Product details

General Information
Manufacturer

NVIDIA Corporation

Manufacturer Part Number

MCP7Y50-N001

Brand Name

NVIDIA

Product Name

HPE InfiniBand NDR200 OSFP to 4xOSFP 1m Splitter Direct Attach Copper Cable

Product Type

Network Cable

Technical Information
Cable Type

InfiniBand

Cable Characteristic

Splitter Cable

Cable Length

3.28 ft

Connector Type on First End

OSFP Network

Connector Type on Second End

OSFP Network

Connector on Second End Details

4 x OSFP Network

Device Supported

Network Device

Data Transfer Rate

800 Gbit/s

Features

HDR Support
Passive

Physical Characteristics
Product Material

Copper

Material Details

Copper - Cable

Included in the Box

  • icon_list|infiniband cable|InfiniBand Cable Network cable icon

    InfiniBand Cable

FAQs

What is the data transfer rate of the NVIDIA MCP7Y50-N001 InfiniBand cable?
The NVIDIA MCP7Y50-N001 InfiniBand cable supports an impressive data transfer rate of 800 Gbit/s, making it ideal for high-performance networking applications. This NDR200 (Next-Generation Data Rate) capability ensures extremely fast and efficient data transmission for demanding enterprise and data center environments.
What are the connector types on this InfiniBand cable?
This is a splitter cable with one OSFP Network connector on the first end that splits into 4 OSFP Network connectors on the second end (4xOSFP). This configuration allows for flexible connectivity options by enabling one high-speed port to be split into four separate connections while maintaining high-performance capabilities.
What is the length of this NVIDIA InfiniBand cable?
The cable length is 1 meter (3.28 feet). This length is ideal for short-range connections within rack environments or between nearby network devices, offering the perfect balance between performance and practical deployment in data center settings.
Is this an active or passive cable?
This is a passive cable, which means it doesn't require any additional power source or active components to function. The passive design makes it more reliable, cost-effective, and easier to install while still maintaining the high-speed 800 Gbit/s data transfer rate.
What type of material is used in this cable's construction?
The cable is constructed using copper material. Copper construction provides excellent signal integrity and reliability for high-speed data transmission, while also offering durability and cost-effectiveness compared to other materials.

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