CN5000 PASSIVE COPPER CABLE (DAC), 800G-2X400G REVERSE SPLIT (QDD-2XQSFP), CN5CD

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Key Features

Features DAC cable type engineered for stable performance and optimized connectivity across multiple supported devices
QSFP Network delivers stable signal routing to network devices for uninterrupted communication and system integration
Passive feature enhances usability and operational efficiency, providing reliable performance and simplifying everyday connectivity tasks
Offers dependable network connectivity for stable performance, supporting uninterrupted operations and consistent data flow across connected systems

CORNELIS NETWORKS Connector Cables

CN5000 PASSIVE COPPER CABLE (DAC), 800G-2X400G REVERSE SPLIT (QDD-2XQSFP), CN5CD

Mfr # CN5CDPA3010 SKU 14890625

$223.89

Available

Product Overview

CN5000 PASSIVE COPPER CABLE (DAC), 800G-2X400G R
Cornelis CN5000 DAC Network Cable - DAC Network Cable for Network Device, Switch - Second End: 2 x QSFP Network - 800 Gbit/s
Cornelis CN5000 DAC Network Cable
DAC Network Cable for Network Device, Switch - Second End: 2 x QSFP Network - 800 Gbit/s

Technical Specifications

Product Type	Network Cable
Data Transfer Rate	800 Gbit/s
Device Supported	Network Device
Device Supported	Switch
Manufacturer Part Number	CN5CDPA3010
Features	Passive
Manufacturer	Cornelis Networks
Product Model	CN5000
Product Name	CN5000 DAC Network Cable
Brand Name	Cornelis
Cable Type	DAC
Connector Type on First End	QSFP-DD Network
Connector Type on Second End	QSFP Network
Connector on Second End Details	2 x QSFP Network
Product Material	Copper

Marketing Information

Cornelis Direct Attach Copper cables (DACs) provide low cost, intra-rack connectivity between hosts and local edge switches of up to 3 meters with near zero latency and power consumption.

Cornelis Active Optical Cables (AOCs) deliver the lowest cost inter-rack connectivity for medium size director-only clusters up to multi-tier exascale systems, and are available in QSFP-QSFP and QSFP-DD splitter cable formats of up to 100 meters that enable connectivity to the network core.