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800G OSFP to 4x200G QSFP112 DAC Cable, 2.5-Meter, 26AWG, Compatible with NVIDIA MCP7Y40-N02A for NDR InfiniBand and Ethernet Solutions
- Delivers 800Gbps aggregate bandwidth using 800G to 4x200G breakout design, supporting NDR InfiniBand and 800G/400G/200G Ethernet protocols for high-density AI/HPC clusters.; Features a zero-power, passive copper (DAC) design that requires no external power or DSP chips, achieving ultra-low latency (OSFP ends each consume 0.1 Watts) for latency-sensitive workloads.; Provides optimized rack-scale deployment with flexible reach, an optimal gauge for signal integrity, and excellent bend radius to simplify cable management in hyper-scale data centers.; Ensures seamless compatibility and hot-swappable operation with OSFP (switch end) and QSFP112 (device end) connectors, supporting auto-negotiation via CMIS for plug-and-play InfiniBand/Ethernet mode switching.; This DAC solution provides a substantially lower TOC compared to optical transceivers and fiber combinations. It is the ideal, cost-optimized choice for building NVIDIA DGX systems, AI compute pools, and leaf-spine networks.
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Overview
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Reviews
Delivers 800Gbps aggregate bandwidth using 800G to 4x200G breakout design, supporting NDR InfiniBand and 800G/400G/200G Ethernet protocols for high-density AI/HPC clusters.; Features a zero-power, passive copper (DAC) design that requires no external power or DSP chips, achieving ultra-low latency (OSFP ends each consume 0.1 Watts) for latency-sensitive workloads.; Provides optimized rack-scale deployment with flexible reach, an optimal gauge for signal integrity, and excellent bend radius to simplify cable management in hyper-scale data centers.; Ensures seamless compatibility and hot-swappable operation with OSFP (switch end) and QSFP112 (device end) connectors, supporting auto-negotiation via CMIS for plug-and-play InfiniBand/Ethernet mode switching.
; This DAC solution provides a substantially lower TOC compared to optical transceivers and fiber combinations. It is the ideal, cost-optimized choice for building NVIDIA DGX systems, AI compute pools, and leaf-spine networks.
; This DAC solution provides a substantially lower TOC compared to optical transceivers and fiber combinations. It is the ideal, cost-optimized choice for building NVIDIA DGX systems, AI compute pools, and leaf-spine networks.
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