMP • Isolated / potential-free switching contacts • LCD display with wheel and status LEDs

ASI

IP

IP

RF

Frontend Option

P rocessing

ASI

• Wide-range power supply unit • IP Streaming MPTS + Service filtering

CA

• IP Streaming SPTS

RF WEB/ SNMP

As Option available

DRP 696 MPEG-4 Receiver WEB - Control

The basic device can be extended with additional hardware/software options: Technical Data

DVB-S/S2 Frontends for DRD 696 (Options) OPD124-03

Modulation

DVB-C EN 300 429

DVB-T2 EN 300 755

COFDM

16-, 32-, 64-, 128-, 256-QAM

COFDM

Input frequency

47 to 862 MHz

Input impedance Input level Bandwidth Symbol rate

OPD124-04

DVB-T EN 300 744

75 Ω, F -80 dBm to -10 dBm

-60 dBm to -10 dBm

-80 dBm to -10 dBm

6 MHz, 7 MHz, 8 MHz

2 MHz, 4 MHz, 7 MHz, 8 MHz

7 MHz, 8 MHz

All for 7 MHz and 8 MHz bandwidth

2 Msps ... 7 Msps

All for 7 MHz and 8 MHz bandwidth

Software Options Type

Description

APA103-51

IP-Input Streaming (SFP module required) Reception of MPEG-2 transport stream encapsulated in UDP over IP interface

APA103-56

NDS Due to NDS Certfication procedur NDS decryption is an option.

APA103-57

BISS Decryption BISS (Basic Interoperable Scrambling System) Descrambler, MODE 0, MODE 1, BISS-E

22 BLANKOM Digital

B-IRD Technical Data

4.2

Technical Data for DRD 696 DRD 696 Multiformat Receiver

IP Frontend (Option) Input

SFP, electrical RJ45, optical LC

Format

GbE, UDP, Uni- and Multicast, RTP, proMPEG

IP Data Port Output

SFP, electrical RJ45, optical LC

Format

GbE, UDP, Uni-und Multicast, MPTS, Service Filter, SPTS

Descrambling Hardware

Dual PC-Card slot (CAM)

CA systems

Viaccess, Conax, Irdeto, Seca, Mediaguard, Nagravision, Sky, NDS

BISS (Option)

Mode 0, Mode 1, BISS-E

Number of descrambled services

Multiservice Descrambling, min 16 PIDs

ASI output Output/ return loss

2x ASI (in conformance with EN 50083-9), 75 Ω, BNC / Return loss > 18 dB

Format

188 Byte, can be switched over to descrambled TS

Test output (front side)

75 Ω, BNC

Data output Output

D-Sub-9, RS-232

Auxiliary data

Max. 38,4 kbps (e.g. RDS)

Monitoring, configuration Ethernet

IP check port, RJ45, LAN

Format

10/100M, TCP/IP, SNMP, Web server, Software Download

Alarm

Potential-free relay contact

General Power consumption

25 Watt (without LNB powering/CAM)

Power supply

100 VAC to 240 VAC 50/60 Hz

EMC

EN 50083-2

Safety

EN 60950-1

Technical Data

DVB-S/S2 Frontends for DRD 696 (Options) OPD124-09

OPD124-18 DVB-S/S2 EN 302 307

Modulation

QPSK, 8PSK, 16APSK, 32APSK EN 300 421

Input frequency

950 MHz to 2150 MHz

Lock-in range

± 5 MHz

Retaining range Input impedance

± 12 MHz 75 Ω, F

50 Ω, SMA

LNB supply:

--

Voltage (switchable)

13V / 18V,

--

Current (short-circuit proof)

≤ 500 mA

--

Input level Bandwidth (MHz) Symbol rate

-65 dBm to -25 dBm 36 1 to 50 MS/s (QPSK, 8PSK) 1 to 40 MS/s (16APSK) 1 to 30 MS/s (32APSK) t.b.d.

Lock-in range

≤ ± 100 ksps

Roll off

20, 25, 35 %

FEC Code rates (depending upon the type of modulation) FEC-Frame

1/4; 1/3; 2/5; 1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10 Normal (64800bits), Short (16200bits)

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B-IRD 4.3

4.3

DRD 700 Quad Multistream Processor Features • 2x DVB-Twin-Frontends: DVB-S/S2, DVB-T/C or DVB-T/T2 • 2x ASI Inputs • 2x IP-GbE-SFP-Interfaces for IP-Input or IP-Output-Streaming (Option Redundancy)

• IP-Input Streaming (Option) • Service filtering and DVB-compliant Multi- plexing (Processing Option) • Multistream demultiplexing • 4 x DVB-CI slots for CAM modules for Multi-Service-Decryption

General description DRD 700 is a DVB-Quad Receiver and can be equipped with different Twin-DVB-Frontend modules (DVB-S/S2, DVB-T/C or DVB-T/T2). The 4 independent MPEG-2/MPEG-4 SD/HD-input signals are demodulated, descrambled and are available at the 4x2 ASI outputs. Additionally the DRD 700 has 2 ASI-Inputs and 2 redundant IP-GbE-SFP interfaces as an option. For MultiService Decryption up to 4 CAM modules can be inserted into the DVB-CI slots at the front panel.

• IP-Output-Streaming MPTS/SPTS • 4 x 2 ASI Outputs • BISS decryption (Option) • NDS decryption (Option) • Web/SNMP server (IP-Control port) • Redundant power supply

With the DVB-S/DVB-S2 frontend the DRD 700 is able to receive multiplexed transport streams according to EN 302307 Annex H.2. After demultiplexing the separate transport streams are available at the 4x2 ASI outputs.

Power Supply

ASI ASI

The implemented web server allows the configuration of the DRD 700 with a standard web browser. Basic configuration can also be done locally with the LCD display and a navigation wheel. A SNMP agent with the corresponding MIB is built in for the integration in a network management system. The control port for web configuration and SNMP has an own IP address and is physically separated from the streaming ports.

Power Supply 2 x ASI

2x CA

IP RF

DVB-Twin Frontend

RF

(Option)

RF

DVB-Twin Frontend

RF

2 x ASI

FPGA

The IP-GbE-SFP interface allows the IP-output-streaming of up to 4 MPTS streams and up to 60 SPTS streams. IP-Input streaming and redundancy of the IP-GbE-SFP interfaces are options.

The processing option includes service and PID-filtering and the multiplexing of up to 4 new DVB compliant transport streams out of the input signals.

IP Proc.

IP 2 x ASI

2x CA

(Option)

DRD 700Quad MS Processor

2 x ASI WEB/ SNMP

IP WEB-Control

Technical Data

DRD 700 Quad Multistream Processor

ASI Input

2x ASI (in conformance with EN 50083-9), 75 Ohm, BNC

ASI Output

4x 2 ASI (in conformance with EN 50083-9), 75 Ohm, BNC

ASI Reflection/ return loss

> 18 dB

Multi-Service-Decryption

ASI Format

188 Byte/ 204 Byte

Hardware

4x DVB-CI slot (CAM) (CI+ optional)

CA systems

DVB-CI compliant CA systems with CAM: Viaccess, Conax, Irdeto, Seca, Mediaguard, Nagravision, Sky, NDS (on request)

BISS

Mode 0, Mode 1, BISS-E (option)

Number of descrambled services

dependent of service, max. 8 PIDs

IP Streaming Interface Connector

2x IP-GbE-SFP-Interfaces for IP-Input or IP-Output-Streaming SFP: electrical RJ45 or optical LC

Dataformat

UDP, Uni-und Multicast ( RTP, FEC ProMPEG CoP#3 optional)

IP-Input-Streaming

Max. 4 MPTS/SPTS IP-streaming inputs (Option)

IP-Output-Streaming

Max. 4 MPTS and 60 SPTS IP streaming output channels

IP-Redundancy

Switching criteria: link-loss, sync-loss for input streaming (Option)

Processing

DVB-S2 Feature Multistream Demultiplexing

DVB-S2 demultiplexing according to EN 302307 Annex H.2 (only with DVB-S2 frontend)

Control-Port Ethernet

IP control port, RJ45, LAN,10/100M,

Format

TCP/IP, SNMP agent, TFTP, Web server, Software Download

Alarm

Potential-free relay contact

Filtering

PID- and Service filtering (Option)

General

Multiplexing transport streams

DVB-compliant Multiplexing of up to 4 transport streams (Option)

Power consumption

2 x 100 VAC to 240 VAC

Redundant Power Supply

100 VAC to 240 VAC 50/60 Hz

EMC

EN 50083-2, FCC Part 15, class A

Safety

EN 60950-1

24 BLANKOM Digital

B-IRD Technical Data

4.3

Technical Data for DRD 700 DVB-S/S2 Frontends for DRD 700 (Options) OPD135-09 DVB-S/S2 -> EN 300 421, EN 302 307 Number of inputs (per frontend)

2

Modulation

QPSK, 8PSK; 16APSK, 32APSK (1 input only)

Input frequency

950 MHz to 2150 MHz

Lock-in range

± 5 MHz

Retaining range

± 12 MHz

Input impedance

75 Ω, F

LNB supply: Voltage (switchable)

13V / 18V

Current (short-circuit proof)

≤ 500 mA

Input level

44 to 84 dBµV

Bandwidth (MHz)

36

Symbol rate

1 to 50 MS/s (QPSK, 8PSK) 1 to 40 MS/s (16APSK) 1 to 30 MS/s (32APSK)

Lock-in range

≤ ± 100 ksps

Roll off

20, 25, 35 %

FEC Code rates (depending upon the type of modulation)

1/4; 1/3; 2/5; 1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10

FEC-Frame

Normal (64800bits), Short (16200bits)

Technical Data

DVB-T/C & DVB-T/T2 Frontends for DRD 700 (Options) OPD135-03 DVB-T -> EN 300 744

Number of inputs (per frontend) Modulation

OPD135-04

DVB-C -> EN 300 429

COFDM, QPSK, 16-QAM, 64-QAM

16-, 32-, 64-, 128-, 256-QAM

Input frequency

47 to 862 MHz

Input impedance

75 Ω, F

Input level Bandwidth (MHz) Symbol rate FFT

DVB-T2 -> EN 300 755

2

-31 to +39 dBµV (-80 dBm to -10 dBm)

-11 to +39 dBµV (-60 dBm to -10 dBm)

COFDM, QPSK, 16-QAM, 64-QAM, 256-QAM

-31 to +39 dBµV (-80 dBm to -10 dBm)

6, 7, 8

2, 4, 6 ,7 , 8

6, 7, 8

All for 7 MHz and 8 MHz bandwidth

2 Msps ... 7 Msps

All for 7 MHz and 8 MHz bandwidth

2k, 8k

1k, 2k, 4k, 8k, 16k, 32k

FEC-Code rates

1/2, 2/3, 3/4, 5/6, 7/8

1/2, 3/5, 2/3, 3/4, 4/5, 5/6

Guard Intervall

1/4, 1/8, 1/16, 1/32

1/4, 1/8, 1/16, 1/32, 1/128, 19/128, 19/256

Software Options Type

Description

APA135-51

IP-Input Streaming Reception of up to 4 MPEG-2 transport streams encapsulated in UDP over IP interface

Bundle with SFP-Modul: OPD135-30

IP-GbE-Redundancy (SFP module required) Redundancy for GigE-SFP-Interface (Switching criteria link-loss, sync-loss)

APA135-59

Processing Service- and PID filtering and multiplexing of up to 4 new transport streams out of the input signals according to DVB

APA135-56

NDS Due to the NDS Certification procedure NDS decryption is an option.

APA135-57

BISS decryption BISS (Basic Interoperable Scrambling System) Descrambler, MODE 0, MODE 1, BISS-E

BLANKOM Digital

25

B-IRD 4.4

4.4

DRP 393 DVB MPEG-4 Receiver/Decoder Features • ASI or GbE IP Streaming Input (SFP) • Different DVB-Frontends: DVB-S/S2 32 APSK, DVB-T/C, DVB-T2 • 2 ASI Outputs • 1 GbE Streaming Output SFP (MPTS/SPTS) • Analog Video/Audio Output (HD downscaling)

• SDI/HD-SDI Output • MPEG-2/MPEG-4 SD/HD decoding General description DRP 393 is an MPEG-4 receiver / decoder. For the descrambling, DRP 393 has a twin DVB-CI slot, which enables appropriate CAM modules to decode the complete transport stream. Optionally, different Frontends are available. As a standard, the device has one ASI input. Optionally, the received transport Transport stream can also be streamed into an IP network via a GigabitEthernet interface. Another option is that the A/V signal can be provided on a HD-SDI/SDI output.

• Service filtering (DVB-compliant) • Twin DVB-CI for CAM modules • Multi-Service-Decryption with Decryption Monitoring System (DMS) • BISS decryption • DVB-Subtitling • Dolby Digital Certification • Web/SNMP server

The device is operated locally, either via a LCD display and a wheel or with the implemented web server via a web browser.

A SNMP agent with the corresponding MIB is built in for the integration in a network management system. The device is controlled via a separate LAN connection, which has a separate IP address; thus, the device can also be accessed from a distance.

ASI

ASI

IP

RF

Frontend Option

Processsing

Allgemeines Der DRP 393 ist ein MPEG-4 Receiver/Decoder. Für das Descrambling verfügt der DRP 393 über einen Twin-DVB-CI Schacht, der es ermöglicht mit geeigneten CAM-Modulen den kompletten Transportstrom zu entschlüsseln. Für den Empfang stehen unterschiedliche Frontends als Option zur Verfügung.

Standardmäßig verfügt das Gerät über einen ASI-Eingang. Optional kann der empfangene Transportstrom auch über eine Gigabit-Ethernet Schnittstelle in ein IP-Netzwerk gestreamt werden. Als weitere Option kann das A/V-Signal auf einen HDSDI/SDI Ausgang bereit gestellt werden.

IP Video

CA

Audio

Decoder HD/SD SDI Option

SDI

WEB/SNMP As Option available

DRP 393 MPEG -4 IRD WEB - Control

Die Bedienung des Gerätes erfolgt lokal entweder über eine LCD-Anzeige und ein Drehrad oder mit dem implementierten Web-Server über einen Web-Browser. Für die Einbindung in ein Netzwerk-Management-System ist ein SNMP-Agent mit zugehöriger MIB integriert. Die Steuerung erfolgt über einen separaten LAN-Anschluss mit eigener IP-Adresse und kann somit auch für den Fernzugang genutzt werden.

Details ASI interface There are 2 equivalent ASI outputs on the back side of the device. There is 1 ASI test output on the device front panel. If a fault occurs, the ASI operating outputs can be switched off. The test output cannot be switched off. Depending upon the (software) configuration and option, the originally received TS or the TS with one or more descrambled services can be maintained on the ASI outputs. As a standard, an ASI input is provided at the back side of the device. If a optional frontend is implemented, it is possible to switch over between the ASI and Frontend input.

MPEG-4 video decoder The decoder supports MPEG-4 part10 (AVC, H.264) as well as MPEG-2 decoding. During an anamorphous 16:9 video transmission, the decoder generates a Letterbox video format from this signal. Moreover, the decoder can generate a SDTV signal (720x576) in the Letterbox format from the HDTV signal

26 BLANKOM Digital

(1920x1080i, 1280x720p) by “downscaling”. This decoder also supports DVB subtitling. The output signal is the analogue CVBS signal.

DRP 393 supports extensive VBI functionalities: The teletext lines, the data lines and the WSS signal as well as the test lines are inserted in the analogue output signal.

All the 13 data bytes are transferred to the VPS data line (line 16). The audio status is generated according to the selected audio output format (basis: Audio output 1). The CNI code can be manually entered if it is not available within the TS (Transport stream).

The test lines 17, 18, 330, 331 and 329 are generated within the device. Line 331 can be assigned the CCIR xxx or ramp signal. Line 329 may be selected the sinx/x test signal, teletext or data line.

The WSS signal (line 23) is generated according to the aspect ratio of the video output signal. If the letterbox conversion leads to a disturbing stream

B-IRD like a “string of beads” in the enabled video signal, this can be suppressed with the WSS letterbox muting function (blanking/ suppression of line 59).

A colour bar test signal can be enabled for test purposes.

Audio decoder The basic device has 4 audio output channels (2 stereo/ dualtone). Two audio PIDs can be decoded within the device. Thus, the audio track for blind persons (e.g. ZDF) and the dual tone can be generated from two stereo PIDs (e.g. Arte). The level of every audio output can be set individually.

Dolby Digital is decoded and given out as a stereo signal.

Optionally, 4 additional audio output channels can be activated.

Note: Dolby Digital (AC3) and MPEG audio signals cannot be decoded simultaneously!

4.4

Details and Technical Data for DRP 393 Digital audio output SPDIF The PID selected for audio decoder 1 can also be given out via the digital SPDIF output. If a Dolby Digital signal (AC3) is selected, the AC3 signal (which is not decoded) can also be given out (“pass thru”).

Wide-range power supply unit: DRP 393 has a wide-range power supply unit. The input voltage range is 100 VAC – 240 VAC. In the event of an operational disturbance or a fault in the mains supply the configuration is stored in a non-volatile memory. Upon restart the operation automatically continues from the last setting.

For test purpose, 1 kHz test signal, nominal level +6 dBm can be enabled. The test signal is available on all audio outputs.

The DRP393 is licensed by Dolby Labs for Decoding of Dolby Digital and Dolby Digital Plus.

