The NVIDIA InfiniBand MC2210511-LR4 Compatible QSFP+ Optical Transceiver is an InfiniBand 40Gb/s QSFP+, LR4 single-mode multiplexed transceiver using a single, 4-channel LC duplex optical connector. The Multiplexed single-mode, far reach 4-channel (LR4) uses 10G-NRZ modulation and has a maximum fiber reach of 10km using OS2 single-mode fibers. It is qualified for use in InfiniBand FDR10 end-to-end systems.
It is the ideal solution for supercomputing, seamlessly integrating into computing and storage infrastructure to ensure efficient high-performance interconnectivity. Used in SB7800/SB7890 switches and ConnectX-5 adapters.
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NVIDIA InfiniBand MC2210511-LR4 Compatible QSFP+ 40G LR4 1310nm 10km DOM Duplex LC/UPC SMF FDR10 Optical Transceiver Module for SB7800/7890 Switches and ConnectX-5 HCA (Industrial)
#162491
#162491
US$369.00
FS P/N: QSFP-LR4-40G-IFS P/N: QSFP-LR4-40G-I
90 Solds
6 Reviews
1 Question
Transceiver Models:
Pre-order, Ship by 29 Oct, 2024
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Deliver to New York, 10010
Free Shipping via Fedex International Priority
5-Year Warranty
30-Day Returns
30-Day Exchange
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NVIDIA InfiniBand MC2210511-LR4 Compatible QSFP+ 40G LR4 FDR10 Optical Transceiver (SMF, 1310nm, 10km, Duplex LC/UPC, Industrial, DOM)
Specifications
NVIDIA InfiniBand Compatible
MC2210511-LR4
Vendor Name
FS
Form Factor
QSFP+
Max Data Rate
41.25Gbps (4×10.3125Gbps)
Wavelength
1310nm
Max Cable Distance
10km
Connector
Duplex LC UPC
Media
SMF
Transmitter Type
DFB CWDM
Receiver Type
PIN
TX Power
-7~2.3dBm
Receiver Sensitivity
<-11.5dBm
Power Budget
6.7dB
Receiver Overload
2.3dBm
Power Consumption
≤2.5W
Extinction Ratio
>3.5dB
Modulation Format
NRZ
Protocols
IEEE 802.3ba, IEEE 802.3bm, SFF-8436, S
FF-8636, SFF-8679
FF-8636, SFF-8679
Industrial Temperature Range
-40 to 85°C (-40 to 185°F)
Application
InfiniBand FDR10
InfiniBand Product Family
InfiniBand Product Family
Boost HPC with FS InfiniBand Solution Learn More
Quality Certifications
To get the detailed certification, please go to the Compliance Center.
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Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.
Connectivity Solutions
Features
Low Power Consumption for Energy-saving
Built-in Macom Chip enables 40G stable transmission and low power consumption, saving energy and reducing heat dissipation.
Macom Chip
Stable Transmission
≤2.5W
Lower Power Consumption
40Gbps
High-performance
Comprehensive Testing Increases Reliability
Qualified through a rigorous process with advanced equipments to ensure you get the high quality and reliable optics.
Optical Spectrum Test
No Packet Loss & CRC
Eye Pattern Test
Mask Margin >
20%
Bit Error Rate Test
BER 1E-12
Temperature Test
-40~85°C
Center Wavelength | 1310nm | 1310nm | 850nm | 850nm |
Connector | Duplex LC/UPC | Duplex LC/UPC | MPO-12/UPC | MPO-12/UPC |
Cable Distance(Max.) | 10km | 10km | 100m@OM3 150m@OM4 | 300m@OM3 400m@OM4 |
Modulation | 4×10.3125G NRZ | 4×10.3125G NRZ | 4×10.3125G NRZ | 4×10.3125G NRZ |
Transmitter Type | DFB CWDM | DFB CWDM | VCSEL | VCSEL |
Chip | Macom Chip | Semtech Chip | Macom Chip | Macom Chip |
Power Consumption | ≤2.5W | ≤3.5W | ≤1.5W | ≤1.5W |
Temperature Range | -40 to 85°C (-40 to 185°F) | 0 to 70°C (32 to 158°F) | 0 to 70°C (32 to 158°F) | 0 to 70°C (32 to 158°F) |
Application | InfiniBand 40G to 40G | InfiniBand 40G to 40G | InfiniBand 40G to 40G | InfiniBand 40G to 40G |
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A***s
Australia
October 03, 2023
It's incredibly fast and reliable, and has greatly improved the speed and efficiency of our network. Without a doubt, I wholeheartedly recommend this outstanding product to anyone.
Verified Purchase
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Comment 0H***t
United States
September 06, 2023
There is not much to say about these. They are exactly as ordered. They took an extra few days to get here but they eventually did. So far they work great.
Verified Purchase
Helpful 0
Comment 0A***o
United States
April 08, 2023
I wanted to let you know how happy I am with your products!! I’ve successfully set up my new modules, and I’m up and running at the fastest speeds I’ve ever had!
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