NVIDIA OSFP transceiver module - 400GbE - MPO-12/APC single-mode - up to 100 m - 1310 nm

NVIDIA OSFP Transceiver Module - 400GbE - MPO-12/APC Single-Mode - up to 100m max reach - 1310nm EML Single Mode Laser

Built to deliver exceptional speed, reliability, and efficiency for modern data centre and cloud networking environments, NVIDIA 980-9I31N-00NM00 UK is a high-performance 400 GbE OSFP optical transceiver module, allowing users to meet the needs of next-generation infrastructure with support for fast and low-latency connections across single-mode fibre (SMF) links. 

Key Specifications of NVIDIA 400G DR4 single-mode module: 

• Ib And Eth Support

• 400g Dr4 Single Mode Transceiver

• 4-channels Of 100g-pam4 Electrical And Optical Modulation

• Osfp Connector Shell

• 1310nm EML Single-Mode Laser

• Single Mpo-12/apc Optical Connector

• 100m Max Reach

• 9w Max (4-channels)

• 5w Max (2-channels)

• Single 3.3v Power Supply

• Class 1 Laser Safety

• Hot Pluggable, RoHS Compliant

• Adaptive Tx Input Equalizer

• Osfpmsa.org Compliant

• Cmis 4.0 Compliant

• Case Temperature Range of 0 °C to +70°c

Here is an in-depth description of this NVIDIA 400GbE OSFP transceiver in the UK.

High-Speed Connectivity:

It comes with support for a 400 Gbps data rate, delivering ultra-fast data transfer and high-density networking environments.

Single-Mode Fibre (SMF):

This is an MPO-12/APC single-mode transceiver that is optimized for the MPO-12/APC connector type, making it suitable for reliable long-distance transmission with minimal signal loss. Furthermore, it can provide a transmission distance of up to 100 m over single-mode fiber. 

OSFP Form Factor:

NVIDIA OSFP MPO-12/APC comes with an OSFP form factor, featuring a compact and efficient design that is compatible with OSFP ports on NVIDIA and other enterprise-grade networking equipment. 

Plug-and-Play Design:

This is a 400GBASE-DR4 OSFP transceiver that features a hot-swappable design, simplifying deployment, upgrades, and maintenance in active network environments.