Your Shopping Cart is empty.

${{ (item.variation.media ? item.variation.media.alt_translations : item.product.cover_media.alt_translations) | translateModel }}$ ${{ (item.variation.media ? item.variation.media.alt_translations : item.product.cover_media.alt_translations) | translateModel }}$

{{ childProduct.title_translations | translateModel }}

{{ getChildVariationShorthand(childProduct.child_variation) }}

{{ getSelectedItemDetail(selectedChildProduct, item).childProductName }} x {{ selectedChildProduct.quantity || 1 }}

{{ getSelectedItemDetail(selectedChildProduct, item).childVariationName }}

{{item.quantity}}x HK$0 {{ item.unit_point }} Point

Remove

${{addonItem.product.cover_media.alt_translations | translateModel}}$

{{addonItem.quantity}}x {{ mainConfig.merchantData.base_currency.alternate_symbol + "0" }}

Remove

NVIDIA MCA7K10 980-9IAO5-00X001 Active copper splitter cable, 1600Gb/s to 2x800Gb/s, OSFP to 2xOSFP, 1m, IHS to RHS

The NVIDIA MCA7K10 (980-9IAO5-00X001) is a 1m Active Copper Splitter Cable designed for high-density AI networks. It splits a 1600Gb/s OSFP port into two 800Gb/s OSFP connections, featuring an IHS-to-RHS thermal design to deliver maximum throughput with ultra-low latency.

Free Shipping on order

{{shoplineProductReview.avg_score}}( {{shoplineProductReview.total}} {{'product.product_review.reviews' | translate}} )

{{amazonProductReview.avg_rating}}( ({{amazonProductReview.total_comment_count}} {{'product.product_review.reviews' | translate}}) )

The maximum quantity per submit is 99999

This quantity is invalid, please enter a valid quantity.

Sold Out

Please message the shop owner for order details.

Description

Shipping & Payment

Customer Reviews

Description

NVIDIA MCA7K10 Active Copper Splitter Cable

Name: NVIDIA MCA7K10 980-9IAO5-00X001 Active copper splitter cable, 1600Gb/s to 2x800Gb/s, OSFP to 2xOSFP, 1m, IHS to RHS
Brand: NVIDIA
SKU: 6a45ff2d80414cd717aea118
Availability: InStock

1600Gb/s to 2x800Gb/s | OSFP to 2xOSFP | 1m | IHS to RHS

Product Overview

The NVIDIA MCA7K10 (MPN: 980-9IAO5-00X001) is a cutting-edge, ultra-high-speed Active Copper Splitter Cable designed to meet the relentless bandwidth demands of next-generation AI, machine learning, and hyperscale data center infrastructure. Delivering a staggering total throughput of 1600Gb/s (1.6Tb/s), this premium cable seamlessly splits a single 1600Gb/s OSFP port into two 800Gb/s OSFP connections.

Engineered for optimal signal integrity at ultra-high frequencies, this 1-meter active copper cable bridges the gap between high-density switches and high-performance network interfaces with minimum latency and maximum reliability.

Key Features

Next-Gen 1.6Tb/s Bandwidth: Enables blistering data transfer rates, splitting a 1600Gb/s OSFP uplink into twin 800Gb/s OSFP channels.
Active Copper Technology: Features built-in signal conditioning circuitry to extend reach and ensure pristine data integrity at 100G/200G per-lane speeds without the cost and power consumption of optical transceivers.
Optimized Form Factor (IHS to RHS): Explicitly designed with an Integrated Heat Sink (IHS) on the host side to a Riding Heat Sink (RHS) on the split ends, ensuring perfect thermal management tailored to specific NVIDIA Quantum and Spectrum switch/HCA architectures.
Plug-and-Play Integration: Fully compatible with NVIDIA’s advanced networking ecosystem for seamless deployment and zero-configuration link-up.

Technical Specifications

Parameter	Specification
Manufacturer	NVIDIA
Part Number (MPN)	980-9IAO5-00X001
Model	MCA7K10
Cable Type	Active Copper Splitter Cable (ACC)
Data Rate	1600Gb/s to 2x 800Gb/s (1.6Tbps to 2x 800Gbps)
Connector Type A	1x OSFP (Host / 1600G)
Connector Type B	2x OSFP (Target / 800G)
Thermal Design	Flat/Integrated Heat Sink (IHS) to Riding Heat Sink (RHS)
Length	1.0 Meter
Application	AI Clusters, Accelerated Computing, High-Frequency Trading, Hyperscale Data Centers

Applications & Use Cases

High-Density Switch-to-Server Connectivity: Ideal for connecting next-generation NVIDIA switches directly to dual 800Gb/s network interface cards (NICs) or GPUs, maximizing port density.

AI & Deep Learning Clusters: Provides the low-latency, massive-throughput plumbing required for massive multi-node GPU clustering and LLM training workloads.