Technical Data DRP 393 DVB MPEG-4 Receiver/Decoder ASI Input

1x ASI (in conformance with EN 50083-9), 75 Ω, BNC, > 18 dB 188/204 Byte

Amplitude distortion 20 Hz - 20 kHz

< ± 0.5 dB

Harmonic distortion attenuation 40 Hz - 5 kHz

>90 dB

MPEG-2

MP@HL and lower level

Signal-to-noise ratio

MPEG-4 Part 10, H.264/ AVC

MP@L4.0, HP@L4.0 and lower level

78 dB CCIR weighted, 85 dB CCIR unweighted

MPEG 1, MPEG 2, MPEG 4 AAC, AAC V2.0, AC3 (DD), EAC3 (DD+)*

Channel cross-talk attenuation

> 90 dB

Audio

Test output

6.3 mm jack -20 dBr

Other outputs

Sub-D plug-and-socket connector, 15-pole

Decoding

Descrambling Hardware

Dual PC-Card slot (CAM)

CA systems

Viaccess, Conax, Irdeto, Seca, Mediaguard, Nagravision, Premiere, NDS

Output

75 Ω, BNC

BISS (option)

Mode 0, Mode 1, BISS-E

Data format

Number of descrambled services

Multiservice descrambling, min 16 PIDs

AC3, AAC, not decoded; PCM Audio, decoded

Data rate

32 kbit/s … 640 kbit/s

Analog video output

Digital audio output SPDIF

ASI output

Output

PAL, NTSC, 75 Ω, BNC

Level/ return loss

1 Vss / >34 dB

Test output

75 Ω, BNC

Video parameter

Output/return loss

2x ASI (in conformance with EN 50083-9), 75 Ω, BNC, > 18 dB

Format

188 Byte, can be switched over to descrambled TS

Test output (front side)

75 Ω, BNC

Video-frequency signal/ noise ratio

≥ 78 dB (line 19, weighted filter in conformance with CCIR Rec.567-1)

Video-frequency signal/ noise ratio

≥ 72 dB (unweighted)

Amplitude-frequency response

≤ ± 0.4 dB (10 Hz – 5 MHz, CCIR 18)

Monitoring, Configuration Ethernet

IP monitoring port, RJ45, LAN

Differential gain

≤ 1%

Format

Differential phase

≤ 1.5 °

10/100M, TCP/IP, SNMP, Web server, Software Download

Pulse tilt/droop

≤ 0.5%

Alarm

Potential-free relay contact

2-T pulse

K ≤ 1%

DC offset

≤ ± 70 mV

Analog audio output Output

600 Ω loaded impedance, XLR (pin)

Level

+6 dBm @ -6 dBFS, variable

Clipping level

> +18 dBm

Data output Output

Sub-D 9-pole, RS-232

Auxiliary Data

Max. 38,4 kbps (e.g. RDS)

General Power consumption

25 Watt (without LNB powering/CAM)

Power Supply

100 VAC to 240 VAC to 50/60 Hz

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

* Dolby and double-D symbol are registered trademarks of Dolby Laboratorie

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B-IRD 4.4

Technical Data for DRP 393 (Options) Technical Data

DVB-S/S2 Frontends for DRP 393 (Options) OPD103-02

Modulation

OPD103-13

OPD103-09 DVB-S/S2 EN 302 307

QPSK, 8PSK EN 300 421

QPSK, 8PSK, 16APSK, 32APSK EN 300 421

Input frequency

950 MHz to 2150 MHz

Lock-in range

± 5 MHz

Retaining range

± 12 MHz

Input impedance

75 Ω, F

50 Ω, SMA

LNB supply:

75 Ω, F

Current (short-circuit proof)

13V/18V

∙∙∙

≤ 500 mA

∙∙∙

Input level

∙∙∙ 13V/18V

∙∙∙

≤ 500 mA

∙∙∙

-65 dBm to -25 dBm

Bandwidth

36 MHz

Symbol rate

1 to 36 MS/s (QPSK), 1 to 30 MS/s (8PSK)

1 to 50 MS/s (QPSK, 8PSK), 1 to 40 MS/s (16APSK) 1 to 30 MS/s (32APSK) t.b.d.

Lock-in range

≤ ± 100 ksps

Roll off

20, 25, 35 %

FEC Code rates (depending upon the type of modulation)

Technical Data

1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10

1/4; 1/3; 2/5; 1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10

Normal (64800 bits)

Normal (64800 bits), Short (16200bits)

DVB-T/C Frontend for DRP 393 (Option) OPD103-03 (DVB-T/C) DVB-C EN 300 429

COFDM

16-, 32-, 64-, 128-, 256-QAM

Bandwidth (MHz) Symbol rate

DVB-T2 EN 300 755

75 Ω, F

Input frequency Input level

OPD103-04 (DVB-T/T2)

DVB-T EN 300 744 Input Modulation

50 Ω SMA

∙∙∙

Voltage (reversible, can be switched off)

FEC-Frame

OPD103-18

DVB-S/S2 EN 302 307

COFDM

47 to 862 MHz -80 dBm to -10 dBm

-60 dBm to -10 dBm

6, 7, 8

2, 4, 6, 7, 8

-80 dBm to -10 dBm 7, 8

All for 7 MHz and 8 MHz bandwidth

2 Msps ... 7 Msps

All for 7 MHz and 8 MHz bandwidth

Cable adapters Connector DRP 393

Connector continuative Length

28 BLANKOM Digital

PUZ 157

PUZ 158

PUZ 159

Mini-Combicon, male

D-Sub-15, male VGA

2 x XLR, female

D-Sub-9, male

4 x XLR, male

DIN-5, female

15 cm

25 cm

20 cm

B-IRDs Technical Data & Software Options

Technical Data

4.4

4.4

Outputs for DRP 393 (options) ODP103-07 SDI-Output

2

Video Output

The HD-/SD-SDI output is an optional setting / configuration for DRP 393. It is designed as an additional plug-in module. This option supports SD-SDI with a data rate of 270 Mbpsas well as HD-SDI with a data rate of 1.485 Gbps. Up to 4 audio channels can be embedded in the SDI signal. A separate output is available AES/EBU audio signal.

This output cannot be simultaneously integrated in the device with the HD-/SD-SDI option.

75 立, BNC

75 立, BNC

+6 dBm

1 Vss

Connector Level Data format Data rate (SD/HD)

ODP103-14 nd

2nd Video-Output

Embedded audio

--

270 Mbps/1.485 Gbps; 1,485/1,001 Gbps(US)

--

110 立, 3 pol XLR

--

AES/EBU

Software Options Type

Description

APA103-51

IP-Input Streaming (SFP module required) Reception of MPEG2 transport stream encapsulated in UDP over IP interface

Bundle with SFP-Modul: OPD103-30

IP-Output Streaming (MPTS) incl. Service/PID-Filtering (SFP module required) Transmission of MPEG2 transport stream encapsulated in UDP over IP interface.

For reducing data rate selected services can be filtered out.

Bundle with SFP-Modul: OPD103-31

IP-Output Streaming (SPTS) incl. Service/PID-Filtering (SFP module required) Incoming MPEG2 transport stream with several services (MPTS) are split into several transport streams with one service (SPTS) and streamed out over IP interface. For reducing data rate selected services can be filtered out.

APA103-55

Multi-Service-Decryption Decryption of several services of a MPEG2 transport stream. The number of decrypted services is dependent of the type of CAM.

APA103-56

NDS Due to the NDS Certification procedure NDS decryption is an option.

APA103-57

BISS Decryption BISS (Basic Interoperable Scrambling System) Descrambler, MODE 0, MODE 1, BISS-E

APA103-58

DVB-Subtitling Graphical overlay of service information within the MPEG2 transport stream.

BLANKOM Digital

29

Series

B-Edge

EQM ESM EPM

30 BLANKOM Digital

Edge PAL Decoder FM Modulator QAM Edge PAL Decoder FM Modulator QAM Edge PAL Decoder FM Modulator QAM Edge PAL Decoder FM Modulator QAM Edge PAL Decoder

B-Edge

B-Edge

5.

5.

The B-Edge series are compact devices for the transmodulation of digital TV and Radio signals to HFC networks. The digital TV and Radio signals are transmitted as MPEG2 transport streams encapsulated in IP data packets over IP networks. Each device is able to transmodulate several services to RF within one unit. This makes the application very compact and power efficient especially by the direct digital modulation and conversion of the output frequency. For the different applications there are three different types of edge devices available:

- B-Edge QAM for QAM modulation, - B-Edge PAL for analog TV conversion - B-Edge FM for Radio services

B-Edge Features:

▪ ▪ ▪ ▪ ▪ ▪ ▪

B-Edge QAM up to 24 channels B-Edge PAL up to 16 channels B-Edge FM up to 24 channels Input Streaming Redundancy (2 x SFP GbE) Direct Digital Synthesis (DDS) Separate control port for Web-GUI and SNMP Redundant power supply

BLANKOM Digital

31

B-Edge 5.1

5.1

EQM 008 Compact Edge QAM in a Box Features • 1 GbE IP Streaming Input • 8 QAM Output channels • RF-Output 47 to 862 MHz • Direct Digital Synthesis (DDS) • DVB-C, 32 – 256 QAM (Annex A/C or B) • PCR Correction • NIT Insertion • Web/SNMP server General description EQM 008 receives 8 MPEG-2 transport streams over one GbE IP input. The transport streams are selected by port or IP address and QAM modulated and up converted to the selected frequency range fully digitally. Output is an RF signal with 8 QAM channels for DVB-C distribution in the range of 47 to 862 MHz near the edge of the subscribers.

The small form factor design allows installing this tiny box in street cabinets to serve small and special areas like communities or a campus.

Technical Data

EQM 008

GigE

IP

WEB/ SNMP

EQM008 Compact Edge QAM in a Box

Compact Edge QAM in a Box

IP-Interface

Streaming- and Control Port with 2 IP-addresses 1 x GbE 1000 Base-T EQM 008 RJ45-Connector; Status-LED for IP-Connection 8 Transport streams for each IP-Interface; Separate stream for NIT

QAM-Modulation

DVB-C Standard EN 300429, J. 83/A, C;USA: J.83 B

Modulation

32, 64, 128, 256 QAM

Roll off

12%, 13%, 15%, 18%

Symbol rate

4,48 ; 6,9 ; 7,0

Channel width

6 MHz, 7 MHz, 8 MHz

Modulation Error Rate (MER)

> 43 dB

Shoulder attenuation

> 56 dB

Processing

NIT-Processing; PCR-Correction; Null packet deletion/insertion

RF

Direct Digital Synthesis (DDS)

Connector

F, 75 Ω

Return loss

≥ 14 dB

Frequency range

47 to 862 MHz

Frequency step size

12,5 kHz

Frequency deviation

≤ 5 ppm

Phase noise

typ. -105 dBc

Max. Output level

-3 dBm (106 dBµV) (max.output level, 8 channels active)

Max. Output attenuation

20 dB

Output level step size

0,5 dB

Level accuracy

± 1 dB

Spectrum Flatness

± 0,2 dB

Spurious

≤ -60 dBm

Output channels

8 QAM channels EQM 008

Monitoring/Configuration

Control Port with own IP address; Integrated Web server SNMP agent for NMS systems

General Data Power consumption

< 12 Watt EQM 008

Supply voltage

12 V/ 1 A DC

Mains voltage

use the enclosed AC; Power Supply 100 VAC to 240 VAC 50/60 Hz

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

32 BLANKOM Digital

8 x QAM 8 x DDS

WEB-Control

RF

External Power Supply

B-Edge 5.2

EQM 10x Edge QAM-Modulator Features • RF-Output 47 to 862 MHz • Direct Digital Synthesis (DDS) • DVB-C, 32 – 256 QAM (Annex A/C or B) • PCR Correction • NIT Insertion • Web/SNMP server • Redundant power supply

General description The EQM 100 Edge QAM Modulator supports to generate up to 24 QAM channels to add DVB-C services into distribution networks in Headends or near the edge of the subscribers. Every single QAM channel can be enabled or switched off to allow installations with overlapping channels.

The MPEG transport streams (TS) must be supplied over IP-networks as unicast or multicast data packets encapsulated in UDP format. The payload of the UDP packets should be compliant to the DVB MPEG-2 transport stream packets. These packets are transferred to the input of the QAM modulator and to the direct digital frequency conversion (DDS). The Output is a RF-Signal in the selected frequency range between 47 to 862 MHz that can directly feed a local CATV network or HFC cluster supporting 16 QAM … 256 QAM channels.

Conversions of the MPEG transport stream like PCR re-stamping and „insertion of zero-packet” are supported. The modulator can be configured and operated via a web browser on a local PC or Laptop and can be integrated into a network management system (NMS).

Allgemeines Der EQM 100 Edge QAM Modulator generiert bis zu 24 QAM Kanäle zum Zufügen von DVB-C Bouquets in Kabelkopfstellen oder in Sub-Headends. Jeder QAM Kanal kann einzeln geschaltet werden und erlaubt somit die Installation in überlappenden Kanalrastern.

Der MPEG Transportstrom (TS) erfolgt über IP-Netzwerke als Unicast oder Multicast Übertragung in IP eingekapselten UDPDatenpaketen. Die effektive Nutzdatenrate der UDP Pakete sollte mit denen der DVB MPEG-2 TS Pakete abgestimmt werden.

Diese Pakete werden zum Eingang des QAM Modulators und mit der nachfolgenden “Direkten Digitalen Synthese” (DDS) in HF Kanäle umgesetzt. Das Ergebnis ist ein HF-Signal in einem wählbaren Frequenzbereich zwischen 47 bis 862 MHz welches zur direkten Einspeisung von QAM(16 … 256) Kanälen in ein lokales Kabelnetzwerk oder z.B. in HFC-Cluster geeignet ist.

Korrekturen des MPEG Transportstroms wie PCR Re-stamping und „Insertion of Zero-Packets” werden unterstützt. Der Modulator kann über einen standard Webbrowser eines lokalen PC oder Laptop angesprochen und konfiguriert und in ein Network Management System (NMS) integriert werden.

EQM 100 GbE IP Streaming Inputs QAM Output channels

3 24

EQM 101 GbE IP Streaming Inputs QAM Output channels

2 16

EQM 102 GbE IP Streaming Inputs QAM Output channels

IPIP

GigE

IP

GigE

Power Supply

8 x QAM 8 x DDS

(1)

IP

1 8

GigE (2)

8 x QAM 8 x DDS

8 x QAM 8 x DDS

(1)

(2)

EQM 10x Edge QAM Modulator

Power Supply

Combiner

5.2

RF

WEB/ SNMP

EQM 101: without (2); EQM 102: without (1) and (2)

WEB-Control

BLANKOM Digital

33

B-Edge 5.2

Technical Data for EQM 10x Edge QAM-Modulator Technical TechnicalData Data

EQM 100

IP-Interface GbE 1000 Base-T Ports

EQM 101 Streaming- and Control Port with 2 IP-addresses

3

Connectors

2

1

RJ45, Status LED for IP-Connection 8 Transport streams for each IP-Interface, separate stream for NIT

QAM-Modulation

DVB-C Standard EN 300429, J. 83/A, C;USA: J.83 B

Modulation

32, 64, 128, 256 QAM

Roll off

12%, 13%, 15%, 18%

Symbol rate

4,48 ; 6,9 ; 7,0 Msps

Channel width

6 MHz, 7 MHz, 8 MHz

Modulation Error Rate (MER)

> 43 dB

Shoulder attenuation

> 56 dB

Processing

NIT-Processing, PCR-Correction, Null packet deletion/insertion

RF

Direct Digital Synthesis (DDS)

RF Output

F, 75 Ω; -20 dBm ± 0,5 dB; Return loss ≥ 14 dB

Frequency range

47 to 862 MHz

Frequency step size

12,5 kHz

Frequency deviation

≤ 5ppm

Phase Noise

typ. -105 dBc

Max. Output level Corrective Factor for indicated RF-Level at F-Output

-12 dBm (97 dBµV)

-3 dBm (106 dBµV)

- 6.4 dB

- 0.5 dB

Max. Output attenuation

20 dB

Output level step size

0.5 dB

Level accuracy

± 1 dB

Spectrum Flatness

± 0.2 dB

Spurious Number of QAM channels

EQM 102

≤ -60 dBm 24

Monitoring/Configuration

16

8

Control Port with own IP address Integrated Web server SNMP agent for NMS systems

Monitoring output

F, 75 Ω; -20 dBm ± 0,5 dB; Return loss ≥ 14 dB

General Data Power consumption Mains voltage

< 40 Watt

< 30 Watt Redundant Power Supply 100 VAC to 240 VAC 50/60Hz

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

34 BLANKOM Digital

ETSI EN 300019-1-3 Class 3.1

< 15 Watt

B-Edge 5.3

ESM 1xx IP Edge FM Features • 4 ASI Inputs (selectable) • RF-Output 87.5 - 108 MHz • FM modulator 75 kHz • RDS data insertion • Control Port 10/100 Mbit RJ45 • Web/SNMP server • Redundant power supply

The devices have 4 ASI inputs and 2 GbE- interfaces (GbE1 and GbE2) for optic SFP modules of different wavelengths or for an electrical RJ45 inlay. (GbE2) is the redundant GbE input.

A separate RJ45 control Port is available for the controlling and configuration. The configuration is done through an integrated WEB server using a standard web browser.

Note: The redundant GbE input (GbE2) with the SFP module is available as an option. Once it has been activated, it can be used as redundant GbE- input.

If both SFP IP inputs are enabled it is possible to select GbE1 or GbE2 as main input.

The power supplies of the ESM 112 and ESM 124 are redundant in design.

Allgemeines ESM1xx stellt 12 oder 24 FM Kanäle an einem Ausgang zur Einspeisung in Kabelnetze zur Verfügung.

Die Geräte haben 4 ASI- und 2 GbE Eingänge. Optional läßt sich der 2. GbE Eingang als redundanter Eingang konfigurieren.

Die MPEG-2 kodierten Audio Programme, eingespeist über IP oder ASI Eingänge, werden normgerecht aufbereitet und als FM-modulierte Träger im UKW-Bereich ausgegeben.

Jeder FM-Träger kann einzeln konfiguriert werden.

ESM 112 FM-Output channels 19" rack installation

Streaming Port 1 Streaming Port 2 (Redundancy)

12 For space saving the devices are allowed to stack directly without 1 RU space GbE SFP GbE SFP

ESM 124 FM-Output channels 19" rack installation

Streaming Port 1 Streaming Port 2 (Redundancy)

24 For space saving the devices are allowed to stack directly without 1 RU space GbE SFP GbE SFP

IP

Redundant IP

GbE

ASI ASI ASI

ASI Input 1-4

Power Supply

6 x FM 6 x FM(1) 6 x FM (1)

Power Supply

Combiner

General description ESM 1xx is an IP EDGE FM which provides 12 or 24 FM channels at only one output for feeding into CATV networks.

