Accortec MFS1S00-H075E-ACC 200GBase-AOC QSFP56 Infiniband HDR Active Optical Cable, 75m

Accortec MFS1S00-H075E-ACC

NVIDIA/Mellanox Compatible 200G QSFP56 Active Optical Cable, 75M

The Accortec MFS1S00-H075E-ACC is a high-performance Active Optical Cable designed for ultra-high-speed 200GBase-AOC and InfiniBand HDR applications. Engineered for the most demanding environments, this QSFP56 to QSFP56 optical cable provides a blazing-fast 200 Gbps link over a distance of 75.0 meters. It is fully compatible with NVIDIA/Mellanox equipment and is ideal for data centers, High-Performance Computing (HPC), and enterprise networks.

This cable features Low Smoke Zero Halogen (LSZH) materials, which provide enhanced safety with reduced toxic emissions in fire situations, making it suitable for installations in public spaces or confined environments. The Accortec AOC offers a reliable and scalable solution for connecting next-generation switches and servers, guaranteeing optimal performance and a robust network infrastructure.

Features :

This Active Optical Cable is engineered with advanced technology to deliver superior performance for 200 Gbps applications. Its low-power consumption contributes to a more energy-efficient network, while its lightweight and flexible design simplifies installation and cable management. The hot-pluggable QSFP56 form factor allows for modules to be added or replaced without needing to power down the equipment, minimizing network downtime. The cable offers superior signal integrity and is immune to electromagnetic interference (EMI), which is essential in dense computing environments.

Advanced Options :

The 200GBASE-AOC and InfiniBand HDR standards of this Active Optical Cable provide a powerful and future-proof solution for your high-speed networking needs. Its direct compatibility with NVIDIA/Mellanox platforms ensures a smooth installation and operation. The LSZH cable jacket enhances safety and compliance, making it a dependable backbone for a wide range of bandwidth-intensive and mission-critical applications.