Addon MC220731V-010-AO 

Mellanox® MC220731V-010 Compatible TAA Compliant 56GBase-AOC QSFP+ Active Optical Cable (850nm, MMF, 10m)

The AddonMC220731V-010-AO is a 56GBASE QSFP+ Active Optical Cable designed for high-speed data transmission in demanding IT environments. Fully compatible with Mellanox devices and TAA compliant, this 10-meter cable supports 56 Gbps connectivity using 850nm wavelength over multimode fiber (MMF). It provides an efficient and reliable solution for data centers, enterprise networks, and HPC clusters requiring fast, low-latency interconnections. Lightweight and flexible, the cable ensures superior EMI resistance and excellent signal integrity while simplifying cable management in dense rack deployments.

Features

The AddonMC220731V-010-AO is engineered to meet the needs of high-bandwidth, short-to-medium range connectivity applications. Utilizing active optical technology, the cable integrates QSFP+ transceivers that convert electrical signals into optical signals, allowing 56 Gbps data rates over a 10-meter multimode fiber link. The 850nm wavelength supports high-speed transmission with minimal signal degradation, ideal for intra-rack or adjacent rack connections.TAA compliance ensures the cable meets government procurement standards, making it suitable for public sector and enterprise deployments requiring regulatory adherence. Its plug-and-play QSFP+ connectors enable hassle-free installation with Mellanox hardware, eliminating the need for separate transceivers or fiber patch cables. The slim, bend-friendly design optimizes airflow and simplifies cable routing in high-density environments, delivering consistent performance and durability.

Advanced Options

Designed for mission-critical IT infrastructures, the AddonMC220731V-010-AO offers reliable, high-bandwidth connectivity with superior signal quality. The active optical transceivers maintain stable 56 Gbps throughput across the 10-meter length, ensuring low latency and minimal data loss. Multimode fiber construction delivers immunity to electromagnetic interference (EMI), a common challenge in dense data centers.