Processing Unit

5.3

RF

6 x FM

ASI

WEB/ SNMP

ESM 112/124 IP Edge FM

(1): ESM 124 only

WEB-Control

BLANKOM Digital

35

B-Edge 5.3

Technical Data for ESM 1xx IP Edge FM Technical TechnicalData Data

ESM 112

ESM 124

IP Input Streaming Ports Control Port

1 Gbit/s, Gigabit SFP Modules: Copper, Fibre, different Modes RJ45 10/100 Mbit Network connector, SNMP, Web Server, Software Download

Standard

IEEE 802.3-2002

TS FEC

Pro-MPEG CoP#3

Max. pay load capacity

200 Mbit/s

Format, Multicast

UDP, IGMPv2

ASI Input

BNC, 75 Ω (EN 50083 – 9)

Data rate

0-213 Mbit/s

Signal processing Data rate/ FM Board inside

0,625 – 85 Mbit/s

TS - Transmission format

Package Size 188, 204

ASI - Transmission format

burst, packet

RDS - Coder Processing

EN 5007 / EBV-SPB490

Stereo Coder Processing

Multiplex, CCIR

Deviation Pilot Supported services

7,5 kHz PS, PTY, TP, TA, EON, PI, RT, MS, CT, DI

FM-Output Number of channels

F, 75 Ω; Return loss: ≥ 16 dB 12

24

Output frequency range

78,5 MHz -108 MHz

Frequency step size

50 kHz

Frequency accuracy

± 20 ppm

Phase Noise @ 1 kHz

< -113 dBc / Hz

Output level nominal. (all channels active)

-7 dBm (102 dBµV / channel)

-11 dBm (98 dBµV/channel)

Output level max. (per active channel)

-3 dBm (106 dBµV / channel)

-6 dBm (103 dBµV /channel)

Tunable Output level range

Pmax -31,5 dB

Step width for level setting

0,5 dB

Level accuracy RF Level deviation range

± 0,75 dB Selectable Window: ± 3 dB, ± 4dB, ± 5 dB

Spurious

< -64 dBm

Channel bandwidth Test output

150 kHz F, female, 75 Ω; Return loss: ≥ 20 dB

Level

-20 ± 0,5 dB

FM - Modulator Amplitude response 40 Hz ... 15 kHz

≤ ± 0,5 dB (reference 400 Hz, Pre-emphase 50µs)

AF level range (deviation correction)

-10 dB to +6 dB

Total harmonic distortion Difference tone attenuation

> 66 dB ( @ 40kHz deviation) > 70 dB

(D2 between 40 Hz..15 kHz)

SNR CCIR weighted

> 66 dB (Pre-emphasis and de-emphasis 50µs R,L)

SNR CCIR unweighted

> 72 dB (Pre-emphasis and de-emphasis 50µs R,L)

Crosstalk attenuation

between 40 Hz … 100 Hz: > 38 dB (-26 dBFS); between 100 Hz ….15 kHz: > 40 dB (-26 dBFS)

General Power consumption Power supply EMC Safety Environmental

36 BLANKOM Digital

≤ 30 Watt

≤ 48 Watt

100 VAC to 240 VAC 50/60 Hz, 2 separate ports for redundancy EN 50083-2 EN 60950-1 ETSI EN 300019-1-3 Class 3.1

B-Edge 5.4

EPM 130 IP Edge PAL Features • 2x IP GbE SFP interface for input redundancy

• IP-Input Streaming (up to 4 MPTS) • Support IGMPv2, IGMPv3 (option) • 4 ASI Inputs (selectable) • Up to 16 PAL modulated RF-channels • Direct Digital Modulation and Up-Conversion (DDS) • RF-Output 47 to 862 MHz

The modulator has a separate control interface and can be configured and operated via a web browser with a standard PC. The implemented SNMP agent allows the integration in a network management (NMS). An EPM 130 MIB with all parameter definitions is part of delivery.

The EPM 130 provides numerous redundancy features: An automatic redundancy switching is implemented. In case of a channel failure the EPM 130 can automatically switch over to a redundant channel already configured.

In case of an IP input failure the EPM 130 can switch over automatically to the optional redundant backup IP input source. The trigger for switching can be either link-loss or sync-loss.

The dual redundant power supply ensures high operational reliability.

The EPM 130 is ideally suited for IP based remote headends master headends and other kinds of cable networks like Hotels, Hospitals or small communities.

• Control Port 10/100 Mbit RJ45 • Web/SNMP server • Redundant power supply

IP Redundant IP

GbE

ASI ASI ASI

ASI Input 1-4

ASI

Power Supply

4xPAL+UpC 4xPAL+UpC 4xPAL+UpC

Power Supply

Combiner

General description The IP Edge PAL EPM 130 can receive DVB transport streams with MPEG-2 compressed TV services over IP networks and is able to transmodulate these services directly to analogue RF video channels. The IP input with GbE-SFP interface receives uni- or multicast IP streams over LAN/WAN networks. For redundancy two GbE-SFP input interfaces are implemented. Furthermore 4 ASI input interfaces allows the user to use other transport stream sources. All services of the transport streams are listed and the user has to select the services for further processing. The selected services are decoded then modulated and up converted to analog PAL RF signal. Direct digital signal processing for modulation and up conversion ensures a high signal quality. For efficiency 4 PAL channels are up converted at the same time and therefore adjacent in frequency range. Up to 16 channels can be processed in one EPM 130. The amount of PAL channels is scalable in steps of 4. The output frequency range is selectable in the range from 47 up to 862 MHz.

Processing Unit

5.4

RF

4xPAL+UpC

WEB/ SNMP

EPM 130 IP Edge PAL WEB-Control

BLANKOM Digital

37

B-Edge 5.4

Technical Data for EPM 130 IP Edge PAL Technical Data

EPM 130 IP Edge PAL

GbE IP Input Input

2 x SFP module (1+1 Redundancy), optical or copper

Data rate

max. 70 Mbit/s, (4x MPTS 200Mbit/s each Option)

Format

188 Byte MPEG TS packets in IP, Uni-, Multicast, RTP, ProMPEG (Option) IGMPv2, IGMPv3 (Option)

ASI Input Connector

4 x BNC, 75 Ω (according to EN 50083 – 9)

Reflection/ return loss

> 18 dB

Data rate

max. 200 Mbit/s in total

Decoding MPEG-2

MP@HL and lower level

Video

16:9 to letterbox conversion

Audio

MPEG-1, MPEG-2, down mix to stereo

VBI Processing Teletext

WST Teletext insertion

VPS

Line 16 VPS insertion

WSS

WSS insertion according to aspect ratio

VITS

Line 17, 18, 330, 331 (CCIR or ramp) VITS insertion

Video parameter Video frequency signal/noise ratio

≥ 68 dB (line 19, weighted in conformance with CCIR Rec.567)

Amplitude-frequency response

≤ ± 0.5 dB (10 Hz – 5 MHz, CCIR 18)

Differential gain

≤ 1.5 %

Differential phase

≤ 1.5 °

Pulse tilt / droop

≤ 1.5 %

2-T pulse

K= ≤ 1.5

Audio parameter Signal to noise ratio

> 64 dB unweighted, > 60 dB weighted

Total harmonic distortion

> 55 dB @ ± 30 kHz deviation

Frequency reponse

± 0.8 dB (40 Hz to 15 kHz)

Modulation Format

B/G-, D/K-Standard compliant

RF-Output Connector

F, 75 Ω (according to IEC 61169-24)

Frequency range

47 MHz to 862 MHz (4 channel bundle)

RF level

-1 dBm to +9 dBm, adjustable (108 dBµV to 118 dBµV) (depending on number of channels)

Level detection

Level range selection for alarm and redundancy switching

Output impedance

F, 75 Ω

Number of channels

4, 8, 12,16

Spurious

< -64 dBm

Monitoring/ Configuration Test output

F, female, 75 Ω, -20 dBr

Control Port

RJ45, LAN, 10/100 Mbit/s, TCP/IP, SNMP-agent, Web server

General Power consumption

Max. 120 Watt, depending on channels

Power supply

100 VAC to 240 VAC 50/60 Hz, 2 separate ports for redundancy

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

38 BLANKOM Digital

B-Sub

B-Sub

6.

6.

The B-Sub product family contains complement products which can be used in combination with products of all BLANKOM Digital product families.

B-Sub products:

▪ ▪ ▪ ▪ ▪

B-Sub products are IP/ASI gateways L-Band splitters L-Band switched matrix ASI splitters IP switches

BLANKOM Digital

39

B-Sub 6.1

6.1

DIP 12x

IP/ ASI Gateway Features • 2 GbE In/Outputs • 2 x 6 ASI In/Outputs • Each Port configurable for IP ⇒ ASI or ASI ⇒ IP

• WEB/SNMP server • Redundant power supply (DIP 120)

General description DIP 12x is a Gateway to convert MPEG transport streams from IP to ASI or from ASI to IP. The signal flow of each port is configurable.

IP

IP DIP 121: without (1)

GbE

The device is converting in UDP encapsulated MPEG packets in DVB-compliant transport streams.

ASI

ASI

1-6

Technical Data

DIP 120

DIP 121

IP-Input/ Output

2 x GbE 1000 Base-T

1 x GbE 1000 Base-T

RJ45-Connector RJ45 10/100 Mbit interface for control Status-LED for IP-Connection TS Protocol: UDP, RTP, ARP, IGMP FEC: pro –MPEG Code of practise 3 Rev.2 Capsulation: according to ETSI TS 102034 1x 6 ASI-Ports

(according to EN 50083-9), 75 Ω, Return loss: > 18 dB Each ASI-Ports is adjustable as Input or Output Status-LEDs for each ASI-Port ASI-Data Rate 270 Mbit/s TS-Data Rate 1,3....139 Mbit/s ASI Mode burst/continuous (Input)/burst/Output TS Mode 188,204 (Input)/188 (Output) Received total data rate must not exceed 700 Mbit/s.

Configuration

2x 10/100 Mbit Ethernet

1x 10/100 Mbit Ethernet

RJ45-Connector, Web server, SNMP agent Monitoring

2 x ASI-Test outputs for each GbE-Port

General data Power consumption Mains voltage

1 x ASI-Test outputs for each GbE-Port

Logbook < 35 Watt

< 15 Watt

100 VAC to 240 VAC 50/60 Hz Redundant power supply

EMC Safety Environmental

40 BLANKOM Digital

ASI (1)

Allgemeines Das Gerät setzt die über eine GbE Schnittstelle zugeführten in UDP verpackten MPEG-Datenströme in DVB-konforme Transportströme um.

Der DIP 120 / DIP121 ist für die bidirektionale Anwendung vorgesehen, d.h., das Gerät ist auch als ASI ⇔ IP Transcoder einsetzbar.

2x 6 ASI-Ports

GbE

Processing Unit GbE - ASI Converter

Both devices are applicable for bidirectional usage that means the ASI ports can also be programmed as inputs. By this the device can also be used for ASI ⇒ IP transcoding. A mixture of both modes is possible.

ASI-Input/ Output

(1)

EN 50083-2 EN 60950-1 ETSI EN 300019-1-3 Class 3.1

DIP 120 ASI Gateway

WEB/ SNMP

Power Supply Power Supply

ASI 7 - 12

WEB-Control

B-Sub

DIS 150 IP Switch

6.2

6.2

Features • High-performance GbE access switch • Four optional 10-GbE ports (CX4 and/or SFP+)

• IEEE 802.3af/802.3at functionality (PoE/ PoE+)

• Layer 2 plus static IP and RIP IP Routing • Static and dynamic IGMP Filtering, IGMP Querier

General description DIS 150 is a cost-effective, scalable solution for customers who are building high-performance networks. These switches can be deployed at central headends, sub-headends, converged networks and data control center.

Allgemeines Bei der DIS 150 Produktreihe handelt es sich um eine kostengünstige skalierbare Lösung für Kunden, die ein hoch leistungsfähiges Netzwerk aufbauen. Diese Switches können in zentralen und abgesetzten Kopfstellen, in konvergenten Netzwerken sowie als Top-of-Rack-Switches in Kontrollzentren eingesetzt werden.

Technical Data

DIS 150

Performance

▪

High-performance architecture: 128 Gbps switching fabric with up to 95 million pps (24-port switches) and 176 Gbps switching fabric with up to 131 million pps (48-port switches).

▪

Selectable queue configurations: increase performance by selecting the number of queues and associated memory buffering that best meet the requirements of your network applications.

▪

IEEE 802.3ad Link Aggregation Protocol (LACP) and trunking: support up to 24 trunks, each with up to 8 links (ports) per trunk.

▪ ▪

Optional redundant power supply: supplies backup power in case of power failure

▪

GARP VLAN Registration Protocol: allows automatic learning and dynamic assignment of VLANs.

▪

Jumbo packet support: supports up to 9,220-byte frame size to improve performance of large data transfers.

▪ ▪ ▪

Static IP routing: provides manually configured routing; includes ECMP capability.

▪ ▪

Layer 4 prioritization: enables prioritization based on TCP/UDP port numbers.

Resiliency and high availability

Layer 2 switching

Layer 3 routing Quality of Service

IP Switch

VLAN support and tagging: supports the IEEE 802.1Q (4,094 VLAN IDs) and 256 VLANs simultaneously.

RIP: provides RIPv1 and RIPv2 routing.

Traffic prioritization (IEEE 802.1p): allows real-time traffic classification into eight priority levels mapped to eight queues.

Class of Service (CoS): sets the IEEE 802.1p priority tag based on IP address, IP Type of Service (ToS), L3 protocol, TCP/UDP port number, source port, and DiffServ.

BLANKOM Digital

41

B-Sub 6.3

6.3

DTS 397 ASI Splitter Features • MPEG-2 and DVB compliant • Useful data rate 0.1 to 200 Mbit/s • Automatic 188/204 byte detection • Redundant ASI input • Redundant power supply • 19” module, 1 RU

General description The active splitter distributes the electrical input data stream (DVB/ASI) to 8 electrically equivalent outputs.

One ASI test port is located on the front panel. Six LEDs indicate the operating conditions.

At the module’s back there are the electrical input and output ports. DTS 397 has a redundant ASI input. In case of an error of the standard ASI input the internal ASI input control will switch to the redundant ASI input automatically.

According to DVB the input data stream can be composed bytewise and/or packet-wise. However, the MPEG-2 data in the ASI signal stream is made available at the outputs as packets.

Signal processing in the ASI interface is done according to DVB, Asynchronus Serial Interface (ASI).

Only MPEG data meeting the MPEG-2 standard ISO/IEC 13818-1 is transmitted.

Allgemeines Der aktive Verteiler setzt einen Eingangsdatenstrom (DVB/ASI) eines elektrischen Eingangs auf 8 gleichwertige elektrische Ausgänge um.

Der koaxiale ASI-Testausgang befindet sich an der Frontseite.

Sechs LEDs zeigen die Betriebszustände an.

Die elektrischen Ein-/Ausgänge sind an der Geräterückseite angeordnet. Der DTS 397 verfügt über einen ASI-Redundanzeingang. Bei Ausfall des regulären ASI-Signaleingangs wird automatisch auf den redundanten Eingang umgeschaltet.

Die Zusammensetzung des Eingangsdatenstroms ist entTechnical Data

DTS 397 ASI Splitter

Inputs

1 x ASI 1 x ASI Redundancy Configuration port

Outputs

8 x ASI 1 x ASI Test

ASI ports

BNC, 75 Ω, (EN 50083-9)

Alarm Signaling Output

D-Sub-9 A-Alarm: Contact 1-2, 2-3

ASI

ASI

ASI 1 - 8

B-Alarm: Contact 8-7, 8-9

General

Power consumption

< 10 Watt

Mains voltage

100 VAC to 240 VAC 50/60 Hz,

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

42 BLANKOM Digital

ASI Testport

Alarm Signaling

sprechend DVB byte- und/ oder paketweise zulässig.

An den Ausgängen werden die MPEG-2-Daten im ASI-Signalstrom paketweise zur Verfügung gestellt.

Die Signalverarbeitung im ASI-Interface erfolgt gemäß DVB, Asynchronous-Serial-Interface (ASI). Es werden nur MPEG-Daten gemäß MPEG-2 Standard ISO/IEC 13818-1 weiter gegeben.

• Auto Redundancy input will be switched automatically • Remote Redundancy input controlled by remote switch (Sub-Min-D Contact 4/5) • ON Redundancy input active (switching in case of input error) • OFF Redundancy input not connected (no switching)

3.5 kg

Power Supply Power Supply

Configuration

48.3 x 15.8 x 4.5 cm (1 RU)

DTS 397 ASI Splitter

ASI

ASI

System Fault, Error Data processing, Datarate < 0,1 Mbit/s, no useful MPEG-2 data, Signal detected, ASI-Redundancy input active

Weight

Configuration

Control Unit

LED display

Dimensions

ASI redundancy

Redundant power supply

B-Sub

OIV 60x L-Band Splitter

6.4

6.4

Features • Inputs: 1, 2x1 • Outputs: 8, 2x8 or 16 • Impedance 75 Ohm F or 50 Ohm SMA • LNB powering • Redundant power supply • Housing 19”/1 RU

General description OIV 60x is BLANKOM Digital’s L-Band Splitter series.

The incoming RF signal can be measured at the front via a monitoring output. The bias current for LNB powering is exclusively at the input connector of the unit and can be switched on and off from the front.

The redundant power supplies can be fed from two separate power lines.

The RF signal level will be monitored and compared to a low threshold. If it is underneath the limit, an alarm is created, given out on a floating contact.

Technical Data

OIV 601

OIV 602

Frequency range

OIV 603

OIV 604

OIV 605

OIV 608

950 to 2150 MHz

Impedance

75 Ohm

Connectors

50 Ohm

F (f)

SMA (f)

Inputs

1

1

2

1

1

2

Outputs

8

16

2x8

8

16

2x8

Return loss

> 14 dB

Isolation

> 25 dB

Insertion loss Frequency response

± 3 dB < ± 1 dB

Frequency response @ any 36 MHz

< ± 0.3 dB

Intermodulation distortion @ 10 dBm

< -40 dBc

LNB powering Redundant power supply Alarm Housing Environmental

13V/ 18V/ 22 kHz, max. 1.2 A 100 - 260 VAC potential free contacts 19“/ 1RU, 260 mm depth ETSI EN 300 019-1-3 class 3.1

BLANKOM Digital

43

B-Sub 6.5

6.5

OIS 500 L-Band Switch Matrix Features • Inputs: 8 • Outputs: 24 • All input/output combination programmable • No routing limitation • LAN control port • Impedance 75 Ohm F (f) • LNB powering • Redundant power supply • Housing 19”/1 RU

General description • L-Band Switch Matrix OIS 500 is an efficient solution for the distribution of L-Band signals in digital headendsystems.

• Up to 8 independent IF signals can be routed to up to 24 outputs without any limits and interferences • All combinations of inputs/outputs are free programmable via WEB interface • OIS 500 is ideal for the flexible assignment of SAT signals for receivers of different headendsystems • Cable installations require few efforts • OIS 500 can be easily used in redundant systems • The built-in slope and level control enable best performance during operation • OIS 500 can be integrated in management systems and generates traps in case of failure • Highest RF performance is guaranteed

L-Band Switch Matrix

OIS 500

Frequency range

950 to 2150 MHz

Impedance

75 Ohm

Connectors

F (f)

Inputs

8

Outputs

24

Return loss

> 16 dB

Isolation

> 40 dB

Insertion loss

0 dB ± 1 dB

Frequency response

< ± 1.5 dB

Slope correction/inputs

switchable 0 to +5 dB

Level correction

adjustable for each input

Level control (inputs)

threshold can be adjusted

Remote control

via SNMP V2 or web interface

Routing

no limits

Intermodulation distortion @ -10 dBm

< -56 dBc

Redundant power supply

85 - 260 VAC

LNB-power

13V/ 18V/ 22 kHz, max. 400 mA/input

Housing

19”/1RU, 385 mm depth

Environmental

ETSI EN 300 019-1-3 class 3.1

44 BLANKOM Digital

MHS

Modular Headend System - MHS

7.

