Gaussion AWG 80CH DWDM module
- Description: GEZHI 96ch AAWG Mux Demux is a scalable, high density and standalone passive optical module that perfectly suited to SONET / SDH , transport PDH, ETHERNET services in access and optical metro edge networks.
Gaussion AAWG Mux / Demux module 1x80CH DWDM module
GEZHI Gaussion AAWG mux / demux based on silica on silicon technology, is designed for ITU channel spacing applications where no electrical power is required. This AAWG DWDM Module operates at 50GHz spacing ITU Grid DWDM wavelengths total 80 channels. The low cost and high performance make it the ideal solution for metro and long-haul DWDM applications. The 96CH 50Ghz AAWG DWDM can be used to replace the traditional TFF (thin film filter) DWDM products for cases where no power is available.
High Channel Isolation
High Stability and reliability
Wide pass band
Low Insertion Loss
Innovative craftsmanship for maximum performance with high degree of protection
High Capacity For Data-hungry Applications
Based on a-athermal AWG technology with Gaussian shaped pass bands
|Output Channel||96||80, 96 channels available|
|I.L||7||dB||Worst case in ITU passband|
|Ripple||0.7||dB||Loss variation in ITU passband|
|PDL||0.5||dB||Max. value in ITU passband|
|Adjacent Crosstalk||22||dB||Worst case in ITU passband|
|Non-Adjacent Crosstalk||27||dB||Worst case in ITU passband|
|Total Crosstalk||20||dB||Cumulative crosstalk of all other channels|
|Maximum Continuous Optical Power||250||mW||Maximum input optical power|
Compared with the traditional TFF technology, GEZHI AAWG DWDM Module has the following irreplaceable and obvious advantages:
AAWG DWDM has thermal stability and improved ITU-Grid accuracy that ITU-G694.1 requires for with wider transmission bandwidth, thus it can be applied to high-end areas such as long-haul/Metro DWDM optical communication system.
Better PMD feature (< 0.5 ps) enables it to meet the requirements of the 40G/100G DWDM transmission system and the PMD tolerance of the high speed system.
AAWG does not need external circuit control. As a pure passive product, it can use self-compensation technology to do self-adaptation control for external temperature.