Can 40CH Dual Fiber DWDM Athermal AWG MUX DEMUX Equipment 19"​ Rack Mount type meet your requirement?

HTFuture 40CH Dual Fiber DWDM Athermal AWG MUX DEMUX Equipment 19" Rack Mount

The HT6000-AAWG402 from HTF is a combined passive forty-channel 100GHz DWDM multiplexer and de-multiplexer (MUX & DEMUX) in a single 1U solution. It may be used in pairs or in combination with any other vendor's ITU grid-compliant DWDM MUX DEMUX.

The HT6000-AAWG402 is ideal for increasing the fiber capacity between two sites without the need for installing or leasing additional fibers.

The HT6000-AWG402 may be used as a standalone tabletop device or mounted in 1-unit space of a 19” data rack.The HT6000-AWG402 front panel features dual LC (DLC) fiber connectors for the 40CH DWDM channels as well as a DLC fiber port pair for the multiplexed DWDM trunk link. It can achieve bi-directional 40CH multiplexing and demultiplexing.

The complete passive solution requires no power cabling and no configuration; it is a true plug and play solution.

Features

(1) 40 Channel 100 GHz DWDM combined Multiplexer and Demultiplexer (MUX & DEMUX)
(2) Standalone compact form factor-1U, Installation friendly
(3) Plug'n play: requires no configuration
(4) Green product: completely passive, needs no power and no cooling
(5) Low Low insertion loss, insertion loss ≤6dB, typ 4.5dB 
(6) Uniform insertion loss variation over the 40-channels - less than 1dB (typical 0.6dB)per MUX or DEMUX
(7) High channel isolation:adjacent isolation ≥25dB; non-adjacent isolation ≥30dB
(8) 1% monitor port for MUX and DEMUX , Online monitoring 40ch performance
(9) Compatible with 100GHz ITU Grid DWDM active transponders and transceivers from Htfuture and other third parties
(10) High reliability, MTBF of 100 years
(11) Designed for Telcordia / Bellcore GR-120

Applications

(1) DWDM transmission 
(2) Metro and long-haul networks 
(3) Point-to-point DWDM fiber optimization
(4) Linear add/drop DWDM fiber optimization

Specifications

Parameters	Notes	Specifications
		Min	Max
Channels	40CH
Channel Spacing	100CH
Reference Pass-band	Relative to ITU Grid	± 0.1nm
ITU Frequency	On ITU grid in C-band	196.0THz	192.1THz
ITU Wavelength	On ITU grid in C-band	1530.33nm	1561.42nm
Center Frequency Accuracy	Maximum of the absolute deviation of the 3 dB center wavelength from ITU grid over all channels	-0.05nm	+0.05nm
Insertion Loss	Maximum of the insertion loss across the ITU pass-band over all channels		6.0dB
Insertion Loss Uniformity	Maximum insertion loss variance across all channels		1.0dB
Ripple	Maximum of the loss variance across the ITU pass-band over all channels		0.75dB
1dB Bandwidth	1dB from min Insertion Loss, full width, average polarization	0.36nm
3dB Bandwidth	3 dB from min Insertion Loss, full width, average polarization	0.51nm
Adjacent Channel Isolation	Ratio of peak transmission to the maximum transmission over both adjacent pass-bands	25dB
Non-Adjacent Channel Isolation	Ratio of peak transmission in channel pass-bands to maximum transmission over all non-adjacent pass-bands	30dB
Total Crosstalk	Ratio of power in channel to power in all other pass-bands	21dB
Polarization Dependent Loss	Maximum ratio of transmissions over all polarization states, over the ITU pass-band		0.5dB
Return Loss		40dB
Polarization Mode Delay (PMD)	In Reference Passband over all channels		0.5ps
Chromatic Dispersion	In Reference Passband over all channels	-20ps/nm	20ps/nm