NVIDIA 980-9IAM3-00X002 Active Copper Network Cable, 1600Gbps OSFP to OSFP, 6.6 ft

NVIDIA Active Copper Cable, 1600Gbps to 1600Gbps, OSFP, 2m, IHS to IHS

The NVIDIA 980-9IAM3-00X002 Active Copper Cable provides a high-speed, reliable connection between compatible network devices. Designed for data transmission applications, this OSFP-to-OSFP cable supports 1600Gbps connectivity and helps enable efficient communication across demanding business, enterprise, and data center network environments.

Built with copper conductors and active cable technology, the NVIDIA Active Copper Cable is engineered to support stable signal performance across supported devices. Its OSFP network connectors provide a secure, dependable interface for compatible equipment, helping simplify installation and maintain consistent connectivity for high-bandwidth networking applications.

With a 6.6-foot length, this NVIDIA cable offers practical reach for equipment racks, server connections, and other short- to medium-distance network links. The IHS-to-IHS configuration is designed for direct connection between compatible OSFP ports, making it a suitable choice for expanding or upgrading network infrastructure where speed, reliability, and straightforward deployment are essential.

Feature: 1600Gbps data transmission for high-bandwidth network connections
Feature: Active copper cable design for dependable signal performance
Feature: OSFP-to-OSFP connectivity for compatible networking equipment
Feature: Copper construction for reliable data transmission
Feature: 6.6-foot cable length for flexible rack and equipment connections
Feature: IHS-to-IHS configuration for direct device-to-device connectivity

Features:

• 1600Gbps data transmission for high-bandwidth network connections
• Active copper cable design for dependable signal performance
• OSFP-to-OSFP connectivity for compatible networking equipment
• Copper construction for reliable data transmission
• 6.6-foot cable length for flexible rack and equipment connections
• IHS-to-IHS configuration for direct device-to-device connectivity