LYNXTechnik yellobrik CQS 1441 Quick Reference

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Reference

Technical Specications

SDI Input

SDI Outputs

Power

We are constantly adding more yellobrik modules.

Please visit our website for the latest product updates.

4x multi-rate SDI inputs; 75 Ohm BNC connector 1x SFP connector

SMPTE 424M, SMPTE 292M, SMPTE 259M, SMPTE 2081, SMPTE 2082

Multi-standard operation from 270Mbit/s to 12Gbit/s; reclocking

Input present LED indication

Electrical Return Loss: >15dB from 5MHz to 1.5GHz, >10dB from

1.5GHz to 3GHz, >7dB from 3GHz to 6GHz; >4dB from 6GHz to 12GHz

Automatic cable EQ
140m @ 3Gbit/s (Belden 1694A), 80m @ 6Gbit/s,
80m @ 12Gbit/s (Belden 4794R cable)

5x multi-rate SDI outputs; 75 Ohm BNC connectors

2x 12Gbit/s SDI output; 75 Ohm BNC connector

1x 12Gbit/s SDI output; SFP connector

SMPTE 292M, SMPTE 424M, SMPTE 2081, SMPTE 2082

Electrical Return Loss: >10dB from 1.5GHz to 3GHz, >7dB from 3GHz
to 6GHz, >4dB from 6GHz to 12GHz

Alignment Jitter: < 0.2 UI @ 1.5Gbit/s, < 0.3 UI @3Gbit/s, 6Gbit/s,
12Gbit/s

Timing Jitter: < 1.0 UI @1.5Gbit/s, < 2.0 UI @3Gbit/s, 6Gbit/s, 12Gbit/s

+12VDC @ 6.79W nominal - (supports 7 - 24VDC input range)

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Technik

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CQS 1441

Bi-directional Single-Link to Quad-Link Converter

SDI Input

Present LEDs

SDI 1 Loop out

12G SDI SFP Fiber

WARNING

CLASS 1 LASER PRODUCT

SDI In 1

12V DC Power

Input & Out put

Input & LEDs

+12V d.c.

Connector inner pin: +12V d.c.
Connector outer pin: 0V

A Class 1 laser is safe under all conditions of normal use. This means the maxi­mum permissible exposure (MPE) cannot be exceeded when viewing a laser
with the naked eye or with the aid of typical magnifying optics (e.g. telescope or
microscope). An unsafe power level may be collected by a magnifying optic with
larger aperture.

The optical port should be terminated with an optical connector or a dust plug.

0V

USB Connection

(for yelloGUI control & updates

SDI Out 1

SDI In / Out 2 - 4

(congzred automatically)

Connections

All connections are clearly indicated on the module.
Bi-directional ports can be congured in the yelloGUI (see below).

Operation Modes

Following 2-SI (two sample-interleaved) conversion modes are available:

• 12G Single Link > 4 x 3G Quad Link

• 4 x 3G Quad Link > 12G Single Link

• 6G Single Link > 4 x 1.5G Quad Link

• 4 x 1.5G Quad Link > 6G Single Link

Conversion Mode settings can be changed in the yelloGUI:
www.lynx-technik.com > support > download area > yelloGUI

Power / Prog Setting LED
Green = Power OK and no internal programmed settings are present
Yellow = Power OK and internal programmed settings are present

Power

The module requires a 12V DC power input and the LED conrms when
power is connected. A power supply is provided, however if you use
your own power supply, please provide a clean 12V DC power source
between 7 and 24VDC.

Power Lead Strain Relief

The module (dierent module shown here) has a small hole in the case
which is located above the power connection. This prevents the power
lead being accidentally pulled out. Use the supplied tie-wrap and
secure the lead as shown below.

Optional Mounting Solutions

The optional RFR 1001 mounting bracket can be used to permanently
mount the module on any surface or on 19” rack rails.

Optical Interface

The optical port (SFP slot) is for use with a 12Gbit/s SFP.
Please only use the SFP provided by LYNX Technik AG: OH-TR-12-LC

RFR 1000-1 rack mount

In order to mount the CQS1441 in a RFR 1000-1, please remove the bar
between two rack frame slots and the black plug from the hole right
beside the power connection of the CQS1441.

Do not obstruct ventilation holes of the CQS 1441
when using the mounting bracket.

The mounting bracket is for use in standard 19“
mounting cabinets. Please use screws supplied
with the 19“ cabinets.

The optional RFR 1000-1 rack mount can be used to permanently
mount up to 14 yellobrik modules. In addition, the RFR 1000-1 can
provide full power redundancy for all mounted yellobriks.