7.

The Modular Headend System MHS meets the advanced requirements of large and medium-size cable TV networks.

All decoding and modulation methods of the DVB standards, together with intelligent signal processing and analog signal processing allow for a universal use of the MHS in cable TV networks. MHS is professional headend technology with highest performance.

MHS allows a flexible and modular system design. With its central management system for all components it is possible to configure and control the MHS either via keypad and LCD-display (for basic configuration) or remote controlled with GUI via LAN/WAN. Integration in network management systems is done via SNMP/HMS interface.

The ASI/IP gateways DIP 12x from the B-Sub family enable the integration of MHS into IP networks.

The modularity of MHS is divided into the following principle processing units:

▪ ▪ ▪ ▪ ▪ ▪ ▪

DVB-S/S2 ⇒ ASI ASI ⇒ Routing ⇒ ASI ASI ⇒ QAM IF DVB-S/T or ASI ⇒ MPEG Decoding ⇒ A/V Audio/Video ⇒ IF IF ⇒ VHF/UHF FM, MPX or MPEG ⇒ FM

BLANKOM Digital

45

MHS 7.1

7.1

MHS Modular Headend System

Modules PRD 865

DVB-S Demodulator

DVB-S > ASI

PRD 1080

DVB-S2 Demodulator

DVB-S2 > ASI

TSR 600

Transportstream-Router

ASI > Proc. > ASI

PRP 861

DVB Receiver/Decoder, Optional: DVB-S, DVB-T, ASI Frontend

DVB-S/T/ASI > MPEG > A/V

PQM 863

QAM-Modulator

ASI > QAM IF

PVM 870

A/V-Modulator

Audio/Video > IF

PVA 850

Upconverter 47 - 470 MHz

IF > RF

PVA 851

Upconverter 470 - 860 MHz

IF > RF

PVA 850-K

Upconverter 47 - 470 MHz (fix channel filter)

IF > RF

PVA 851-K

Upconverter 470 - 860 MHz (fix channel filter)

IF > RF

PSD 840

Management Unit with Ethernet/SNMP

PEN 830

Power supply

PGE 820

Basis-Rack with 2 Power supply slots

PGE 826

Extension Rack (Rack 2-4)

PGE 825

Extension Rack (Rack 5, 6)

DCPM 845

Graphical User Interface

PRU 901

FM-Converter

Audio/Video > IF

PRC 902

FM-Modulator

Audio/Video > IF

PRP 903

QPSK-FM Transmodulator

Audio/Video > IF

PRP 904

ASI-FM Transmodulator

Audio/Video > IF

Block diagram of the MHS-System with a selection of different module configuration

46 BLANKOM Digital

MHS

DCPM 845 Graphical User Interface

7.2

7.2

Features • User friendly graphical interface • Password protected access • Graphical displayed modules • Visible alarm messages and status changes

General description In touch with a PC and the graphics user interface (GUI) DCPM 845 a convenient configuration of all system parameters is easy possible.

Configuration and monitoring of the MHS is done with help of a standard PC and Windows 2000/XP. Data traffic between PC and Control module occurs via RS-232 interface respectively Ethernet. Easy access to the 9-pin-Sub-D connector at the front panel. The Ethernet interface is located at the rear of the rack PGE 820.

Control and monitoring of settings and parameters does not affect any system operation.

The software for configuration, controlling, analyzing and monitoring is arranged with a clearly graphical oriented user interface.

Allgemeines In Verbindung mit einem PC und der graphischen Benutzeroberfläche (GUI) DCPM 845 ist eine komfortable Systemkonfiguration aller Parameter möglich.

Die Konfiguration und die Überwachung des MHS erfolgen mit Hilfe eines Standard-PC unter Windows 2000/XP. Der Datenaustausch zwischen dem PC und dem Kontrollmodul erfolgt über eine RS-232C Schnittstelle bzw. Ethernet. Die RS232 Schnittstelle ist als 9 pol. Sub-D-Buchse ausgeführt und von der Frontseite leicht zugänglich. Die Ethernetschnittstelle befindet sich auf der Rückseite des Basisbaugruppenträgers PGE 820.

Die Fernsteuerung und Abfrage von Betriebseinstellungen und Parametern ist ohne Beeinträchtigung des Systembetriebs möglich.

Die Software für Konfiguration und Steuerung sowie für Auswertung und Überwachung verfügt über eine übersichtliche Menü-Führung mit grafisch orientierter Benutzeroberfläche.

BLANKOM Digital

47

MHS 7.3

7.3

PRD 1080 DVB-S/DVB-S2 Receiver General description The PRD 1080 is the DVB-S/DVB-S2 demodulator of the MHS. The PRD 1080 contains two independent DVB/DVB-S2 demodulators with ASI transmitters. The power supply and the controller part is common for both demodulator branches.

The DVB/DVB-S2 demodulator is operational only together with other components of the MHS-system family like power supply PEN, management system PSD, module carrier PGE, etc.

The PRD 1080 receives two digital MPEG-2 or MPEG-4 encoded TV-signals with DVB-S2-modulation from L-Band and generates two MPEG independent transport streams. The MPEG transport streams are available after demodulation and error correction at two electrical ASI outputs.

Test outputs for the two ASI transport streams are located at the front panel. The switching between DVB-S and DVB-S2 mode can be done automatically.

All inputs and outputs are located at the back plane connector as coaxial connectors.

Allgemeines PRD 1080 ist der DVB-S/DVB-S2-Demodulator des MHS-Systems.

PRD 1080 enthält 2 unabhängige DVB-S2-Demodulatoren mit ASI Transmitter. Der Stromversorgungs- und Controllerpart ist für beide DVB-S2-Demodulatoren gemeinsam ausgeführt. Der DVB-S2-Demodulator ist nur in Verbindung mit anderen Produkten der MHS-Systemfamilie wie z.B. Netzteil PEN, Managementsystem PSD, Baugruppenträger PGE, etc. betriebsbereit.

PRD 1080 empfängt zwei digitale nach MPEG-2- oder MPEG-4kodierte TV-Programmpakete aus dem L-Band in DVB-S oder DVB-S2-Modulation und erzeugt daraus zwei MPEG-Transportströme. Die MPEG-Transportströme stehen nach der Demodulation und Fehlerkorrektur extern an zwei elektrischen ASI-Ausgängen zur Verfügung.

Technical Data

PRD 1080

Messausgänge für die zwei ASI-Transportströme sind frontseitig zugänglich. Die Umschaltung zwischen den Betriebsarten DVB-S und DVB-S2 kann automatisch erfolgen.

Alle Ein- und Ausgänge stehen als Koax-Sonderkontakt an der rückseitigen Steckverbindung (Backplane Connector) zur Verfügung.

DVB-S/DVB-S2 - Receiver

Input frequency

950 MHz to 2150 MHz

Inner Coding

LDPC

Input impedance

50 Ohm (Backplane)

Input signal evel

-65 dBm bis -25 dBm

FEC Code-Rates (depending on modulation scheme)

1/4; 1/3; 2/5; 1/2; 3/5; 2/3; 3/4; 4/5; 5/6; 8/9; 9/10

Bandwidth

36 MHz

FEC-Blocklength

64.800 Bit

Symbol rate

2 bis 45 MS/s

Output (ASI A, ASI B)

ASI (EN 50083-9)

DVB-S

(according EN 300 421)

Impedance

Connector 75 Ω (back)

Modulation

QPSK

BNC, 75 Ω; return loss: > 18 dB

Roll off

35%

Test connector (Front ASI A, ASI B)

Inner Coding (FEC)

1/2; 2/3; 3/4; 5/6; 7/8 Viterbi, K=7

Power consumption

< 10 Watt

Interleaving

Convolutional; I=12

Voltage supply

48 V DC (PEN 830 MHS-System)

Outer Coding

Reed Solomon (RS) ( 204, 188, T=8)

Dimensions (H/W/L)

176/35/400 mm

DVB-S2

(according EN 302 307)

Weight

1,1 Kg

Modulation

QPSK, 8PSK

EMC

EN 50083-2

Roll off

20, 25, 35 %

Safety

EN 60950-1

BCH

Environmental

ETSI EN 300019-1-3 Class 3.1

Outer Coding

48 BLANKOM Digital

MHS

TSR 600 Transportstream-Router

7.4

7.4

General description The transportstream router TSR 600 is a module of the MHS system and allows the routing of services and PIDs of two transport streams. For this function the TSR 600 has two ASI inputs and two ASI outputs.

Allgemeines Der Transportstrom-Router TSR 600 ist ein Modul des MHSSystems und ermöglicht das Routing von Services und PIDs von zwei Transportströmen. Hierzu verfügt der TSR600 über je zwei ASI-Ein- und Ausgänge.

Technical Data

TSR 600

Input (ASI A, ASI B) Impedance

ASI Connector 75 Ω (back panel) according to EN 50083-9 > 18 dB

Return loss

Transportstream-Router

Input data rate transport stream (ASI A, ASI B)

Max. 90 Mbit/s

Output (ASI A, ASI B) Impedance

ASI Connector 75 Ω (back panel) according to EN 50083-9 > 18 dB

Return loss Output data rate transport stream (ASI A, ASI B)

Max. 90 Mbit/s

Test connector (ASI A, ASI B) Impedance Return loss

ASI 75 Ω (BNC connector, front panel) according to EN 50083-9 > 18 dB

Power consumption

< 10 Watt

Voltage supply

48 V DC (PEN 830 MHS-System)

Dimensions (H/W/L)

176/35/400 mm

Weight

1.1 kg

EMC

EN 50083-2

Safety

EN 60950-1

BLANKOM Digital

49

MHS 7.5

7.5

PRP 861 MPEG Receiver/Decoder Features • Different DVB-Frontends:

PRP 861-A receives a serial data stream (ASI)

PRP 861-S receives a QPSK modulated signal of the L-Band.

PRP 861-T receives a COFDM modulated signal of the VHF/UHF range

• DVB-CI for CAM modules • Embedded teletext is extracted and inserted into the video signal • The VPS information are generated and in serted according to ETSI EN301775 (A056) or out of the PDC descriptor (EITA) • For 16:9 input format and selected 4:3 video output format an automatic conversion to letter box format is performed.

• ASI Output, Video- and Audio outputs

General description PRP 861 is the Receiver/Decoder of the MHS-System. PRP 861 receives a digital TV program packet with encoded MPEG-2 data and generates an MPEG transport stream (ASI) and a video and audio signal. All necessary signals like VPS and WSS information are inserted into the output signals according to the video/audio standards.

Technical Data Modulation Input Frequency

PRP 861-S L-Band Input

PRP 861-A ASI Input

QPSK 950 MHz to 2150 MHz

ASI (DVB ASI)

Bandwidth Inner Coding (FEC) Conditional Access Modul

≥17 dB - 65 dBm to -25 dBm

-90 dBm to -20 dBm

2 to 45 MS/s 36 MHz, 35% Roll off

Data rate up to 72 Mb/s

Common Interface (CI) according DVB-CI ; Multi-Decryption (Option D) MPEG-2

Audio Decoding

MPEG-1, MPEG-2 (Layer II)

Video Formats Chroma Decoding Teletext VBI-Data Picture Formats VITS

Composite (CVBS) (Backplane) PAL, SECAM, NTSC 4:2:0 or 4:2:2 Insertion according DVB-Standard VPS (A056 or PDC-Descriptor), WSS 16:9, 4:3 (automat. Letterbox-Conversion) Testsignal Generation adjustable

Audio Output

DIN-Connector (Frontplane)

Test Outputs

Video, Audio A, Audio B (Frontplane)

Logbook Power consumption Voltage supply Dimensions (H/W/L) Weight

Max. 256 Entry < 18 Watt 48 V DC (PEN 830 MHS-System) 176/35/400 mm 1,15 kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

50 BLANKOM Digital

7 / 8 MHz

1/2; 2/3; 3/4; 5/6; 7/8 Viterbi, K=7

Video Decoding

Video Output

47 MHz to 862 MHz

75 Ohm (Backplane)

Return loss

Symbol rate

PRP 861-T COFDM Input COFDM, 2K and 8K Mode

Input Impedance

Input level

Allgemeines PRP 861 ist der Receiver/Decoder des MHS-Systems. Der PRP 861 empfängt ein digitales MPEG2kodiertes Programmpaket nach DVB-Spezifikation und erzeugt daraus einen MPEG2-Transportstrom sowie ein analoges Video- und Audiosignal.

ETSI EN 300019-1-3 Class 3.1

MHS PQM 863 QAM-Modulator

7.6

7.6

General description The QAM-IF-Modulator PQM 863 is part of the MHS and is working in conjunction with the Upconverter PVA 850/851 for the modulation and insertion of digital MPEG signals into cable networks. Input signal of the PQM 863 is a serial ASI data stream.

Allgemeines PQM 863 ist der QAM-Modulator des MHS-Systems und dient zusammen mit dem Up-Converter PVA 850/851 zur Aufbereitung und Einspeisung von digitalen MPEG-Signalen für in das Kabelnetz. Eingangssignal ist ein serieller ASI-Datenstrom.

Technical Data

PQM 863 QAM-Modulator

Modulation Error Rate with equalizer

≥ 40 dB

Input signal, Impedance

ASI (DVB/ASI), 75 Ohms

Input return loss

≥ 17 dB

Output signal, Impedance

QAM-IF, 50 Ohms

Output return loss

≥ 18 dB

Default output level

–7 dBm, (adjustable from –19 dB to –1 dB in 1-dB-steps)

IF-Center frequency

31 to 41 MHz in 10-kHz-steps

Roll off factor

15 %

Modulation

16, 32, 64, 128, 256 QAM

Symbol rate

1 to 10 Msps

Modulation data rate

1 to 80 Mbps

Possible channel bandwidth depending on modulation data rate

1 to 11.5 MHz (e.g. 6 MHz / 7 MHz / 8 MHz depending on transmission frequency range VHF, UHF)

Nullpacket Insertion

automatically

PCR-Restamping

automatically

PSI-/SI-Processing incl. NIT generation

automatically, can be turned off

Voltage supply

48 V DC (PEN 830 MHS-System)

Power consumption

< 18 Watt

Dimensions (H/W/L)

176/35/400 mm

Weight

1.05 Kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

51

MHS 7.7

7.7

PVM 870 Audio/Video Modulator

General description PVM 870 is the Audio/Video-Modulator of the MHSSystems and generates and modulates the TV and audio signals according to the CCIR B/G PAL standard including all additional signals like Videotext.

Input signals are A/V base band signals.

Allgemeines Der PVM 870 ist der Audio/Video-Modulator des MHS-Systems und dient der standardgerechten Aufbereitung und Modulation von Fernsehrundfunksignalen nach CCIR B/G PAL, einschließlich der Begleittöne und Videotext. Die Eingangsignale werden in A/V-Basisbandlage eingespeist.

Technical Data

PVM 870: D005.01

Video Input Connector

75 Ω; Return loss ≥ 34 dB

Input level range

700 - 1400 mVss

Output level, controlled

1000 mVss ± 50 mV

Differential gain

≤ 1% (Test line 330)

Differental phase

≤ 1° (Test line 330)

S/N, weighted

70 dB (CCIR Rec. 569)

Audio Input Impedance symmetrical

600 Ohm / >12 kOhm, internal plug

Input level at 30 kHz FM deviation

+6 to +9 dBm

S/N, unweighted

74 dB

S/N

70 dB

Crosstalk attenuation Stereo Dualtone

≥ 34 dB ≥ 74 dB

IF IF-Output level

- 7 dBm

Impedance

50 Ω

Return loss

≥ 20 dB (typical)

Frequency Video Carrier

38.9 MHz

Frequency Audio Carrier 1/2

33.4 MHz / 33.16 MHz

BT/TT1-Mode, switchable

13 dB / 16 dB / 65 dB

BT/TT2-Mode, switchable

20 dB / 65 dB

Shifting of mode detection

Mono / Stereo / Dualtone Manual or automatic in data line decoder

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.3 Kg

Voltage supply

48 V DC (PEN 830 MHS-System)

Power consumption

< 15 W

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

52 BLANKOM Digital

MHS

PVA 850/851 Upconverter

7.8

7.8

General description The Upconverter family PVA 85x is part of the MHS-Systems and serves for up-converting and insertion of analogue and digital IF-signals in TV channels from 47 - 470 MHz resp. 470 – 860 MHz of cable TV networks.

The Upconverter family is only working together with other products of the MHS system family like power supply PEN, management unit PSD or module carrier PGE. PVA 850-K and PVA 851-K are equipped with a pluggable channel filter and are provided with a second IF input. The IF inputs are switched by the management unit or manually by the graphical user interface (GUI).

Technical Data

PVA 850-K: D006.03 PVA 851-K : D007.03

IF IF-Inputs

2 (switchable)

Impedance

50 Ω (backplane)

Return loss

≥ 20 dB

IF-Frequency range

30 – 44 MHz

IF-Bandwidth (Europe)

depending on IF Signal

IF-Bandwidth (USA)

e.g. 44 MHz: 6 MHz

IF-Input level range

Standard level -7dBm

AGC

on / off

Allgemeines Die Umsetzerfamilie PVA 85x ist Bestandteil des MHS-Systems und dient zur Umsetzung und Einspeisung von analogen oder digitalen ZF-Signalen in Kanäle des Fernsehfrequenzbereichs 47 - 470 MHz bzw. 470 – 860 MHz der Kabelfernsehnetze.

PVA Umsetzerfamilie ist nur in Verbindung mit anderen Produkten der MHS-Systemfamilie wie z.B. Netzteil PEN, Managementsystem PSD, Baugruppenträger PGE, etc. betriebsbereit.

Die Typen PVA 850-K und PVA 851-K sind mit steckbaren Kanalfiltern ausgestattet und verfügen über einen zweiten ZF-Eingang, der per Managementsystem oder GUI umschaltbar ist.

