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40ch C21-C60 Dual Fibre DWDM Mux Demux, AAWG, with 1310nm Port and Monitor Port
40 Channels DWDM Mux Demux is a high density, low loss and standalone passive DWDM equipment for high-capacity terminal DWDM solutions that allows multiplexing of up to 40 wavelengths to a fibre pair. DWDM multiplexer is based on a-thermal AWG technology with Gaussian shaped pass bands. The unit contains two pieces of forty-channel DWDM 100GHz multiplexers (one mux, one demux) with monitor port, and 1310nm port for 1G/10G/40G/100G “grey” light.
Product Details
Wavelength
40 channels C21-C60
Channel Spacing
100GHz (0.8nm)
1310nm Port Pass Band Width
1260nm~1360nm
Insertion Loss
≤ 5.0dB, 3.5dB typical (with connectors and adapters)
Center Wavelength Accuracy
±0.05nm
Channel Passband
±0.11nm
Insertion Loss @ 1% Mon
≤ 26dB (with connectors and adapters)
Insertion Loss @ 1310 port
≤ 1.5dB (with connectors and adapters)
Technology
AAWG (Gaussian)
Return Loss
≥ 45dB
Adjacent channel Isolation
≥ 25dB
Non-adjacent channel Isolation
≥ 40dB
Directivity
≥ 50dB
Polarization Dependent Loss
≤ 0.3dB
Polarization Mode Dispersion
≤ 0.1ps
Dimensions (HxWxD)
1.73"x19"x10.28" (44x481.8x261.2mm)
Operating Temperature
-5°C~+65°C
Storage Temperature
-40°C~+85°C
Product Spotlight
Low Insertion Loss ≤ 4.5dB, 3.0dB Typical
Advanced AAWG Gaussian Technology
Completely Passive, No Latency
1310nm Port for 40G/100G Business
Monitor Port for Easy Troubleshooting
Operating Temperature -5°C~ +65°C
Product Tree
40km Transmission can be Accomplished without Any Additional Device
Built-in Mux and Demux in one unit, working on two network fibers
Completely passive, no power& no cooling required
Fully compatible with all ITU-T DWDM optics
3.5dB IL - Advanced AAWG Gaussian Monolithic Technology
Adopting high quality AAWG Gaussian technology, this DWDM Mux provide low insertion loss, excellent channel isolation, ease of fiber handling, and long-term reliability in a compact package, which is the ideal devices for systems requiring high channel counts, superior performance and low cost.
Special Service
Monitor/1310nm port for external functions.
Monitor Port for Easy Troubleshooting without Affecting Traffic
Two different links for monitoring can be provided. Usually at a split of 1% (2%, 3%, 5% also available).
Simple to Test and Maintenance
Taking just several seconds to complete all loss or power measurements and easy to interpret test results with minimal navigation. Fiber Optic Cleaning is an essential accessory to maintain and guarantee good quality of fiber optic connection.
FOPM-101 Handheld Optical Power Metre(-70~+6dBm) with 2.5mm FC/SC/ST Connector
40 Channels C21-C60, with 1310nm Port and Monitor Port, LC/UPC, Dual Fibre DWDM Mux Demux, FMU 1U Rack Mount
A$2,460.00
Tips
• DWDM is an optical multiplexing technology used to increase bandwidth over existing fiber networks.
• When it is not in use, please always capped with a clean dust cap, and always keep adapter ports and fiber connectors clean.
• Attached sticker describes the specifications of MUX, which improves deployment flexibility for your WDM system.
• FS always focus on design, R&D, innovation to provide you optimal products. Welcome to contact tech@fs.com or sales@fs.com.
Quality Certification
This product is in conformity with ISO9001. This system is valid to a company engaging in development, production and supply service of fiber optical products. Please contact us to learn more.
This product is free of lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls and phthalates. Please contact us to learn more.
REACH is a regulation of the European Union, adopted to improve the protection of human health and the environment through the better and earlier identification of the intrinsic properties of chemical substances. Please contact us to learn more.
This product was produced under the requirements of CE to indicate conformity with the essential health and safety. Please contact us to learn more.
This product fully accords with the FCC, which aims to manage the radio wave and magnetic fields more reasonably. Please contact us to learn more.
