NVIDIA/Mellanox Compatible 1m (3ft) 400G QSFP112 Passive Direct Attach Copper Twinax Cable

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NVIDIA/Mellanox Compatible 1m (3ft) 400G QSFP112 Passive Direct Attach Copper Twinax CableDescription NVIDIA Mellanox Compatible 1m 400G QSFP112 Passive DAC Twinax Cable is a 1 meter high speed copper interconnect specifically designed for the QSFP112 form factor. It delivers 400Gbps throughput using four 112G lanes, providing a high density, low latency solution for modern NVIDIA Mellanox networking architectures. This passive cable offers zero power consumption and excellent signal integrity for short range server to switch connectivity.

It is engineered for seamless integration into NVIDIA/Mellanox high-performance computing and storage fabrics requiring peak 400GbE performance

NADDOD Juniper QDD-400G-SR4 compatible 400G QSFP-DD SR4 optical module is a multimode

NADDOD O4Q112-800G-AC4 is an 800Gb/s Twin-port OSFP (Octal Small Form-factor Pluggable) Finned Top to 4x200Gb/s QSFP112 (Quad Small Form-factor Pluggable 112G) Flat Top Active Copper Cable (ACC) quad breakout (aka splitter) cable for Ethernet networking

NVIDIA/Mellanox MFP7E30-N008 Compatible is an 8m (26ft) single-mode (OS2) jumper featuring MPO-12 APC female connectors for high-density 12-fiber connectivity

5m cable is perfect for adjacent rack connectivity where low latency and high signal integrity are critical

The Type B wiring ensures proper signal alignment for high-density breakout configurations across the data center facility

It offers a standard-compliant and cost-effective solution for high-density 200GbE networking infrastructures

NVIDIA/Mellanox MFP7E20-N020 Compatible is a 20m (66ft) OM4 breakout cable featuring an MPO-8 APC female connector breakout to two MPO-4 APC female connectors

5-meter 26AWG passive copper hybrid cable for high-speed 200GbE to 2x100GbE signal distribution

The 8-channel twin-port OSFP end uses a flat top form-factor for use in the Cedar-7 cards in DGX-H100 systems

This assembly is ideal for transitioning 800G or high-count fiber ports into standard aggregated links with an insertion loss capped at 0

extreme-size datasets

Exchange/Return Notes