RF Impedance

50 Ω (backplane)

Return loss

≥ 18 dB in selected channel

Frequency range (MHz)

PVA850-K (D006.03) -> 47 - 470 PVA851-K (D007.03) -> 470 - 860 channel selective (channel filter)

Frequency step size

50 kHz

Frequency deviation

< ± 10 kHz

Max. Output level

9 dBm

Max. Output attenuation

18 dB

Max. IF/RF-Gain

16 dB

Passband Flatness

≤ ± 0,5 dB

Intermodulation

≥ 72 dB

Spurious at Pout 13 dBm

≤ - 64 dB (standard level)

Phase Noise at 10 kHz Offset

≤ - 96 dBc/Hz (Oscillator)

Shut attenuation

≥ 40 dB

DIN 45 004 K

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.4 Kg

Voltage supply

48 V DC (PEN 830 MHS-System)

Power consumption

< 18 W

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

53

MHS 7.9

7.9

PVE 855 Downconverter

Technical Data

PVM 855: Downconverter

RF Input Impedance

50 Ω (backplane)

Return loss

≥ 18 dB

Input frequency range

47 MHz to 860 MHz

Frequency step size

166.67 kHz

Frequency deviation

< +/- 7,5 kHz

Input level range

50 dBpW to 64 dBpW -40 dBm to –26 dBm

Nominal level IF

-7 dBm

RF/IF gain

40 dB

Frequency response

≤ +/-0,5 dB

Intermodulation ratio

≥ 72 dB (DIN 45004 K)

Output noise level @ Pout -7dBm

< 64 dB

Phase Noise @ 10 kHz offset

> 90 dBc/Hz

Test Output Impedance

50 Ohm (SMA-port) Front

Return loss

≥ 20 dB

Coupling attenuation

20 dB +/-1

IF Output Impedance

50 Ω (backplane)

Return loss

≥ 20 dB

IF signal PAL

PAL Standard B/G PAL Standard IF BT 38.9 MHz, TT 33.4 MHz IF-bandwidth 7/8 MHz

IF signal QAM

QAM Center frequency 36 MHz IF bandwidth 8 MHz

Max. Output level IF

-1 dBm

Nominal level IF

-7 dBm

AGC

Switchable on/off

Option

2nd IF-Output

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.3 Kg

Voltage supply

48 V DC (PEN 830 MHS-System)

Power consumption

< 10 W

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

54 BLANKOM Digital

MHS PRU 901 FM-Converter

Technical Data

PRU 901

Input and output frequency

87.5 MHz to 108 MHz

Frequency step size

50 kHz

Input and output impedance

50 Ohm (backplane)

Input level range

-69 dBm to -9 dBm

Return loss Input, output, test output

14 dB in the rated frequency range ± 150 kHz

Amplitude response 40 Hz - 15 kHz, Reference 500 Hz

≤ ± 0.5 dB

Total harmonic distortion attenuation in the range 40 Hz - 15 kHz with 40 kHz deviation 40 Hz - 15 kHz with 75 kHz deviation

≥ 49 dB ≥ 45 dB

Differential tone attenuation in the range 40 Hz - 15 kHz

≥ 48 dB

Crosstalk damping in the range 40 Hz - 100 Hz 100 Hz - 5 kHz 5 kHz - 15 kHz

≥ 37 dB ≥ 44 dB ≥ 41 dB

For input levels ≤ 1 dBpW, noise level at the output

7.10a

7.10a

FM-Converter

20 dB below audio reference level

Adjacent channel signal at 300 kHz spacing, weighted S/N

56 dB

Spurious emissions in the range 47 MHz - 87.5 MHz and 111 MHz - 862 MHz

≥ 67 dB

Spurious emissions in the range 87.5 MHz - 111 MHz

≥ 67 dB

Output level

-7 dBm to +12 dBm

Non-signal-dependent level regulation

Rated output level deviation ± 0.2 dB

Test outputs

Audio, FM (front plate)

Log book

Maximum of 256 entries

Power Consumption

< 10 Watt

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.45 kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

55

MHS 7.10b

7.10b

PRC 902 FM-Modulator

Technical Data

PRC 902

AF-signal input

symmetrical

AF-input impedance

600 Ohm, 12 kOhm (switchable)

AF-input symmetry damping

≥ 46 dB

AF-input level at 40 kHz deviation

+6 dBm to 9 dBm

MPX-output: Frequency deviation at -21,5 dBm input level in frequency range 53 kHz ... 100 kHz

± 1.2 kHz

MPX-input: Output level at ± 6.7 kHz deviation in frequency range 15 kHz ... 100 kHz an 600 Ohm || 2500pF

-11 dBm

Output frequency

87.5 MHz to 108 MHz

Frequency step size

50 kHz

Output impedance

50 Ohm (backplane)

Return loss Output, test output

≥ 17 dB in the rated frequency range ± 150 kHz

Amplitude response 4 Hz - 15 kHz, Reference 500 Hz

± 0.5 dB

Total harmonic distortion attenuation in the range 40 Hz - 15 kHz with 40 kHz deviation 40 Hz - 15 kHz with 75 kHz deviation

≥ 49 dB ≥ 45 dB

Differential tone attenuation in the range 40 Hz - 15 kHz

≥ 50 dB

Crosstalk damping in the range 40 Hz - 100 Hz 100 Hz - 15 kHz

≥ 37 dB ≥ 41 dB

Spurious emissions in the range 47 MHz - 87.5 MHz and 111 MHz - 862 MHz

FM-Modulator

Distance ≥ 67 dB

Spurious emissions in the range 87.5 MHz - 111 MHz

Distance ≥ 67 dB

Output level

-7 dBm to +12 dBm

Non-signal-dependent level regulation

Rated output level deviation ± 0.2 dB

Test outputs

Audio, MPX, FM (front plate)

Log book

Maximum of 256 entries

Power Consumption

< 10 Watt

Power supply

48 V DC (PEN 830 MHS System)

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.25 kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

56 BLANKOM Digital

MHS PRP 903 QPSK-FM Transmodulator

Technical Data

PRP 903 QPSK-FM Transmodulator

Input frequency

950 MHz to 2150 MHz

Input impedance

50 Ohm (backplane)

Input level

-65 dBm to -25 dBm

Bandwidth

36 MHz

Symbol rate

2 to 45 MS/s

Roll-off

35%

Inner Coding (FEC)

1/2; 2/3; 3/4; 5/6; 7/8 Viterbi, K=7

AF-signal input

symmetrical

AF-input impedance

600 Ohm, 12 kOhm (switchable)

AF-input symmetry damping

≥ 46 dB

AF-input level at 40 kHz deviation

+6 dBm to 9 dBm

MPX-input: Frequency deviation at -21.5 dBm input level in frequency range 53 kHz ... 100 kHz

± 1.2 kHz

MPX-output: Output level at ± 6.7 kHz deviation in frequency range 15 kHz ... 100 kHz an 600 Ohm || 2500pF

-9.5 dBm (Pilot)

Output frequency

87.5 MHz to 108 MHz

Frequency step size

50 kHz

Output impedance

50 Ohm (backplane)

Return loss Output, test output

≥ 17 dB in the rated frequency range ± 150 kHz

Amplitude response 40 Hz - 15 kHz, Reference 500 Hz

± 0.5 dB

Total harmonic distortion attenuation in the range 40 Hz - 15 kHz with 40 kHz deviation 40 Hz - 15 kHz with 75 kHz deviation

≥ 49 dB ≥ 45 dB

Differential tone attenuation in the range 40 Hz - 15 kHz

≥ 50 dB

Crosstalk damping in the range 40 Hz - 100 Hz 100 Hz - 15 kHz

≥ 37 dB ≥ 41 dB

Spurious emissions in the range 47 MHz - 87.5 MHz and 111 MHz - 862 MHz

7.10c

7.10c

Distance ≥ 67 dB

Spurious emissions in the range 87.5 MHz - 111 MHz

Distance ≥ 67 dB

Output level

-7 dBm to +12 dBm

Non-signal-dependent level regulation

Rated output level deviation ± 0.2 dB

Test outputs

Audio, MPX, FM (front plate)

Log book

Maximum of 256 entries

Power Consumption

< 10 Watt

Power supply

48 V DC (PEN 830 MHS System)

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.4 kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

57

MHS 7.10 d

7.10d

PRP 904 ASI-FM Transmodulator

Technical Data

PRP 904

Input impedance

50 Ohm (backplane)

AF-signal input

symmetrical

AF-input impedance

600 Ohm, 12 kOhm (switchable)

AF-input symmetry damping

≥ 46 dB

AF-input level at 40 kHz deviation

+6 dBm to 9 dBm

MPX-input: Frequency deviation at -21.5 dBm input level in frequency range 53 kHz ... 100 kHz

± 1.2 kHz

MPX-output: Output level at ± 6.7 kHz deviation in frequency range 15 kHz ... 100 kHz an 600 Ohm || 2500pF

-9.5 dBm (Pilot)

Output frequency

87.5 MHz to 108 MHz

Frequency step size

50 kHz

Output impedance

50 Ohm (backplane)

Return loss Output, test output

≥ 17 dB in the rated frequency range ± 150 kHz

Amplitude response 40 Hz - 15 kHz, Reference 500 Hz

± 0.5 dB

Total harmonic distortion attenuation in the range 40 Hz - 15 kHz with 40 kHz deviation 40 Hz - 15 kHz with 75 kHz deviation

≥ 49 dB ≥ 45 dB

Differential tone attenuation in the range 40 Hz - 15 kHz

≥ 50 dB

Crosstalk damping in the range 40 Hz - 100 Hz 100 Hz - 15 kHz

≥ 37 dB ≥ 41 dB

Spurious emissions in the range 47 MHz - 87.5 MHz and 111 MHz - 862 MHz

ASI-FM Transmodulator

Distance ≥ 67 dB

Spurious emissions in the range 87.5 MHz - 111 MHz

Distance ≥ 67 dB

Output level

-7 dBm to +12 dBm

Non-signal-dependent level regulation

Rated output level deviation ± 0.2 dB

Test outputs

Audio, MPX, FM (front plate)

Log book

Maximum of 256 entries

Power Consumption

< 10 Watt

Power supply

48 V DC (PEN 830 MHS System)

General Dimensions (H/W/L)

176/35/400 mm

Weight

1.4 kg

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

58 BLANKOM Digital

MHS PSD 840 Managementsystem

7.11

7.11

General description The Managementsystem PSD 840 is used for the configuration and control of the MHS modules. All settings can be done either with the front panel of the PSD840 or more convenient over the RS232 interface or an ethernet LAN connection with a graphical user interface (GUI) running on an external PC or laptop. All settings of the modules are stored in the management system. If a module is replaced all the configuration data are set automatically (hot-swap capability).

The modules will be controlled over an internal RS485 bus system. The mechanic of the management system is 4 units high with double module width.

PSD840 is only working together with other products of the MHS family, e.g. power supply PEN830, rack PGE820.

Allgemeines Das Management-System PSD 840 ist zuständig für die Konfiguration und Überwachung der MHSModule, sowie zur Verteilung der über ISDN oder Ethernet zugeführten Daten. Über die serielle Schnittstelle (RS 232) kann das System und die einzelnen Komponenten mit Hilfe eines externen PCs konfiguriert werden.

Die MHS-Signal-Processing-Module werden über ein internes RS-485 Bussystem gesteuert.

Mechanisch ist das Management-System PSD 840 in einem 4 HE/2 MB-Modulgehäuse untergebracht.

PSD 840 ist nur Verbindung mit anderen Produkten der MHS-Systemfamilie wie z.B. Netzteil PEN, Baugruppenträger PGE 820, etc. betriebsbereit.

Technical Data

PSD 840

Managementsystem

Processor

586er, 100-MHz-Clockrate

RAM

20 MB, Memory for RUN-TIME-MODUL

ROM/Flash-ROM (non volatile)

2 MB, System memory Storage of permanent data (e.g. log book, configration data)

RS-232-C-Interface

9-Pin SUB-D-connection for external PC with GUI Baudrate max. 57,6 kBaud connection type: Nullmodem

RS485-Interface

Internal bus system on backplane, max.

Baudrate 57,6 kBaud

ISDN (extern)

PC-Card, connection RJ-45, (optional), max.

Baudrate 128 kbit

Analogue Modem (extern)

PC-Card, connection Backplane max. 56,6 kBaud

Ethernet 10 Base-T (extern)

Backplane RJ-45, Max. 10 Mbit/s UTP

RJ-22,

General Dimensions (H/W/L)

176/70/400 mm

Weight

1.6 Kg

Voltage supply

48 V DC (PEN 830 MHS-System)

Power consumption

< 10 W

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

59

MHS 7.12

7.12

PEN 830 Power Supply Features • Wide range input • Power is supplied to all modules • One power supply module is capable to supply all modules of a module carrier PGE • N+1 Redundancy by running in parallel of max. 5 power supplies • Hot-swap capability • Power Factor Correction (PFC) • Short-circuit current limitation • Signaling in case the DC output voltage falls below 38 V

General description PEN 830 is a power supply module of the MHS system and is accommodated in a 4 RU high and 2 module widths wide housing.

PEN 830 is only allowed to be operated together with other products of the MHS system family like module carriers PGE. Allgemeines Das Power Supply PEN 830 ist ein Stromversorgungs-Modul des MHS-Systems und ist in einem 4HE/2MB-Modulgehäuse untergebracht.

PEN 830 darf nur in Verbindung mit anderen Produkten der MHS-Systemfamilie wie z.B. Baugruppenträger PGE betrieben werden.

Technical Data

PEN 830: Power Supply

Input Mains voltage

85 – 265 V AC 50/60 Hz

Efficiency

> 85% @ nominal load

Output Nominal voltage

48 V

Tolerance

±2V

Nominal current

5.2 A (@ 48 V)

Load current range

0 - 6.6 A

Ripple

Hum ≤ 60 mVpp

Noise voltage

EN 50083-2 Class B

Power

250 W

Overvoltage protection

Yes

Parallel operation

Load sharing

Redundancy

N+1

Undervoltage cut out

25 V DC

Signaling LED ˝Power”

Off at ≤ 38 V DC

General Dimensions (H/W/L)

176/70/400 mm

Weight

1,9 Kg

EMC

EN 50083-2

Safety

EN 60950-1, protection class 1

Environmental

ETSI EN 300019-1-3 Class 3.1

Enclosure classification

IP20

60 BLANKOM Digital

MHS Features • 6 Inputs

Power Supply

• Redundancy (RF and power)

Combiner

RF 1 - 6

7.13

PKV 737 Active Combiner

7.13

RF Out

• Ethernet Control Interface • Power supply for mains or 48 V (MHS)

WEB/ SNMP

PKV 737 Active Combiner WEB-Control

General description PKV 737 provides a suitable level at the RF output interface of the headend.

Allgemeines Der aktive Combiner PKV 737 realisiert die pegelgerechte Versorgung der RF-Ausgangsschnittstelle einer Kopfstelle.

Technical Data

PKV 737: D077.01 - D077.02

Input connectors

6 x SMA, 50 Ohm, ar ≥16 dB

Output connector

1 x SMA, 50 Ohm, ar ≥16 dB

Frequency range

47 to 862 MHz

Intermodulation IMA3

≥ 92 dB

Intermodulation IMA2

≥ 79 dB

Slope @ broadband

< ± 1 dB

Slope @ 8 MHz

≤ 0.2 dB

Max. Output level

77 dBpW

Gain @ delivery status

4,5 dB ± 0,5 dB

General Dimensions (H/W/L)

19”, 1 Unit, 14 cm depth

Voltage supply

PKV 737: D077.01 48 V DC (PEN 830 MHS-System) PKV 737: D077.02 100 VAC to 240 VAC 50/60 Hz

EMC

EN 50083-2

Safety

EN 60950-1

Environmental

ETSI EN 300019-1-3 Class 3.1

BLANKOM Digital

61

Type

Order Number

Description

Categorie

LCH-A-X-XXXX

F080.01

B-Nova chassis, incl. Rails + USB cable

B-Nova

LCH-X-X-XXXP

F080.XXXP

PSI/SI editor, 1 license per chassis

B-Nova

LCH-X-X-XXSX

F080.XXSX

DVB simulcrypt scrambling, 1 license per chassis

B-Nova

LCH-C-X-XXXX

F081.01

B-Nova chassis for Backup Power Supply LPS-CX-X

B-Nova

LPS-BX-X

F082.01

B-Nova Power Supply

B-Nova

LPS-CX-X

F083.01

B-Nova Power Supply Backup

B-Nova

LPS-XA-X

F084.01

Power Cord EUR

B-Nova

LPS-XB-X

F084.02

Power Cord UK

B-Nova

LPS-XD-X

F084.04

Power Cord India

B-Nova

LAC-CA

F085.01

Power cord, DC cable, 2m for Backup PS

B-Nova

LCP-A

F086.01

Cover plate for empty module slots

B-Nova

- 8 Order

8.1 Order list

B-Nova Chassis

ASI-Input module LAS-A-X-XXXX

F087.01

Quad ASI-Input Interface Module

B-Nova

LAS-X-X-BXXX

F087.BXXX

DVB processing

B-Nova

LAS-X-X-CXXX

F087.CXXX

DVB processing and Demultiplexing

B-Nova

LAS-X-X-XEXX

F087.XEXX

EIT demultiplexer

B-Nova

LAS-X-X-XXAX

F087.XXAX

DVB Simulcrypt Scrambling for 4 services

B-Nova

LAS-X-X-XXBX

F087.XXBX

DVB Simulcrypt Scrambling for 16 services

B-Nova

LAS-X-X-XXCX

F087.XXCX

DVB Simulcrypt Scrambling for 64 services

B-Nova

ASI-Output module LAS-B-X-XXXX

F088.01

Quad ASI-Output Interface Module

B-Nova

LAS-Y-X-XXXM

F088.XXXM

Multiplexing

B-Nova

LAS-Y-X-XFXX

F088.XFXX

EIT multiplexer

B-Nova

LAS-Y-X-XXAX

F088.XXAX

DVB Simulcrypt Scrambling for 4 services

B-Nova

LAS-Y-X-XXBX

F088.XXBX

DVB Simulcrypt Scrambling for 16 services

B-Nova

LAS-Y-X-XXCX

F088.XXCX

DVB Simulcrypt Scrambling for 64 services

B-Nova

Satellite receiver modules LRS-A-X-XXXXX

F089.01

DVB-S Dual RCVR 2 CI slots, 2 satellite inputs

B-Nova

LRS-X-X-AXXXX

F089.AXXXX

Demultiplexing (multiple IP streamers per input RF port)

B-Nova

LRS-X-X-XBXXX

F089.XBXXX

MultiService Descrambling (MSD)

B-Nova

LRS-X-X-XXCXX

F089.XXCXX

DVB-S2 Input

B-Nova

LRS-X-X-XXXFX

F089.XXXFX

EIT Demultiplexing

B-Nova

LRS-X-X-XXXXA

F089.XXXXA

DVB Simulcrypt Scrambling for 2 video services

B-Nova

LRS-X-X-XXXXB

F089.XXXXB

DVB Simulcrypt Scrambling for 8 video services

B-Nova

LRS-X-X-XXXXC

F089.XXXXC

DVB Simulcrypt Scrambling for 32 video services

B-Nova

LRS-B-X-XXXXX

F090.01

DVB-S Quad RCVR

B-Nova

LRS-Y-X-DXXXX

F090.DXXXX

Demultiplexing (multiple IP streamers per input RF port)