Optical Performance
Number of Channels
40CH
ITU channel
C21-C60
Operating Wavelength
1520-1570nm
Centre Wavelength Accuracy
±0.05nm
Clear Channel Passband
±0.11nm
1310nm Port Pass Band Width
1260nm~1360nm
Channel Spacing
100GHz (0.8nm)
-1 dB Channel Bandwidth
≥ 0.24nm
-3 dB Channel Bandwidth
≥ 0.43nm
Insertion Loss (passband)
≤ 5.0dB, 3.5dB typical (with connectors and adapters)
Insertion Loss (1% Mon)
≤ 26dB (with connectors and adapters)
Insertion Loss (1310 port)
≤ 1.5dB (with connectors and adapters)
Adjacent Channel Isolation
≥ 25dB
Non-adjacent Channel Isolation
≥ 29dB
Technology
AAWG (Gaussian)
Insertion Loss Uniformity
≤ 1.5dB
Return Loss
≥ 40dB
Polarization Dependent Loss (PDL)
≤ 0.3dB
Directivity
≥ 40dB
Polarization Mode Dispersion (PMD)
≤ 0.1ps
General Specifications
Operating Temperature
-5°C~ +65°C
Storage Temperature
-40°C~+85°C
Power Handing
≤ 300mW
Fibre Type
G657 A
Compliance
CE, FCC, ISO, RoHS
Connector Type
LC/UPC Connector
Warranty
1 year warranty with 24/7/365 free technical support
Mechanical
Dimensions (H x W x D)
1.73"×19"×10.28" (44×481.8±0.2×261.2mm)
Mounting
FMU 1U Rack Mount
Features:
• Multiplexing of 40 channels on fibre pair
• Low insertion loss
• 1U 19'' low profile modular design
• LC/UPC duplex connectors
• 1% monitor port for Tx and Rx, ensures easy troubleshooting without downtime
• 1310nm port allows the overlaid on an existing legacy 1310nm network such
• As 1000Base SFP LX, 10G SFP+ LR, 40G QSFP+ LR4 and 100G CFP LR4
• Compliant to ITU G.694.1, 100GHz ITU gird, 0.8 nm spacing
• Based on a- athermal AWG technology with Gaussian shaped pass bands
• Passive, no electricity needed (MTBF ca. 500 years)
Yes, it can be used, 50Ghz DWDM SFP wavelength range is ±0.05nm, while 100Ghz DWDM MUX/DEMUX channel bandwidth is ±0.1nm, 50Ghz channel bandwidth is less than 100Ghz, there is no transmission interference. By FS on 04/11/2019
No, this Mux cannot transmit multiple100G DWDM directly, but it can transmit single 40/100G by using the 1310 port. If you want to transmit multiple 100G businesses, here suggest you use the CFP SR10 to divide into 10xSR through MTP-LC Harness Cables or use a 100G BO module via MTP-LC Harness Cables, then using an OEO to convert it into DWDM signal. By FS on 17/04/2019
Sorry, the visio stencil couldn't download on FS website, but we have forwarded your message to your account manager, she will send the vision stencil to you by email. By FS on 25/03/2019
Yes, the passband insertion loss of one mux is about 4.5dB, so the passband insertion loss of two mux is 9.0dB. Similarly, 1310 port insertion loss of one mux is 1.5dB, therefore when two mux taking an existing 1310 link, the insertion loss of 1310 port is 3.0dB. But the total insertion loss depends on your specific link. By FS on 25/03/2019
Yes, of course you also can run a 40GBASE-ER4 signal into the 1310nm port, because the 1310nm Port Pass Band Width is 1260nm~1360nm, you can refer to Product Details for more parameter details. By FS on 08/11/2018
Thanks for your question, the #35887 can be used together with the AIU. No, our AIU card can monitor the on-off of the link, and can only monitor the combined wavelength power by connecting to the Mon port of MUX. More details please check this link: https://www.fs.com/products/70941.html. By FS on 08/10/2018
Glad to receive your question, the mux monitor port is used to connect monitoring equipment. The specific monitor function is determined by your monitoring equipment. For example, if your device monitor the wavelength, the monitor port will monitor the wavelength. Any further question, please kindly contact with sales@fs.com By FS on 10/08/2018
The split ratio of the monitor port is 1% by default, but we can also offer the split ratio with 5%, this is the customized mux for your reference: https://www.fs.com/products/70411.html By FS on 14/07/2018
Our tech. expressed that the ISL function should don't have big influence on MUX/DEMUX. Only it's DWDM wavelength then can match with MUX/DEMUX, no matter what business type or content. By FS on 10/10/2017
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.
I had bought two FMU-C182761M in FS for my site to site dark fiber network before, the products work well. This time I planned to insert an add/drop module in the middle of the network. According to my current network, my account manager suggested me to use the dual fiber cwdm oadm matching with this rack chassis. Having used a while, this fmu chassis is indeed useful for saving rack space and managing modules.
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.
I've bought some transceivers here before, high performance and no compatibility issues. So I placed my order for some DWDM SFP+ transceivers, DWDM MUX/DEMUXes this time without hesitation. In order to expand our network, we deploy this 40 channel DWDM MUX/DEMUX system to achieve 400G in our data center. FYI, the distance is roughly 40 km, and we don't need to add additional devices. Fiber-saving and cost-saving, perfectly meet the infrastructure requirements of our network. I've recommended FS to my friends in the IT field already. I believe words will spread through them as well.
They have always been very knowledgeable and professional. All is good!
This time we needed to connect three sites and every two sites were more than 20km apart. They initially suggested a cost-saving DWDM ring topology for our needs. We further made it clear that each site should not be influenced by the shutdown or brokedown of other sites, and we had plans to expand to 40ch networks in the future. They considerately changed their solution by designing three point-to-point 40ch DWDM networks for our three sites, which were proved to fit our needs. According to their solutions and suggestions, we bought three sets of 40 channels C21-C60 DWDM mux/demuxes and FMT platforms with EDFA/OLP/converter pluggable modules. We also ordered Cisco compatible DWDM transceivers, fiber patch cables, fiber optic attenuators, and fiber patch panels for use in these DWDM networks. We were glad to buy all these products from one supplier in minutes rather than spending much time inquiring several vendors. Packages came without any damages and all products were brand new. Thanks to their detailed network architecture diagram, we smoothly deployed the products and networks. They all ran well so far.
I was deploying a DWDM network and needed a few rack mount 40ch muxes. I found there are two types of 40ch muxes in FS. One is with flat top aawg technology and the other is with gaussian aawg technology. I had no idea about what are their differences and which type to choose. I consulted their account manager, they gave me a detailed explanation of these two types and provided me some useful suggestions based on my network diagram. Their service is awesome!
I want to transport 1 channel 40G 30km business while other channels transfer 10G 100km business. FS technicians recommended me this MUX and designed a suitable solution for me. Now it has worked for a few days just as expected, great value
