LCMX-8-LB2745-LU

8Ch Lower Band CWDM Mux 1271-1451nm, duplex traffic 2 fibers - LCMX-8-LB2745-LU

Lightem 8Ch Lower Band CWDM Mux is designed to multiplex 8Ch CWDM 1271-1451nm (skip 1391 & 1411nm)into two fibers. It is designed to use with LCMX-8-LB2943 muxes for CWDM upgrade through the existing traffic, but without any interruption of existing services. It is packaged in a L3 module (Other package is available upon request); with our 19″ 1U chassis (P/N: L19-3L3), a 1U rack space can accomodate up to 3 modules. Together with our CWDM Transceiver, the bandwidth of the fiber can be utilized in a cost effective way.
Features

  • Coarse WDM ITUT G.6924
  • 1271-1451nm (skip 1391 & 1411nm)
  • Based on thin film optics with epoxy free optical path
  • Protocol transparent, support 1G, 10G, 100G etc
  • Package in L3 modules with 18x LC ports
  • 19″ 1U Rackmount system supporting Max 3x L3 Modules
  • Custom designed with optional features

 

Specifications
Parameters Values
Insertion loss
Max: 2.7 Typ: 2.5 dB
Mux+Demux IL
Max: 3.4 Typ: 3.2 dB
Center Wavelength
1271-1451nm (skip 1391 & 1411nm) or custom
Channel Spacing
20 nm
Channel Flatness
< 0.4 dB
Channel Bandwidth
+/- 6.5 nm
Channel Uniformity
< 1.0 dB
Adjacent channel isolation
> 30 dB
Non adjacent channel isolation
> 40 dB
Directivity
> 55 dB
Return Loss
> 50 dB
PDL
< 0.15 dB
PMD
< 0.1 ps
Wavelength thermal stability
< 0.003 nm/°C
Insertion Loss thermal stability
< 0.005 nm/°C
Power Handling
< 500
Operating temperature
0 ~ +70 °C
Storage temperature
-40 ~ +85°C
Packaging
L3 Module
Dimension
29 x 130 x 160 mm

Related Products

© 2023 LIGHTEM® Group All rights reserved

Site Map

All the information contained in this website is provided for general information and reference purposes only, Lightem Systems Limited does not warrant or represent that the information provided in this website is complete and accurate, nor that the information is up to date. Lightem Systems Limited assumes no responsibility for the information contained in this website and disclaims any or all liability in respect of such information.

Contact Us