B-Nova

LRS-Y-X-XXEXX

F090.XXEXX

DVB-S2 Input

B-Nova

LRS-Y-X-XXXGX

F090.XXXGX

EIT Demultiplexing

B-Nova

LRS-Y-X-XXXXE

F090.XXXXE

DVB Simulcrypt Scrambling for 4 video services

B-Nova

LRS-Y-X-XXXXF

F090.XXXXF

DVB Simulcrypt Scrambling for 16 video services

B-Nova

LRS-Y-X-XXXXG

F090.XXXXG

DVB Simulcrypt Scrambling for 64 video services

B-Nova

Terrestial receiver modules LRT-A-X-XXXXX

F091.01

DVB-T Dual RCVR 2 CI slots, 2 terrestrial inputs

B-Nova

LRT-X-X-AXXXX

F091.AXXXX

Demultiplexing (multiple IP streamers per input RF port)

B-Nova

LRT-X-X-XBXXX

F091.XBXXX

MultiService Descrambling (MSD)

B-Nova

LRT-X-X-XXXFX

F091.XXXFX

EIT Demultiplexing

B-Nova

LRT-X-X-XXXXA

F091.XXXXA

DVB Simulcrypt Scrambling for 2 video services

B-Nova

LRT-X-X-XXXXB

F091.XXXXB

DVB Simulcrypt Scrambling for 8 video services

B-Nova

LRT-X-X-XXXXC

F091.XXXXC

DVB Simulcrypt Scrambling for 64 video services

B-Nova

QAM modulator module LQM-A-X-XXX

F092.01

DVB-C Quad modulator, 4 QAM modulators

B-Nova

LQM-X-X-MXX

F092.MXX

Multiplexing

B-Nova

LQM-X-X-XFX

F092.XFX

EIT Multiplexing

B-Nova

LQM-X-X-XXC

F092.XXC

DVB Simulcrypt, Scrambling for 64 video services

B-Nova

DVB-T Dual/Quad mod., 2/4 COFDM modulators

B-Nova

COFDM modulator modules LCM-A-X-XXX

62 BLANKOM Digital

F094.01

Description

LCM-X-X-MXX

F094.MXX

Multiplexing

B-Nova

Electrical CAT5 (100m) 10/100/1000Base-TX SFP module LSFP-A

F095.01

Electrical CAT5 (100m) 10/100/1000Base-TX SFP module, RJ-45 connector

B-Nova

LSFP-B

F096.01

Optical MMF 850nm (550m) 1000Base-FX SFP module, Dual LC optical connector

B-Nova

LSFP-C

F097.01

Optical MMF 1310nm (2km) 1000Base-FX SFP module, Dual LC optical connector

B-Nova

LSFP-D

F098.01

Optical SMF 1310nm (10km) 1000Base-FX SFP module, Dual LC optical connector

B-Nova

LSFP-E

F099.01

Optical SMF 1310nm (30km) 1000Base-FX SFP module, Dual LC optical connector

B-Nova

LSFP-F

F100.01

Optical SMF 1550nm (70km) 1000Base-FX SFP module, Dual LC optical connector

B-Nova

LSFP-G

F101.01

Electrical CAT5 (100m) 1000Base-TX SFP module, RJ-45 connector

B-Nova

Order List

Order Number

8.2

Type

Broadcast Manager on request

Central Broadcast Manager for One Network (< 300 services)

on request

Platform (HW IBM System x3550 M2 server)

Software

on request

EPG module (one available EPG data input filter included)

Software

on request

Sub network for Broadcast Manager (1 net)

Software

on request

Five sub networks for Broadcast Manager (5 nets)

Software

EPG Manager Lite (only sold instead of B-Nova EPG) on request

Platform (HW Lite server)

Software

on request

EPG module Pass through Lite

Software

Regional Broadcast Manager (sold together with 1 Net BM) on request

Platform (HW IBM System x3550 M2 server)

Software

on request

EPG module

Software

on request

Network module

Software

on request

Bootload module

Software

Connection cards on request

DVB-ASI connection card/physical port

Software

on request

Additional Gigabit Ethernet interface (dual port)

Software

on request

Additional Gigabit Ethernet interface (quad port)

Software

Optional data input/output licenses on request

DVB EPG data input filter (EIT p/f & schedule)

Software

on request

XMLTV EPG data input filter

Software

on request

XMLTV EPG data output filter

Software

on request

XLS EPG data input filter (MS Excel sheet)

Software

on request

Conax EPG data input filter

Software

on request

Canal+ EPG data input filter

Software

on request

HBO EPG data input filter

Software

on request

Viasat EPG data input filter

Software

on request

Tailor made EPG data import filter

Software

Options on request

Broadcast Manager customer specific configuration service

Software

1 + 1 redundancy price is 25 % of the license price(s) + Platform (HW + connection cards)

B-IRD DVB-S2/DVB-S Receiver (B-IRD Series: CONDOR ) DRD 694

D102.01

DVB S2/DVB S TWIN-Receiver, 75 Ohm F with LNB powering, ASI and GigE output

B-IRD

DRD 694

D102.02

DVB S2/DVB S TWIN-Receiver, 50 Ohm SMA, ASI and GigE output

B-IRD

DRD 695

D119.01

DVB-S2/DVB-S Receiver twin,LNB powering, 75 Ohm F input, ASI- and GigE output, BISS

B-IRD

DVB-Receiver (B-IRD Series: HAWK ) DRD 696

D124.01

DVB Receiver, Basic Version, ASI-IN, ASI and RJ45-SFP GigE output, MPTS- and STPS streaming, Multi-Service-Decryption

B-IRD

Hardware Options DRD 696 OPD124-09

OPD12401 0900

32 APSK Front End, 75 Ohm, 2x L-Band input, with LNB powering, 22KHz, â&#x20AC;Ś

B-IRD

OPD124-03

OPD12401 0300

DVB-T/C Front End, Twin, 75 Ohm

B-IRD

OPD124-15

OPD12401 1500

DVB-T/C Front End, Twin, 50 Ohm

B-IRD

Software Options DRD 696 APA124-51

OPD12401 5100

IP Input Streaming (via SFP Module)

B-IRD

APA124-56

OPD12401 5600

NDS decryption

B-IRD

APA124-57

OPD12401 5700

BISS decryption

B-IRD

BLANKOM Digital

63

Order List 8.3

Type

Order Number

Description

Categorie

DVB-Receiver/Decoder (B-IRD Series: Eagle) DRD700

D135.01

DVB Receiver, Basic Version, ASI-IN, ASI and RJ45-SFP GbE output, MPTS- and STPS streaming, Multi-Service-Decryption“

B-IRD

Hardware Options DRD 700 OPD135-09

OPD13501 0900

32 APSK Front End, 75 Ohm, 2x L-Band input, with LNB powering, 22KHz, …

B-IRD

OPD135-03

OPD13501 0300

DVB-T/C Front End, Twin, 75 Ohm

B-IRD

OPD135-04

OPD13501 0400

DVB-T/T2 Twin Frontend, 75 Ohm

B-IRD

Software Options DRD 700 APA135-51

OPD13501 5100

IP Input Streaming (via SFP Module)

B-IRD

APA135-56

OPD13501 5600

NDS decryption

B-IRD

APA135-57

OPD13501 5700

BISS decryption

B-IRD

APA135-59

OPD13501 5900

Processing

B-IRD

APA135-60

OPD13501 6000

IP-GbE-Redundance

B-IRD

DVB-Receiver/Decoder (B-IRD Series: Eagle) DRP 393

D103.01

MPEG-2 Receiver/Decoder, basic version with ASI input , outputs: analog A/V, ASI, GbE-SFP-Slot applicable

B-IRD

Software Option MPEG-4 Upgrade DRP 393 APA103-50

OPD10301 5000

License MPEG-4, H.264AVC decoding

B-IRD

Hardware Options DRP 393 OPD103-02

OPD10301 0200

DVB-S/S2 Front End 75 Ohm

B-IRD

OPD103-13

OPD10301 1300

DVB-S/S2 Front End 50 Ohm

B-IRD

OPD103-09

OPD10301 0900

DVB-S/S2 APSK Front End, 75 Ohm

B-IRD

OPD103-18

OPD10301 1800

DVB-S/S2 APSK Front End, 50 Ohm

B-IRD

OPD103-03

OPD10301 0300

DVB-T/C Front End, Single, 75 Ohm

B-IRD

OPD103-15

OPD10301 1500

DVB-T/C Front End, Single, 50 Ohm

B-IRD

OPD103-04

OPD10301 0400

DVB-T2 Front End, 75 Ohm

B-IRD

OPD103-07

OPD10301 0700

HD-SDI/SDI , embedded and AES EBU Audio

B-IRD

OPD103-14

OPD10301 1400

2nd Video output (BNC) in parallel

B-IRD

OPD103-30

OPD10301 3000

Bundle SFP100 + MPTS incl.Service/PID-Filtering

B-IRD

OPD103-31

OPD10301 3100

Bundle SFP100 + SPTS incl.Service/PID-Filtering

B-IRD

Software Options DRP 393 APA103-51

OPD10301 5100

IP Input Streaming (via SFP Module)

B-IRD

APA103-52

OPD10301 5200

IP Output Streaming, MPTS

B-IRD

APA103-53

OPD10301 5300

IP Output Streaming, SPTS

B-IRD

APA103-55

OPD10301 5500

Multi-Service decryption-Support for CI and CAM’s for Output via ASI or IP

B-IRD

APA103-56

OPD10301 5600

NDS Decryption

B-IRD

APA103-57

OPD10301 5700

BISS Decryption

B-IRD

APA103-58

OPD10301 5800

DVB Subtitling

B-IRD

B-Edge Edge FM-Modulator ESM 112

D137.01

IP Edge FM, 2 IP Ports, 4 ASI inputs, 12 FM-channel

B-Edge

ESM 124

D138.01

IP Edge FM, 2 IP Ports, 4 ASI inputs, 24 FM channel

B-Edge

Edge QAM-Modulator EQM 100

D104.01

Edge QAM-Modulator, 3 IP Ports, 24 QAM channels

B-Edge

EQM 101

D115.01

Edge QAM-Modulator, 2 IP Ports, 16 QAM channels

B-Edge

EQM 102

D116.01

Edge QAM-Modulator, 1 IP Port, 8 QAM channels

B-Edge

EQM 008

D134.01

compact Edge QAM-Modulator, 1 IP Port, 8 QAM channels , incl. external PSU 12V / 1.25A

B-Edge

D129.01

IP Edge PAL, 2 IP Ports, 4 ASI inputs, 16 RF PAL channels

B-Edge

D072.01

ASI-Splitter 1:8

B-Sub

Edge PAL-Modulator EPM 130

B-Sub ASI-Splitter DTS 397

L-Band-Splitter/Switch OIV 601

F003.01

L-Band Splitter, 1:8, 75 Ohm F

B-Sub

OIV 602

F004.01

L-Band Splitter, 1:16, 75 Ohm F

B-Sub

OIV 603

F005.01

L-Band Splitter, 2 x 1:8, 75 Ohm F

B-Sub

OIV 604

F006.01

L-Band Splitter, 1:8, 50 Ohm SMA

B-Sub

OIV 605

F007.01

L-Band Splitter, 1:16, 50 Ohm SMA

B-Sub

OIV 608

F008.01

L-Band Splitter, 2 x 1:8, 50 Ohm SMA

B-Sub

64 BLANKOM Digital

Description

Categorie

OIS 500

F109.01

L-Band Switch Matrix

B-Sub

DIP 120

D105.01

IP/ASI Gateway, basic version, includes 2 IP Ports and 2 ASI Ports

B-Sub

APA 120

D105.50

Each ASI Port licence DIP 120

B-Sub

DIP 121

D110.01

IP/ASI Gateway, basic version, includes 1 IP Port and 1 ASI Port

B-Sub

APA 121

D110.50

Each ASI Port licence DIP 121

B-Sub

DIS 150

F110.01

IP Switch

B-Sub

IRD

IRDs DRP 364, DRP 373, DRP 375 and DRP 385 are still available.

For technical data please refer to our web site: www.blankom-digital.de

IP/ASI Gateway

Order List

Order Number

8.4

Type

IP Switch

DVB Receiver/Decoder MPEG2 DRP 364

D020.x

ASI-Receiver/Decoder

IRD

DRP 373

D017.x

QPSK-Receiver/Decoder

IRD

DRP 375

D003.x

COFDM-Receiver/Decoder

IRD

DRP 375E

D003.17

DVB-T-Receiver/Decoder with common interface

IRD

DRP 385

D039.x

QAM-Receiver/Decoder

IRD

Option N

xxx

Ethernet interface 10/100 MBit/s

IRD

Option D

xxx

ASI-Decryption, one service

IRD

Option S

xxx

SDI digital A/V-output (Audio on XLR-Connectors)

IRD

Option X

xxx

XLR Analogue audio outputs

IRD

Option A

xxx

Alerting (with Option N only)

IRD

Modular Headend System (MHS) DVB-S/S2 Demodulators PRD 1080

D070.01

DVB-S2 Receiver, twin

MHS

PRD 865

D101.01

QPSK-Demodulator, twin

MHS

MPEG Receiver/Decoder PRP 861 T

D014.01

DVB-T Receiver/Decoder

MHS

PRP 861 A

D013.01

ASI Receiver/Decoder without decryption

MHS

PRP 861 S

D001.01

QPSK Receiver/Decoder without decryption

MHS

Option D

Decryption of one service

MHS

Option DX

Multidecryption

MHS

Option V

2nd A/V output

MHS

D069.01

Transportstream router

MHS

PVM 870

D005.01

A/V-Modulator

MHS

PVM 870-1

D005.02

A/V-Modulator, 2 x IF out

MHS

PQM 863

D004.01

QAM-Modulator

MHS

PVA 850-K

D006.03

Upconverter 47 MHz - 470 MHz, 2 x IF in, incl.channel filter

MHS

PVA 851-K

D007.03

Upconverter 470 MHz - 862 MHz, 2 x IF in, incl.channel filter

MHS

PVE 855

D094.01

Downconverter 47 MHz - 862 MHz

MHS

PRU 901

D099.01

FM Converter

MHS

PRC 902

D100.01

FM Coder-Modulator

MHS

PRP 903

D107.01

MPEG/FM Radio Transmodulator, L-Band input

MHS

PRP 904

D123.01

MPEG/FM Radio Transmodulator, ASI input

MHS

Transport Stream Router TSR 600 Modulators

RF-Converter

FM-Modules

Management-, Powermodules, Module Carrier PSD 840

D009.01

Managementsystem

MHS

PEN 830

D023.01

Power Supply 230V/48V

MHS

PGE 820

D010.01

Basis module-carrier

MHS

PGE 826

D011.01

Extension module-carrier (2-4)

MHS

PGE 825

D012.01

Extension module-carrier (5-6)

MHS

PKV737

D077.01

Headend post amplifier 6:1, 50 Ohm SMA, 48 V DC

MHS

PKV737

D077.02

Headend post amplifier 6:1, 50 Ohm SMA, 85-260 V AC

MHS

F030.01

CA-Module Viaccess

Accessories

Active Combiner

Accessories CA-Modules DCA 311

BLANKOM Digital

65

Order List 8.5

Type

Order Number

Description

Categorie

DCA 312

F031.01

CA-Module Irdeto

Accessories

DCA 313

F032.01

CA-Module Mediagard

Accessories

DCA 314

F033.01

CA-Module Conax

Accessories

DCA 315

F038.01

CA-Module Alphacrypt

Accessories

DCA 316

F034.01

CA-Module Cryptoworks

Accessories

F070.01

SFP Module RJ45

Accessories

PZA 614

F016.01

ASI switch 4 x incl. Ethernet interface

Accessories

PZA 615

F017.01

L-Band Switch (8:1) for redundancy

Accessories

PZA 622

F045.01

L-Band Switch (2x16:1), 50 Ohm SMA

Accessories

PZC 650

F020.01

Industrial PC with monitor, keypad and operating system

Accessories

PZA 616

F018.01

Ethernet hub 19“/1 RU, 15 ports

Accessories

PZA 618

F036.01

Ethernet hub 19“/1 RU, 24 ports

Accessories

SFP-Modules SFP100 Switches

PC, Hub

Software Graphical User Interface (GUI) DCPM 614

xxx

Graphical User Interface for ASI-Switch

Software

DCPM 615

xxx

Graphical User Interface for L-Band-Switch

Software

DCPM 622

xxx

Graphical User Interface for SAT-IF-Switch

Software

DCPM 623

xxx

Graphical User Interface for CATV-Switch

Software

DCPM 690

xxx

Graphical User Interface for analogue SAT-Receiver

Software

DCPM 845

D022.01

Graphical User Interface for MHS

Software

DCPM 865

xxx

Graphical User Interface for Monitoring

Software

Taps and Passives Combiner/Splitter PZN 732

D087.01

Combiner 50 Ohm SMA, 4-way 14 dB

Accessories

PZN 734

D089.01

Combing Network (ZFN 2)

