nVidia 980-9I620-00C001. Cable Ethernet 100GbE. QSFP28 a QSFP28. 1m.

Pn. 980-9I620-00C001Ean. 7290108482638
nVidia
CAI980-9I620-00C001_00001.jpeg
  • Passive DAC cable for 100GbE connections.
  • High-performance QSFP28 to QSFP28 connectors.
  • 1-meter length, ideal for in-rack connections.
  • Based on 4x25G-NRZ transmission technology.
  • Zero additional power consumption due to its passive design.
  • Part of the MCP1600 series, highly compatible with NVIDIA equipment.
  • Cost-effective, low-latency, and highly reliable solution.

The NVIDIA 980-9I620-00C001 is a high-performance passive Direct Attach Copper (DAC) cable that enables 100Gb/s point-to-point Ethernet connections between QSFP28-compatible devices. It is designed for environments where efficiency, speed, and cost reduction are paramount.

At 1 meter in length, this cable is ideal for short connections within racks or between adjacent racks. Its 4x25G-NRZ architecture provides a robust, latency-free solution for connecting switches, servers, and storage equipment in high-performance networks.

Low power consumption is one of its greatest advantages, as it is a passive cable and requires no additional power. Furthermore, its robust construction and certification ensure reliable operation even in demanding data center environments.

This model belongs to the MCP1600 family, reference MCP1600-C001E30N, and is identified by part number 980-9I620-00C001, ensuring full compatibility with NVIDIA equipment that supports QSFP28.

Key Features...

* Passive DAC cable for 100GbE connections.

* High-performance QSFP28 to QSFP28 connectors.

* 1-meter length, ideal for in-rack connections.

* Based on 4x25G-NRZ transmission technology.

* Zero additional power consumption due to its passive design.

* Part of the MCP1600 series, highly compatible with NVIDIA equipment.

* Cost-effective, low-latency, and highly reliable solution.

Optimizado para mejor precio
2 /ud
129,30 € /ud Excl. VAT
156,45 €
Incl. VAT

Approximate delivery on Tuesday, August 04

Please note that the delivery date is an estimate