MCP7Y10-N02A

Description
Passive Copper Splitter Cable, IB twin port NDR 800Gb/s to 2x400Gb/s, OSFP to 2xQSFP112,2.5m
Cable Characteristic
Splitter Cable
Form Factor
OSFP to 2xQSFP112
Cable Type
Copper
Product Image

Quantity

Need this part?
Let us do the sourcing. Even if it's not available now, our team can track it down and tailor a solution just for you.
Fusion-Tested. Quality Guaranteed.
  • Max Data Rate: 800GbE
  • Form Factor: OSFP to 2xQSFP112
  • Wire AWG: 26AWG
  • Min Bend Radius: 89mm
  • Min Operating Temperature: 0°C
  • Max Operating Temperature: 70°C

The NVIDIA Passive Copper Splitter Cable is designed to deliver exceptional performance for high-speed data transmission. With a length of 2.5m, this cable efficiently splits a single 800Gb/s connection into two 400Gb/s connections, making it ideal for data centers and high-performance computing environments. The cable features a robust construction with a low smoke zero halogen jacket, ensuring safety and reliability in various applications. Its compatibility with InfiniBand NDR protocols makes it a versatile choice for modern networking needs.

This cable is designed for high-speed data transmission, allowing one OSFP port to split into two QSFP112 ports for enhanced connectivity. It is commonly used in data centers and networking environments for connecting multiple devices while supporting a maximum data rate of 800GbE. Ideal for network engineers and IT professionals, this splitter cable is crucial for optimizing bandwidth and managing complex network setups.

Fusion’s in-house quality hubs and Prosemi testing facility are fully certified to meet critical industry standards for electronic component inspection and testing.

AS6081
AS9120B
ISO 9001
QMS STD 9090

Quantity

Need this part?
Let us do the sourcing. Even if it's not available now, our team can track it down and tailor a solution just for you.
Fusion-Tested. Quality Guaranteed.
See something worth saving? Create an account to track this part and get alerts on price and availability updates.
The Latest Insights

The Latest Insights