Accessories

PZN 736

D091.01

Combiner 50 Ohm SMA, 2-way 3,5 dB

Accessories

PZN 737

D092.01

Combiner 50 Ohm SMA, 4-way 25 dB

Accessories

PZN 738

D093.01

Combiner 50 Ohm SMA, 4-way 8 dB

Accessories

PZN 739

D098.01

Combiner 50 Ohm SMA, 4-way 12 dB

Accessories

PZN 740

D109.01

IF-Splitter (for redundancy) 1:12, 50 Ohm SMA, 20 dB

Accessories

PZN 870

D050.01

Combiner/Splitter 75 Ohm F, 5-1000 MHz, 2-way

Accessories

PZN 871

D051.01

Combiner/Splitter 75 Ohm F, 5-1000 MHz, 3-way

Accessories

PZN 872

D052.01

Combiner/Splitter 75 Ohm F, 5-1000 MHz, 4-way

Accessories

PZN 873

D053.01

Combiner/Splitter 75 Ohm F, 5-1000 MHz, 8-way

Accessories

PZN 880

D054.01

Tap 1-way 6 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 881

D055.01

Tap 1-way 8,5 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 882

D056.01

Tap 1-way 10 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 883

D057.01

Tap 1-way 12 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 884

D058.01

Tap 1-way 16 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 885

D059.01

Tap 1-way 20 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 886

D060.01

Tap 2-way 10 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 887

D061.01

Tap 2-way 12 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 888

D062.01

Tap 2-way 16 dB, 75 Ohm F, 5-1000 MHz

Accessories

PZN 889

D063.01

Tap 2-way 20 dB, 75 Ohm F, 5-1000 MHz

Accessories

Taps 75 Ohm

Terminating Resistors SAW 224

D121.01

Terminating Resistor SK 50 Ohm

Accessories

SAW 225

Z017.01

Terminating Resistor SMA 50 Ohm

Accessories

SAW 226

Z018.01

Terminating Resistor N 50 Ohm

Accessories

SAW 227

Z019.01

Terminating Resistor BNC 50 Ohm

Accessories

SAW 228

Z020.01

Terminating Resistor BNC 75 Ohm

Accessories

SAW 229

A1613.19

Terminating Resistor F

Accessories

Filter & Transformer LPF 230

F054.01

Low pass filter 230 MHz, 75 Ohm F

Accessories

LPF 450

F055.01

Low pass filter 450 MHz, 75 Ohm F

Accessories

LPF 470

F056.01

Low pass filter 470 MHz, 75 Ohm F

Accessories

66 BLANKOM Digital

Description

Categorie

LPF 480

F063.01

Low pass filter 480 MHz, 75 Ohm F

Accessories

LPF 500

F057.01

Low pass filter 500 MHz, 75 Ohm F

Accessories

LPF 550

F058.01

Low pass filter 550 MHz, 75 Ohm F

Accessories

HPF 85

F082.01

High pass filter 85 MHz, 75 Ohm F

Accessories

PZZ 630

F066.01

50/75 Ohm Adaption Transformer SMA/F Sat-IF

Accessories

PZZ 631

F064.01

60/75 Ohm Adaption Transformer min.loss, DC-3 GHz, SMA/F

Accessories

PZZ 632

F065.01

60/75 Ohm Adaption Transformer min.loss, DC-3 GHz, SMA/F

Accessories

PZZ 633

F066.01

60/75 Ohm Adaption Transformer min.loss, L-Band, SMA/SMA

Accessories

PZZ 644

D073.01

50/75 Ohm Adaption Transformer SMA/F Sat-IF

Accessories

PZZ 645

D074.01

50/75 Ohm Adaption Transformer SMA/F 1 GHz

Accessories

PZZ 650

F040.01

50/75 Ohm Adaption Transformer SMA/F 1 GHz

Accessories

PZZ 647

D068.01

Band pass FM, 75 Ohm F

Accessories

PZZ 647

D068.02

Band pass FM, 50 Ohm SMA

Accessories

D045.01

19“ Rack, 41 RU, RAL 7032, 600 x 600 mm

Accessories

D045.02

19“ Rack, 41 RU, RAL 7024, 600 x 600 mm

Accessories

PUG 512

D136.02

19“ Rack, 41 RU, RAL 7024, 600 x 800 mm, incl.Door (Back) and Top, RAL7024

Accessories

PUG 807

D044.01

Rack Top MHS with connection unit+ mains filtering, RAL7032

Accessories

PUG 807

D044.02

Rack Top MHS with connection unit+ mains filtering, RAL7024

Accessories

Z026.01

Blank panel 1 MB, RAL-7032

Accessories

Z026.02

Blank panel 1 MB, RAL-7024

Accessories

Z111.01

Blank panel 2 MB, RAL-7032

Accessories

Z111.02

Blank panel 2 MB, RAL-7024

Accessories

D045.01

Blank panel 3 MB, RAL-7032

Accessories

D045.02

Blank panel 3 MB, RAL-7024

Accessories

Z001.01

Blank panel 1 RU, RAL-7032

Accessories

Z001.02

Blank panel 1 RU, RAL-7024

Accessories

Z002.01

Blank panel 1 RU for Audio Cable, RAL-7032

Accessories

Z002.02

Blank panel 1 RU for Audio Cable, RAL-7024

Accessories

Z003.01

Blank panel 2 RU, RAL-7032

Accessories

Z003.02

Blank panel 2 RU, RAL-7024

Accessories

Z004.01

Blank panel 2 RU with switch slot, RAL-7032

Accessories

Z004.03

Blank panel 2 RU with switch slot, RAL-7024

Accessories

Z005.01

Blank panel 3 RU, RAL-7032

Accessories

Z005.02

Blank panel 3 RU, RAL-7024

Accessories

Z006.01

Blank panel 4 RU, RAL-7032

Accessories

Z006.02

Blank panel 4 RU, RAL-7024

Accessories

Z007.01

Blank panel 5 RU, RAL-7032

Accessories

Z007.02

Blank panel 5 RU, RAL-7024

Accessories

Z008.01

Blank panel 6 RU, RAL-7032

Accessories

Z008.02

Blank panel 6 RU, RAL-7024

Accessories

Z095.01

Ventilation plate 1 RU, RAL-7032

Accessories

Z095.02

Ventilation plate 1 RU, RAL-7024

Accessories

Z010.01

Ventilation plate 2 RU, RAL-7032

Accessories

Z010.02

Ventilation plate 2 RU, RAL-7024

Accessories

Z011.01

Ventilation plate 2 RU with holes, RAL-7032

Accessories

Z011.02

Ventilation plate 2 RU with holes, RAL-7024

Accessories

Z012.01

Ventilation plate 3 RU, RAL-7032

Accessories

Z012.01

Ventilation plate 3 RU, RAL-7024

Accessories

Z013.01

Ventilation plate 4 RU, RAL-7032

Accessories

Z013.01

Ventilation plate 4 RU, RAL-7024

Accessories

Z014.01

Ventilation plate 5 RU, RAL-7032

Accessories

Z014.01

Ventilation plate 5 RU, RAL-7024

Accessories

Z015.01

Ventilation plate 6 RU, RAL-7032

Accessories

Z015.02

Ventilation plate 6 RU, RAL-7024

Accessories

Order List

Order Number

8.6

Type

19” Racks and Accessories 19“ Rack PUG 511

Blank panel PGE 704

PGE 705

PGE 706

PUG 801

PUG 801S

PUG 802

PUG 802S

PUG 803

PUG 804

PUG 805

PUG 806

Ventilation Plate PUG 811M

PUG 812

PUG 812S

PUG 813

PUG 814

PUG 815

PUG 816

BLANKOM Digital

67

Order List 8.7

Type

Order Number

Description

Categorie

PLU 839

F059.01

Ventilation unit MHS, stand alone, 19“ 1 RU

Accessories

PLU 839

F067.01

Ventilation unit MHS, cool blast 24

Accessories

Ventilation Unit

External Boards and Patch Panels PUG 808

Z038.01

Extender board for 19“ Rack top, blank

Accessories

PUG 808BNC

Z033.01

Extender board for 19“ Rack top, BNC

Accessories

PUG 808E2

Z037.01

Extender board for 19“ Rack top, E2000

Accessories

PUG 808F

Z034.01

Extender board for 19“ Rack top, F

Accessories

PUG 808FI

Z036.01

Extender board for 19“ Rack top, Flange

Accessories

PUG 808RJ

Z032.01

Extender board for 19“ Rack top, RJ-45

Accessories

PUG 808RJ-2

Z041.01

Extender board for 19“ Rack top, RJ-45-2 cut out

Accessories

PUG 808SUB

Z040.01

Extender board for 19“ Rack top, D-SUB

Accessories

PUG 808XLR

Z035.01

Extender board for 19“ Rack top, XLR

Accessories

PUG 808SMA-K

Z083.01

Extender board for 19“ Rack top, SMA cable assembly

Accessories

PUG 808SMA-RJ

Z083.02

Extender board for 19“ Rack top, SMA RJ-45

Accessories

PUG 808SMA-D

Z083.03

Extender board for 19“ Rack top, SMA/SMA adapter

Accessories

PUG 820BNC

Z044.01

Patch panel 32-way, BNC Al blank

Accessories

PUG 820F

Z045.01

Patch panel 32-way, F Al blank

Accessories

PUG 820SMA

Z043.01

Patch panel 32-way, SMA Al blank

Accessories

PGE 170

Z024.01

ps distributor 7x, 19“

Accessories

PGE 171

Z025.01

ps distributor 6x, 19“, with surge protection

Accessories

PGE 172

Z118.01

ps distributor 9x, 19“

Accessories

PGE 173

Z125.01

Power distribution box, 19“

Accessories

PSZ 816

Z022.02

Guide bar set 19“

Accessories

PSZ 817

Z023.01

Extension Guide bar set 19“

Accessories

PUG 890

Z028.01

Termination metal MHS

Accessories

PUG 891

Z016.01

Air guiding metal MHS

Accessories

PUG 892

Z021.01

Traverse 80 mm

Accessories

PUG 893

Z087.01

Traverse 200 mm

Accessories

Cables

Accessories GD: Gestelldach / Rack Top

Koax cables (RF-, ASI- and Video) PUZ 101

Z058.01

HKO 080D

75 Ohm

F-male

F-male

Cable

Z058.02

RG179D

75 Ohm

F-male

F-male

Cable

Z058.03

Quad s., black

75 Ohm

F-male

F-male

Cable

Z058.04

Quad s., blue

75 Ohm

F-male

F-male

Cable

Z058.05

Quad s., red

75 Ohm

F-male

F-male

Cable

Z059.01

RG179D

75 Ohm

SK-male

BNC-male, straight

Cable

Z059.02

RG179D

75 Ohm

SK-male

BNC-male, angled

Cable

Z059.03

RG316D

50 Ohm

SK-male

BNC-male, straight

Cable

Z059.04

RG316D

50 Ohm

SK-male

BNC-male, angled

Cable

Z060.01

RG316D

50 Ohm

SK-male

SK-male

Cable

Z060.02

RG179D

75 Ohm

SK-male

SK-male

Cable

PUZ 105

Z062.01

RG179D

75 Ohm

SK-male

F-male

Cable

PUZ 110

Z067.01

RG223U

50 Ohm

SMA-male, straight

SMA-male, straight

Cable

Z067.02

RG223U

50 Ohm

SMA-male, angled

SMA-male, angled

Cable

Z067.03

RG316D

50 Ohm

SMA-male, angled

SMA-male, angled

Cable

Z067.04

RG223U

50 Ohm

SMA-male, straight

SMA-male, angled

Cable

Z068.01

RG223U

50 Ohm

SMA-female, straight, GD

SMA-male, straight

Cable

Z068.02

RG223U

50 Ohm

SMA-female, straight, GD

SMA-male, angled

Cable

Z068.03

RG316D

50 Ohm

SMA-female, straight, GD

SMA-male, angled

Cable

Z069.01

RG316D

50 Ohm

SMA-male, straight

SK-male

Cable

Z069.02

RG316D

50 Ohm

SMA-male, angled

SK-male

Cable

Z071.01

RG179D

75 Ohm

BNC-female, straight,GD

SK-male

Cable

Z071.02

RG316D

50 Ohm

BNC-female, straight,GD

SK-male

Cable

PUZ 102

PUZ 103

PUZ 111

Koax cables (RF-, ASI- and Video) PUZ 112

PUZ 114

68 BLANKOM Digital

Description

PUZ 117

Z074.01

Quad s., black

75 Ohm

F-male

BNC-male, straight

Cable

Z074.02

Quad s., blue

75 Ohm

F-male

BNC-male, straight

Cable

Z074.03

Quad s., red

75 Ohm

F-male

BNC-male, straight

Cable

PUZ 118

Z075.01

RG179D

75 Ohm

BNC-female, GD

BNC-male, straight

Cable

PUZ 122

Z079.01

RG179D

75 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z079.02

RG3233D

75 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z080.01

RG223U

50 Ohm

N-male, straight

SMA-male, straight

Cable

Z080.02

RG223U

50 Ohm

N-male, angled

SMA-male, straight

Cable

Z081.01

RG223U

50 Ohm

N-female, GD

SMA-male, straight

Cable

Z081.02

RG223U

50 Ohm

N-female, GD

SMA-male, angled

Cable

Z106.01

RG179D

75 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z106.02

RG179D

75 Ohm

BNC-male, straight

BNC-male, angled

Cable

Z106.03

RG3233D

75 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z106.04

RG3233D

75 Ohm

BNC-male, straight

BNC-male, angled

Cable

Z106.05

RG3233D

75 Ohm

BNC-male, angled

BNC-male, angled

Cable

Z106.06

RG316D

50 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z106.07

RG316D

50 Ohm

BNC-male, straight

BNC-male, angled

Cable

Z106.08

RG223U

50 Ohm

BNC-male, straight

BNC-male, straight

Cable

Z106.09

RG223U

50 Ohm

BNC-male, straight

BNC-male, angled

Cable

Z106.10

RG223U

50 Ohm

BNC-male, angled

BNC-male, angled

Cable

PUZ 128

Z107.01

RG179D

75 Ohm

BNC-female, GD

F-male

Cable

PUZ 132

Z084.01

RG316D

50 Ohm

SMA-female, straight

SK-male

Cable

PUZ 152

Z110.01

RG223U

50 Ohm

N-male

N-male

Cable

Z110.01

RG223U

50 Ohm

N-male

N-male

Cable

Z061.01

Audio cable, 2x3-wire, 1m

XLR-female (2x)

DIN-male, 5-pin

Cable

PUZ 123

PUZ 124

PUZ 126

Categorie

Order List

Order number

8.8

Type

Audio cables PUZ 104

Z061.02

Audio cable, 2x3-wire, 1m

XLR-female, angled, (2x)

DIN-male, 5-pin

Cable

PUZ 106

Z063.01

Audio cable, 2x3-wire

XLR-female (2x)

XLR-male (2x)

Cable

PUZ 107

Z064.01

Audio cable, 2x3-wire

Lemosa-female

XLR-male (2x)

Cable

PUZ 108

Z065.01

Audio cable, 2x3-wire

Lemosa-female

DIN-male, 5-pin

Cable

PUZ 115

Z072.01

Audio cable, 5-wire

DIN-female, 5-pin

DIN-male, 5-pin

Cable

PUZ 116

Z073.01

Audio cable, 5-wire

DIN-male, 5-pin

DIN-male, 5-pin

Cable

PUZ 121

Z078.01

Audio cable, 2x3-wire

DIN-female, GD

XLR-female (2x), straight

Cable

Z078.02

Audio cable, 2x3-wire

DIN-male, GD

XLR-female (2x), angled

Cable

Z108.01

Audio cable, 3-wire

DIN-female, GD

XLR-male (2x), straight

Cable

PUZ 129

Z108.02

Audio cable, 3-wire

DIN-female, GD

XLR-male (2x), angled

Cable

PUZ 134

Z086.01

Audio cable, 3-wire

DIN-female, GD

Lemosa-female

Cable

PUZ 154

Z098.01

Audio cable, 3-wire

DIN-male, GD

XLR-female, straight

Cable

Z098.02

Audio cable, 3-wire

DIN-male, GD

XLR-female, angled

Cable

PUZ 158

Z121.01

Audio cable, 4x 3-wire

D-SUB-15

XLR-male (4x), straight

Cable

PUZ 159

Z122.01

Audio cable, 2x3-wire

XLR-female (2x), straight

DIN-female, 5-pin, 2x

Cable

PUZ 160

Z123.01

Audio cable, 2x3-wire

D-SUB-15

DIN-male, 5-pin

Cable

Z092.01

48 Volt bus cable, 50 cm

Cable

Z092.01

48 Volt bus cable, 100 cm

Cable

Bus cable PUZ 144

Miscellaneous PUZ 157

Z120.01

MiniCombicon

D-SUB-9

Cable

Mains cables PUZ 148

Z101.01

Mains cable MHS for Basic Module Carrier 1.20 m

Cable

PUZ 149

Z102.01

Mains cable MHS for Extension Module Carrier 1.40 m

Cable

PUZ 150

Z103.01

Mains cable MHS for Extension Module Carrier 1.60 m

Cable

PUZ 151

Z104.01

Mains cable MHS for Extension Module Carrier 2.00 m

Cable

PUZ 136

Z052.01

Patch cable grey 1 m

Cable

PUZ 137

Z051.01

Patch cable grey 2 m

Cable

PUZ 138

Z053.01

Patch cable grey 3 m

Cable

PUZ 139

Z054.01

Patch cable grey 5 m

Cable

PUZ 140

Z055.01

Patch cable grey 10 m

Cable

Patch cable

BLANKOM Digital

69

General 9 Notice This catalog was set up by BLANKOM Digital GmbH. All contents and technical datas have been ascertained and proofed carefully and corresponding to current datas. Specifications and design are subject to change due to our policy of continious improvements.

Product description do not contain any statements about liability for eventual harms/demages. It has to be considered that all harms/demage liability matters are limited to the value of the delivered goods.

70 BLANKOM Digital

Gewährleistungen Dieser Katalog wurde von BLANKOM Digital GmbH nach bestem Wissen erstellt. Alle technischen Angaben wurden sorgfälltig ermittelt und geprüft. Sie entsprechen dem jeweils aktuellen Stand. Änderungen und Irrtümer bleiben vorbehalten.

Produktbeschreibungen enthalten keine Aussagen über die Haftung für etwaige Schäden. Sollte dennoch eine Haftung in Frage kommen, so ist diese für alle Schäden auf den Wert der gelieferten und eingesetzten Ware begrenzt.

Technische Änderungen vorbehalten.

II. Preise und Zahlungsbedingungen 1. Die Preise verstehen sich ab Werk ausschließlich Verpackung zuzüglich der jeweils geltenden gesetzlichen Umsatzsteuer.

2. Zahlungen sind frei Zahlstelle des Lieferers zu leisten.

3. Der Besteller kann nur mit solchen Forderungen aufrechnen, die unbestritten oder rechtskräftig festgestellt sind.

III. Eigentumsvorbehalt 1. Die Gegenstände der Lieferungen (Vorbehaltsware) bleiben Eigentum des Lieferers bis zur Erfüllung sämtlicher ihm gegen den Besteller aus der Geschäftsverbindung zustehenden Ansprüche. Soweit der Wert aller Sicherungsrechte, die dem Lieferer zustehen, die Höhe aller gesicherten Ansprüche um mehr als 20 % übersteigt, wird der Lieferer auf Wunsch des Bestellers einen entsprechenden Teil der Sicherungsrechte freigeben.

2. Während des Bestehens des Eigentumsvorbehalts ist dem Besteller eine Verpfändung oder Sicherungsübereignung untersagt und die Weiterveräußerung nur Wiederverkäufern im gewöhnlichen Geschäftsgang und nur unter der Bedingung gestattet, daß der Wiederverkäufer von seinem Kunden Bezahlung erhält oder den Vorbehalt macht, daß das Eigentum auf den Kunden erst übergeht, wenn dieser seine Zahlungsverpflichtungen erfüllt hat.

