NVIDIA/Mellanox Compatible ACC 2m (7ft) Twin-port 2x400Gb/s OSFP Finned Top to 4x200Gb/s OSFP Flat Top InfiniBand NDR Active Copper Splitter Cable

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NVIDIA/Mellanox Compatible ACC 2m (7ft) Twin-port 2x400Gb/s OSFP Finned Top to 4x200Gb/s OSFP Flat Top InfiniBand NDR Active Copper Splitter CableDescription NADDOD O4O112 800G AC2H is an 800Gb s twin port OSFP (Octal Small Form factor Pluggable) Finned Top to 4x200Gb s OSFP Flat Top Active Copper Cable (ACC) dual breakout (aka splitter) cable. The ACC uses 8 channels of 100G PAM4 modulation and is available in lengths up to 5 meters. ACC cables are the second lowest cost, low latency, low power consuming, high speed links next to passive DACs due to their simplicity of design and minimal

The NVIDIA/Mellanox MFP7E30-N005 compatible 5m jumper utilizes OS2 single-mode fiber to deliver high-bandwidth connectivity between MPO-12 APC ports

Utilizing high-performance OM4 multimode fiber with a Magenta LSZH jacket

The NVIDIA/Mellanox MFP7E10-N025 compatible 25m jumper provides a direct MPO-12 APC to MPO-12 APC connection using 12-fiber OM4 glass

The OSFP-800G-2xDR4H is used in Quantum-2 and Spectrum-4 air-cooled switches to switches

The two 400G ends support 4-channels of 100G-PAM4 (400G) and use a flat top QSFP112 for use in ConnectX-7 adapters and BlueField-3 DPUs using riding heat sinks on the connector cage

This 50m (164ft) fiber breakout cable utilizes OM4 multimode fiber to split a single MPO-16 APC connection into two MPO-8 UPC legs

the cable integrates eight high-speed electrical copper lanes

It is also suitable for use in end-to-end InfiniBand EDR systems and compliant with the QSFP28 MSA and the IEEE 802

It is compatible with NVIDIA/Mellanox MMS4A20-XM800 (980-9IAT0-00XM00)

NADDOD offers Mellanox MCP7H50-H001R30 compatible 1m (3ft) 200G QSFP56 to 2X100G QSFP56 Passive direct attach copper Breakout cable for QM8700/QM8790

and flexible configurability

This Type B assembly provides consistent performance and low latency for medium-to-long reach interconnections within the data center

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