NVIDIA MCP1650-H001E30
The NVIDIA MellanoxMCP1650-H001E30 Direct attach cable is a high-performance, 200GbE / HDR InfiniBand DAC designed for short-range interconnects in hyperscale data centers, enterprise IT, and high-performance computing (HPC) environments. This 1-meter QSFP56 to QSFP56 cable offers a cost-effective, low-power, and low-latency solution for rack-level networking, ensuring seamless compatibility with Mellanoxswitches, adapters, and other QSFP56-enabled devices
Features
Purpose-built for next-generation Direct attach cable networking, the MCP1650-H001E30 delivers 200Gb/s throughput using Mellanoxadvanced passive copper engineering. Its short 1-meter design is ideal for top-of-rack (ToR) or server-to-switch connections, reducing cabling complexity and improving airflow inside dense rack deployments.The passive copper construction ensures zero power consumption while delivering ultra-low latency — making it an optimal choice for applications requiring maximum bandwidth and efficiency, including AI workloads, machine learning clusters, big data analytics, and cloud computing.
Advanced Options
Fully MSA-compliant, the cable supports hot-pluggable QSFP56 modules,Direct attach cable ensuring multi-vendor interoperability and easy deployment across modern high-speed infrastructures.The NVIDIA MellanoxMCP1650-H001E30 is designed for environments where performance and reliability are non-negotiable. Delivering 200Gb/s of bandwidth with uncompromised signal integrity, it enables seamless support for data-intensive workloads.
Product Key Features
200GbE / HDR InfiniBand high-speed Direct attach cable interconnect
QSFP56 to QSFP56 passive DAC, 1m length
Energy-efficient design with zero power consumption
Ultra-low latency for demanding workloads
Fully compatible with NVIDIA Mellanoxswitches, adapters & NICs
Ideal for HPC, AI, cloud, and enterprise data centers
Cost-effective alternative to optical modules
Reliability & Performance
Unlike optical solutions, this DAC offers lower cost,Direct attach cable lower power, and lower latency, making it the preferred choice for rack-level connections in dense compute and storage clusters. IT teams can rely on its durable build quality and interoperability to support mission-critical deployments.
