NVIDIA/Mellanox MCA7J65-N004 (980-9I81B-00N004) Compatible ACC 4m (13ft) Twin-port 2x400Gb/s OSFP Finned Top to 2x400Gb/s QSFP112 Flat Top InfiniBand NDR Active Copper Splitter Cable

Thoughtful delivery service

Easy 30 day returns

Certified Reviews

Description

NVIDIA/Mellanox MCA7J65-N004 (980-9I81B-00N004) Compatible ACC 4m (13ft) Twin-port 2x400Gb/s OSFP Finned Top to 2x400Gb/s QSFP112 Flat Top InfiniBand NDR Active Copper Splitter CableDescription NADDOD O2Q112 800G AC4H is an 800Gb s Twin port OSFP (Octal Small Form factor Pluggable) to 2x400Gb s QSFP112 (Quad Small Form factor Pluggable 112G) Active Direct Attach Copper (ACC) dual breakout (aka splitter) cable for 400Gb s End to End Infiniband and Ethernet solutions. The 8 channel Twin port OSFP end uses a finned top form factor for use in Quantum 2 and Spectrum 4 switch cages. The two 400G ends support 4 channels of 100G PAM4

5-meter passive copper link offers low-latency performance and high signal integrity specifically for NVIDIA/Mellanox OSFP-based hardware

7m (23ft) MPO-12 UPC to MPO-12 UPC OM4 Jumper is a 7-meter magenta multi-mode fiber cable designed for 12-fiber high-speed interconnections

NVIDIA/Mellanox MFP7E40-N020 Compatible is a 20m (66ft) OS2 breakout cable designed to split an MPO-8 APC female signal into two MPO-4 APC female segments

Constructed with OM4 multimode fiber

They integrate four data lanes in each direction with 4x106

This jumper is engineered for reliable long-range high-density multi-mode interconnects in modern fiber plants

NADDOD Q112-400G-CU2 is a passive direct attach copper

Juniper Compatible 1m (3ft) 400G OSFP Flat Top to QSFP-DD Passive DAC Twinax Cable is a hybrid copper assembly designed to bridge OSFP and QSFP-DD 400G form factors

The NADDOD OSFP-1

NADDOD offers NVIDIA/Mellanox compatible 200G QSFP56 optical transceiver module for QM8700/QM8790

It ensures reliable high-speed data transmission and high signal integrity for modern 400G architectures

This Yellow LSZH assembly is optimized for short-to-medium reach patching where high signal integrity is essential

Exchange/Return Notes