• NVIDIA 980-9IAM3-00X002 1.6T OSFP-to-OSFP gray yellow active copper cable 2m
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NVIDIA

NVIDIA 980-9IAM3-00X002 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 2m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP

980-9IAM3-00X002

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Description

High‑density 1.6T OSFP active copper cable designed for ultra‑low‑latency, short‑reach switch interconnects. Integrated heat sinks on both OSFP ends improve thermal performance in dense chassis. Ideal for AI/HPC fabrics and spine‑leaf deployments requiring 1600G aggregate bandwidth without the power draw of optical links.

Features

1.6T bandwidth with ultra‑low latency copper signaling
- OSFP IHS ends for improved thermal handling in high‑density switches
- Power‑efficient alternative to optics for short links
- Factory‑terminated, no tuning or configuration required
- Robust shielding for reduced EMI and crosstalk

Warranty

All products sold by XS Network Tech include a 12-month warranty on both new and used items. Our in-house technical team thoroughly tests used hardware prior to sale to ensure enterprise-grade reliability.

All technical data should be verified on the manufacturer data sheets.

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Technical Specifications

FAQs

Technical Specifications

Data rate: 1.6 Tbps (1600G), full‑duplex
- Form factor: OSFP with Integrated Heat Sink (IHS) on both ends
- Cable type: Active Copper Cable (ACC)
- Length: 2 meters
- Connector: OSFP to OSFP (IHS‑to‑IHS)
- Application: 1.6T Ethernet switch‑to‑switch/server interconnect
- Breakout: None (1:1)
- EMI/Shielding: High‑performance shielding for low crosstalk
- Use case: Short‑reach, low‑latency, high‑bandwidth links in dense environments
- RoHS compliant

FAQs

Q: Is this a passive or active cable?
A: It is an Active Copper Cable (ACC) with integrated signal conditioning to extend copper reach at 1.6T.

Q: What ports is it compatible with?
A: OSFP cages that support 1.6T operation and accept integrated heat sink (IHS) plugs.

Q: Does it support breakout?
A: No. It is a straight 1:1 OSFP‑to‑OSFP assembly.

Q: When should I choose ACC over optical?
A: Choose ACC for the lowest latency and power over short distances (rack to rack or within rack). Use optics for longer reaches.

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