3. Bei Pfändungen, Beschlagnahmen oder sonstigen Verfügungen oder Eingriffen Dritter hat der Besteller den Lieferer unverzüglich zu benachrichtigen.

4. Bei Pflichtverletzungen des Bestellers, insbesondere bei Zahlungsverzug, ist der Lieferer nach erfolglosem Ablauf einer dem Besteller gesetzten angemessenen Frist zur Leistung zum Rücktritt und zur Rücknahme berechtigt; die gesetzlichen Bestimmungen über die Entbehrlichkeit einer Fristsetzung bleiben unberührt. Der Besteller ist zur Herausgabe verpflichtet.

IV. Fristen für Lieferungen; Verzug 1. Liefertermine sind für die Fa. BLANKOM Digital GmbH unverbindlich, es sei denn, sie sind schriftlich bzw. vertraglich vereinbart und bestätigt worden. Die Einhaltung von Fristen für Lieferungen setzt den rechtzeitigen Eingang sämtlicher vom Besteller zu liefernden Unterlagen, erforderlichen Genehmigungen und Freigaben, insbesondere von Plänen, sowie die Einhaltung der vereinbarten Zahlungsbedingungen und sonstigen Verpflichtungen durch den Besteller voraus. Werden diese Voraussetzungen nicht rechtzeitig erfüllt, so verlängern sich die Fristen angemessen; dies gilt nicht, wenn der Lieferer die Verzögerung zu vertreten hat.

2. Ist die Nichteinhaltung der Fristen auf höhere Gewalt, z. B. Mobilmachung, Krieg, Aufruhr, oder auf ähnliche Ereignisse, z. B. Streik, Aussperrung, zurückzuführen, verlängern sich die Fristen angemessen.

3. Kommt der Lieferer in Verzug, kann der Besteller - sofern er glaubhaft macht, daß ihm hieraus ein Schaden entstanden ist - eine Entschädigung für jede vollendete Woche des Verzuges von je 0,5 %, insgesamt jedoch höchstens 5 % des Preises für den Teil der Lieferungen verlangen, der wegen des Verzuges nicht in zweckdienlichen Betrieb genommen werden konnte.

4. Sowohl Schadensersatzansprüche des Bestellers wegen Verzögerung der Lieferung als auch Schadensersatzansprüche statt der Leistung, die über die in Nr. 3 genannten Grenzen hinausgehen, sind in allen Fällen verzögerter Lieferung, auch nach Ablauf einer dem Lieferer etwa gesetzten Frist zur Lieferung, ausgeschlossen. Dies gilt nicht, soweit in Fällen des Vorsatzes, der groben Fahrlässigkeit oder wegen der Verletzung des Lebens, des Körpers oder der Gesundheit zwingend gehaftet wird. Vom Vertrag kann der Besteller im Rahmen der gesetzlichen Bestimmungen nur zurücktreten, soweit die Verzögerung der Lieferung vom Lieferer zu vertreten ist. Eine Änderung der Beweislast zum Nachteil des Bestellers ist mit den vorstehenden Regelungen nicht verbunden.

5. Der Besteller ist verpflichtet, auf Verlangen des Lieferers innerhalb einer angemessenen Frist zu erklären, ob er wegen der Verzögerung der Lieferung vom Vertrag zurücktritt oder auf der Lieferung besteht.

6. Werden Versand oder Zustellung auf Wunsch des Bestellers um mehr als einen Monat nach Anzeige der Versandbereitschaft verzögert, kann dem Besteller für jeden angefangenen Monat Lagergeld in Höhe von 0,5 % des Preises der Gegenstände der Lieferungen, höchstens jedoch insgesamt 5 %, berechnet werden. Der Nachweis höherer oder niedrigerer Lagerkosten bleibt den Vertragsparteien unbenommen.

V. Gefahrübergang 1. Die Gefahr geht auch bei frachtfreier Lieferung wie folgt auf den Besteller über: Bei Lieferungen, wenn sie zum Versand gebracht oder abgeholt worden sind. Auf Wunsch und Kosten des Bestellers werden Lieferungen vom Lieferer gegen die üblichen Transportrisiken versichert.

2. Wenn der Versand, die Zustellung, der Beginn, die Durchführung der Aufstellung oder Montage, die Übernahme in eigenen Betrieb oder der Probebetrieb aus vom Besteller zu vertretenden Gründen verzögert wird oder der Besteller aus sonstigen Gründen in Annahmeverzug kommt, so geht die Gefahr auf den Besteller über.

VI. Entgegennahme Der Besteller darf die Entgegennahme von Lieferungen wegen unerheblicher Mängel nicht verweigern. Die Rücklieferung von Waren ist nur in Abstimmung und mit Einverständnis des Lieferers möglich. Anfallende Kosten werden nicht erstattet. Haben wir einer Rücksendung zugestimmt, erfolgt eine Gutschrift nur unter Abzug einer Bearbeitungsgebühr.

VII. Sachmängel Für Sachmängel haftet der Lieferer wie folgt: 1. Alle diejenigen Teile oder Leistungen sind nach Wahl des Lieferers unentgeltlich nachzubessern, neu zu liefern oder neu zu erbringen, die innerhalb der Verjährungsfrist - ohne Rücksicht auf die Betriebsdauer - einen Sachmangel aufweisen, sofern dessen Ursache bereits im Zeitpunkt des Gefahrübergangs vorlag.

2. Sachmängelansprüche verjähren in 12 Monaten. Dies gilt nicht, soweit das Gesetz gemäß §§ 438 Abs. 1 Nr. 2 (Bauwerke und Sachen für Bauwerke), 479 Abs. 1 (Rückgriffsanspruch) und 634a Abs. 1 Nr. 2 (Baumängel) BGB längere Fristen vorschreibt sowie in Fällen der Verletzung des Lebens, des Körpers oder der Gesundheit, bei einer vorsätzlichen oder grob fahrlässigen Pflichtverletzung des Lieferers und bei arglistigem Verschweigen eines Mangels. Die gesetzlichen Regelungen über Ablaufhemmung, Hemmung und Neubeginn der Fristen bleiben unberührt.

3. Der Besteller hat Sachmängel gegenüber dem Lieferer unverzüglich schriftlich zu rügen.

4. Bei Mängelrügen dürfen Zahlungen des Bestellers in einem Umfang zurückgehalten werden, die in einem angemessenen Verhältnis zu den aufgetretenen Sachmängeln stehen. Der Besteller kann Zahlungen nur zurückhalten, wenn eine Mängelrüge geltend gemacht wird, über deren Berechtigung kein Zweifel bestehen kann. Erfolgte die Mängelrüge zu Unrecht, ist der Lieferer berechtigt, die ihm entstandenen Aufwendungen vom Besteller ersetzt zu verlangen.

5. Zunächst ist dem Lieferer Gelegenheit zur Nacherfüllung innerhalb angemessener Frist zu gewähren.

6. Schlägt die Nacherfüllung fehl, kann der Besteller - unbeschadet etwaiger Scha-

densersatzansprüche gemäß Art. X - vom Vertrag zurücktreten oder die Vergütung mindern.

7. Mängelansprüche bestehen nicht bei nur unerheblicher Abweichung von der vereinbarten Beschaffenheit, bei nur unerheblicher Beeinträchtigung der Brauchbarkeit, bei natürlicher Abnutzung oder Schäden, die nach dem Gefahrübergang infolge fehlerhafter oder nachlässiger Behandlung, übermäßiger Beanspruchung, ungeeigneter Betriebsmittel, mangelhafter Bauarbeiten oder die aufgrund besonderer äußerer Einflüsse entstehen, die nach dem Vertrag nicht vorausgesetzt sind, sowie bei nicht reproduzierbaren Softwarefehlern. Werden vom Besteller oder von Dritten unsachgemäß Änderungen oder Instandsetzungsarbeiten vorgenommen, so bestehen für diese und die daraus entstehenden Folgen ebenfalls keine Mängelansprüche.

8. Ansprüche des Bestellers wegen der zum Zweck der Nacherfüllung erforderlichen Aufwendungen, insbesondere Transport-, Wege-, Arbeits- und Material- kosten, sind ausgeschlossen, soweit die Aufwendungen sich erhöhen, weil der Gegenstand der Lieferung nachträglich an einen anderen Ort als die Niederlassung des Bestellers verbracht worden ist, es sei denn, die Verbringung entspricht seinem bestimmungsgemäßen Gebrauch.

9. Rückgriffsansprüche des Bestellers gegen den Lieferer gemäß § 478 BGB (Rückgriff des Unternehmers) bestehen nur insoweit, als der Besteller mit seinem Abnehmer keine über die gesetzlichen Mängelansprüche hinausgehenden Vereinbarungen getroffen hat.

Für den Umfang des Rückgriffsanspruchs des Bestellers gegen den Lieferer gemäß § 478 Abs. 2 BGB gilt ferner Nr. 8 entsprechend.

10. Für Schadensersatzansprüche gilt im Übrigen Art. X (Sonstige Schadensersatzansprüche). Weitergehende oder andere als die in diesem Art. VII geregelten Ansprüche des Bestellers gegen den Lieferer und dessen Erfüllungsgehilfen wegen eines Sachmangels sind ausgeschlossen.

11. Produktbezogene Software gilt nur als sachmängelbehaftet, wenn die zum Zeitpunkt des Verkaufs zugesicherten Funktionen der Liefergegenstände beeinträchtigt sind und der Sachmangel in der Software und nicht in fehlerhaften äußeren Bedingungen begründet ist. Softwareanpassungen im Kundeninteresse oder durch veränderte technische oder inhaltliche Rahmenbedingungen stellen keine Gewährleistungsfälle dar und sind kostenpflichtig.

General

I. Allgemeine Bestimmungen 1. Für den Umfang der Lieferungen oder Leistungen (im Folgenden: Lieferungen) sind die beiderseitigen schriftlichen Erklärungen maßgebend. Allgemeine Geschäftsbedingungen des Bestellers gelten jedoch nur insoweit. als der Lieferer oder Leistende (im Folgenden: Lieferer) ihnen ausdrücklich schriftlich zugestimmt hat.

2. An Kostenvoranschlägen, Zeichnungen und anderen Unterlagen (im Folgenden: Unterlagen) behält sich der Lieferer seine eigentums- und urheberrechtlichen Verwertungsrechte uneingeschränkt vor. Die Unterlagen dürfen nur nach vorheriger Zustimmung des Lieferers Dritten zugänglich gemacht werden und sind, wenn der Auftrag dem Lieferer nicht erteilt wird, diesem auf Verlangen unverzüglich zurückzugeben. Die Sätze 1 und 2 gelten entsprechend für Unterlagen des Bestellers; diese dürfen jedoch solchen Dritten zugänglich gemacht werden, denen der Lieferer zulässigerweise Lieferungen übertragen hat.

3. Teillieferungen sind zulässig, soweit sie dem Besteller zumutbar sind.

4. Der Lieferer behält sich die Einholung von Liquiditäts- und Bonitätsauskünften des Bestellers vor.

9

Allgemeine Liefer- und Zahlungsbedingungen (Auszug)

VIII. Gewerbliche Schutzrechte und Urheberrechte; Rechtsmängel 1. Sofern nicht anders vereinbart, ist der Lieferer verpflichtet, die Lieferung lediglich im Land des Lieferorts frei von gewerblichen Schutzrechten und Urheber- rechten Dritter (im Folgenden: Schutzrechte) zu erbringen. Sofern ein Dritter wegen der Verletzung von Schutz rechten durch vom Lieferer erbrachte, vertragsgemäß genutzte Lieferungen gegen den Besteller berechtigte Ansprüche erhebt, haftet der Lieferer gegenüber dem Besteller innerhalb der in Art. VII Nr. 2 bestimmten Frist wie folgt: a) Der Lieferer wird nach seiner Wahl und auf seine Kosten für die betreffenden Lieferungen entweder ein Nutzungsrecht erwirken, sie so ändern, daß das Schutzrecht nicht verletzt wird, oder austauschen. Ist dies dem Lieferer nicht zu angemessenen Bedingungen möglich, stehen dem Besteller die es gesetzlichen Rücktritts- oder Minderungsrechte zu. b) Die Pflicht des Lieferers zur Leistung von Schadensersatz richtet sich nach Art. X. c) Die vorstehend genannten Verpflichtungen des Lieferers bestehen nur, so- weit der Besteller den Lieferer über die vom Dritten geltend gemachten Ansprüche unverzüglich schriftlich verständigt, eine Verletzung nicht anerkennt und dem Lieferer alle Abwehrmaßnahmen und Vergleichsverhandlungen vorbehalten bleiben. Stellt der Besteller die Nutzung der Lieferung 1- aus Schadensminderungs- oder sonstigen wichtigen Gründen ein, ist er verpflichtet, den Dritten darauf hinzuweisen, daß mit der Nutzungseinstellung kein Anerkenntnis einer Schutzrechtsverletzung verbunden ist.

2. Ansprüche des Bestellers sind ausgeschlossen, soweit er die Schutzrechtsverletzung zu vertreten hat.

3. Ansprüche des Bestellers sind ferner ausgeschlossen, soweit die Schutzrechtsverletzung durch spezielle Vorgaben des Bestellers, durch eine vom Lieferer nicht voraussehbare Anwendung oder dadurch verursacht wird, daß die Lieferung vom Besteller verändert oder zusammen mit nicht vom Lieferer gelieferten Produkten eingesetzt wird.

4. Im Falle von Schutzrechtsverletzungen gelten für die in Nr. 1 a) geregelten Ansprüche des Bestellers im Übrigen die Bestimmungen des Art. VII Nr. 4, 5 und 9 entsprechend.

5. Bei Vorliegen sonstiger Rechtsmängel gelten die Bestimmungen des Art. VII entsprechend.

6. Weitergehende oder andere als die in diesem Art. VIII geregelten Ansprüche des Bestellers gegen den Lieferer und dessen Erfüllungsgehilfen wegen eines Rechtsmangels sind ausgeschlossen.

IX. Unmöglichkeit; Vertragsanpassung 1. Soweit die Lieferung unmöglich ist, ist der Besteller berechtigt, Schadensersatz zu verlangen, es sei denn, daß der Lieferer die Unmöglichkeit nicht zu vertreten hat. Jedoch beschränkt sich der Schadensersatzanspruch des Bestellers auf 10% des Wertes desjenigen Teils der Lieferung, der wegen der In Unmöglichkeit nicht in zweckdienlichen Betrieb genommen werden kann. Diese Beschränkung gilt nicht, soweit in Fällen des Vorsatzes, der groben Fahrlässigkeit oder wegen der Verletzung des Lebens, des Körpers oder der Gesundheit zwingend gehaftet wird; eine Änderung der Beweislast zum Nachteil des Bestellers ist hiermit nicht verbunden. Das Recht des Bestellers zum Rücktritt vom Vertrag bleibt unberührt.

2. Sofern unvorhersehbare Ereignisse im Sinne von Art. IV Nr. 2 die wirtschaftliche Bedeutung oder den Inhalt der Lieferung erheblich verändern oder auf den Betrieb des Lieferers erheblich einwirken, wird der Vertrag unter Beachtung von Treu und Glauben angemessen angepaßt. Soweit dies wirtschaftlich nicht vertretbar ist, steht dem Lieferer das Recht zu, vom Vertrag zurückzutreten. Will er von diesem Rücktrittsrecht Gebrauch machen, so hat er dies nach Erkenntnis der Tragweite des Ereignisses unverzüglich dem Besteller mitzuteilen und zwar auch dann, wenn zunächst mit dem Besteller eine Verlängerung der Lieferzeit vereinbart war.

X. Sonstige Schadensersatzansprüche 1. Schadens- und Aufwendungsersatzansprüche des Bestellers (im Folgenden: Schadensersatzansprüche), gleich aus welchem Rechtsgrund, insbesondere wegen Verletzung von Pflichten aus dem Schuldverhältnis und aus unerlaubter Handlung, sind ausgeschlossen.

2. Dies gilt nicht, soweit zwingend gehaftet wird, z. B. nach dem Produkthaftungsgesetz, in Fällen des Vorsatzes, der groben Fahrlässigkeit, wegen der Verletzung des Lebens, des Körpers oder der Gesundheit, wegen der Verletzung wesentlicher Vertragspflichten. Der Schadensersatzanspruch für die Verletzung wesentlicher Vertragspflichten ist jedoch auf den vertragstypischen, vorhersehbaren Schaden begrenzt, soweit nicht Vorsatz oder grobe Fahrlässigkeit vorliegt oder wegen der Verletzung des Lebens, des Körpers oder der Gesundheit gehaftet wird. Eine Änderung der Beweislast zum Nachteil des Bestellers ist mit den vorstehenden Regelungen nicht verbunden.

3. Soweit dem Besteller nach diesem Art. XI Schadensersatzansprüche zustehen verjähren diese mit Ablauf der für Sachmängelansprüche geltenden Verjährungsfrist gemäß Art. VII Nr. 2. Bei Schadensersatzansprüchen nach dem Produkthaftungsgesetz gelten die gesetzlichen Verjährungsvorschriften.

XI. Altgeräteentsorgung Die Eintragung der Firma BLANKOM Digital erfolgt unter der WEEE Registriernummer DE 48236252.

XII. Gerichtsstand und anwendbares Recht 1. Alleiniger Gerichtsstand ist, wenn der Besteller Kaufmann ist, bei allen aus dem Vertragsverhältnis unmittelbar oder mittelbar sich ergebenden Streitigkeiten der Sitz des Lieferers. Der Lieferer ist jedoch auch berechtigt, am Sitz des Bestellers zu klagen.

2. Für die Rechtsbeziehungen im Zusammenhang mit diesem Vertrag gilt deutsches materielles Recht unter Ausschluß des Übereinkommens der Vereinten Nationen über Verträge über den internationalen Warenkauf (CISG).

XIII. Verbindlichkeit des Vertrages Der Vertrag bleibt auch bei rechtlicher Unwirksamkeit einzelner Bestimmungen in seinen übrigen Teilen verbindlich. Das gilt nicht, wenn das Festhalten an dem Vertrag eine unzumutbare Härte für eine Partei darstellen würde.

Bad Salzdetfurth, den 23.08.2010

BLANKOM Digital

71

Catalog 2010/2011

Professional Headend Solutions

BLANKOM Digital GmbH

TecCenter ∙ 31162 Bad Salzdetfurth/Germany Telefon: +49(0) 50 63/27 11 0 ∙ Fax: +49(0) 50 63/27 11 60 www.blankom-digital.de

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Publisher BLANKOM Digital GmbH TecCenter 31162 Bad Salzdetfurth Phone: +49 (0)5063 2711-21 Fax: +49 (0)5063 2711-60 www.blankom-digital.de info@blankom-digital.de Subject to modifications without notice © 2010 BLANKOM Digital GmbH