Mellanox Compatible 40GBase-AOC QSFP+ Active Optical Cable – 1 Meter
The UNC GROUP LLC MC2206310-001-U is a 40G QSFP+ Active Optical Cable (AOC) designed for high-speed connectivity in Mellanox networking environments. With support for 40Gbps data rates over a 1-meter link, it is ideal for rack-to-rack and top-of-rack connections in data centers and enterprise networks.Engineered for seamless Mellanox compatibility, this AOC delivers superior signal integrity, low power consumption, and improved airflow compared to traditional copper DACs. The plug-and-play QSFP+ interface ensures quick deployment and reliable performance for bandwidth-intensive applications.
Features
Purpose-built for short-reach connections, the MC2206310-001-U provides a cost-effective alternative to separate optical transceivers and fiber patch cords. Its lightweight fiber construction minimizes cabling bulk, enabling better airflow and improved thermal efficiency in dense server racks.The cable is MSA compliant, ensuring interoperability with Mellanox and other networking platforms. Featuring active optical technology, it guarantees consistent low-latency transmission and superior performance for applications such as cloud computing, storage networking, and virtualization.
Advanced Options
The UNC GROUP LLC MC2206310-001-U is optimized for reliability and consistent performance in demanding enterprise environments. Its active optical design reduces electromagnetic interference while maintaining signal stability at 40Gbps speeds.
Product Key Features
Supports 40Gbps data transmission
1-meter Active Optical Cable (AOC) for short-range deployment
Mellanox compatible and MSA-compliant
Hot-swappable QSFP+ to QSFP+ connectivity
Lightweight fiber design for efficient cable management
Low power consumption with high signal integrity
Reliability & Performance
Tailored for Mellanox switches, adapters, and interconnects, this cable enables smooth scalability of high-density network infrastructures. Its compact and flexible design ensures excellent manageability, making it a top choice for modern data centers.
