Connections
All connections are clearly indicated on the module.
Bi-directional ports can be configured 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 confirms 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.
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
Power Lead Strain Relief
The module (different 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.
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.
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.
