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This picture is about FMU-MD08EB.
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This picture is about FMU-MD08EB.
This picture is about FMU-MD08EB.
This picture is about FMU-MD08EB.
This picture is about FMU-MD08EB.
This picture is about FMU-MD08EB.
This picture is about FMU-MD08EB.

8 Channels DWDM Mux Demux, 100GHz C22-C36, with Expansion Port, 4.2dB Typical IL, LC/UPC, Single Fiber, Side-B, FMU Plug-in Module

#50116
#50116

FMU Plug-in Module ITU-T

US$579.00
FS P/N: FMU-MD08EB
FS P/N: FMU-MD08EB
1.1K Sold
14 Reviews
6 Questions
11 in U.S. Warehouse, Get it by 25 Jun, 2024
5 in Global Warehouse, Get it by 01 Jul, 2024
12 in Transit, Get it by 25 Jul, 2024
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Deliver to New York, 10010
Free Shipping via UPS Ground®
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3-Year Warranty

8 Channels DWDM Mux Demux, 100GHz C22-C36, with Expansion Port, 4.2dB Typical IL, LC/UPC, Single Fiber, Side-B, FMU Plug-in Module

The 8CH Mux Demux is a high-density, low loss, and suitable for long-haul transmission passive DWDM device based on TFF (Thin Film Filter). This unit can be used as either a multiplexer or de-multiplexer (mux/demux). In accordance with the ITU-T G.694.1 100GHz grid, it maximizes the capacity of the C-band range.
In conjunction with the FS transponders and amplifiers, etc., this Mux Demux supports a wide range of architectures from simple point-to-point to amplified ring configurations.

Specifications
Wavelength
8 Channels RX-C22~C36, TX-C21~C35
Channel Spacing
100GHz (0.8nm)
Channel Passband
± 0.11nm
Passband Ripple
≤ 0.5dB
Insertion Loss
≤ 4.6dB, 4.2dB Typical
Insertion Loss @ Exp
≤ 4.6dB
Technology
TFF (Thin Film Filter)
Channel Isolation
Adjacent channel ≥ 30dB
Non-adjacent channel ≥ 40dB
Return Loss
≥ 45dB
Directivity
≥ 45dB
Polarization Dependent Loss
≤ 0.3dB
Polarization Mode Dispersion
≤ 0.1ps
Operating Temperature
-40 to 85°C (-40 to 185°F)
Storage Temperature
-40 to 85°C (-40 to 185°F)
Power Handling
≤ 500mW
Dimensions (HxWxD)
1.73"x8.35"x10.04" (44x212x255mm)
Note: Insertion Loss is specified with connectors and adapters.
Quality Certifications
To get the detailed certification, please go to the Product Compliance Status for download.
Features
Diversified Ports for 8 Channels DWDM Mux Demux

The C22-C36 channel port for ITU grid DWDM traffic, EXP port for service expansion.

Expansion without Service Interruption

Expansion port can be used to connect another DWDM MUX DEMUX for wavelength expansion.

Provide Quick Connection and Deployment

The thoughtful structure design fits the user experience, guiding to use of the product conveniently.

Band Labels

Fast and accurate installation.

TX/RX Label

Clearly show that how to link the patch cable.

Duplex Dust Cap

Easy insertion and removal.

Saving the Fiber Resources Needed for WDM Transport

Single fiber solution is more efficient and economical for many applications and scenarios and provides the same performance and throughput.

Mix of Services Multiplexing at Any Rate
Flexible mix of 1G/10G/25G/40G/100G/200G Ethernet, 8G/16G FC, SAN, OTN, SDH/SONET and native video services, it's transparent for any rate, any service multiplexing and upgrade.
Ethernet
SAN
OTN
Video Services
SONET/SDH
Metro & Long Haul DWDM Network for Data Center Interconnect
Mux Demux interconnect seamlessly with transponder, muxponder, amplifier, and third-party WDM products, to form cost-effective high-capacity DWDM tailored solutions.
Service Providers
Data Center Interconnect
Enterprises & Business
Mobile Transport
Dark Fiber Providers
Custom Solution Tailored to Your Needs
Increase Network Capacity
Up to 96 DWDM channels to be connected simultaneously over a dark fiber network
Network Design and Optimization
Includes a bill of materials (BOM) to match the future-proofing network requirements
Staging and Configuration Support
Encompasses building up and testing and configuring throughout the network
Number of channels
8
8
8
8
8
8
Wavelength
RX-C22~C36, TX-C21~C35
C53-C60
RX-C21~C35, TX-C22~C36
C21-C28
C53-C60
C29-C36
Insertion Loss
≤ 4.6dB, 4.2dB Typical
≤ 3.3dB, 3.0dB Typical
≤ 4.6dB, 4.2dB Typical
≤ 3.1dB, 2.4dB Typical
≤ 3.0dB, 2.8dB Typical
≤ 2.8dB, 2.4dB Typical
Channel Spacing
0.8nm
0.8nm
0.8nm
0.8nm
0.8nm
0.8nm
Channel Isolation
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Adjacent ≥ 30dB Non-Adjacent ≥ 40dB
Return Loss
≥ 45dB
≥ 45dB
≥ 45dB
≥ 45dB
≥ 45dB
≥ 45dB
Special Service
Expansion Port
Monitor, Expansion, 1310nm Port
Expansion Port
Monitor, Expansion, 1310nm Port
Expansion Port
Monitor and Expansion Port
Technology
TFF (Thin Film Filter)
TFF (Thin Film Filter)
TFF (Thin Film Filter)
TFF (Thin Film Filter)
TFF (Thin Film Filter)
TFF (Thin Film Filter)
Property
Passive
Passive
Passive
Passive
Passive
Passive
Monitoring Type
OPD/OPM
OPD/OPM
OPD/OPM
Power Handling
≤ 500mW
≤ 500mW
≤ 500mW
≤ 500mW
≤ 500mW
Housing
FMU Plug-in Module
FMU Plug-in Module
FMU Plug-in Module
FHD® Plug-in Module
FMU Plug-in Module
FHD® Plug-in Module
Questions & Answers
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Customer Reviews
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    S***h

    United States

    August 25, 2022
    5.0
    There are two 1G links, that's fully capable of running 10G over it if there was a purpose to do so. Super efficient, this has been a fantastic product. Absolutely would do this exact same scenario again running two 1G or two 10G LACP connections over a DWDM single fiber system.
    Verified Purchase
    Helpful 2
    Comment 0

    P***n

    United States

    December 02, 2019
    5.0
    I planned to deploy a 10G DWDM link with passive devices. According to my needs, I made a product list for this link on my own but didn’t know if they were right. So I consulted my account manager to confirm. They helped me revise my solution and pointed out the problem of that original solution. Their advice was very professional and constructive, which helped me avoid unnecessary trouble and additional cost.
    Verified Purchase
    Helpful 18
    Comment 0

    A***e

    Colombia

    November 30, 2019
    5.0
    I had a 17km link. I want to apply your 8-channel DWDM MUX on Site A, and using the same MUX on Site B. However, I was not sure about the attenuation, and I was afraid that this would damage our transceivers as I have other links. Then I consulted with the Account Manager, she advised me to deploy #50117 on Site A and #50116 on Site B, and helped me to calculate the expected attenuation. You do have a professional team that solves our problems effectively.
    Verified Purchase
    Helpful 22
    Comment 0
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