Axiom ET6402-AOC-1M-AX 

40GBASE-AOC QSFP+ Active Optical Cable Edge-Core Compatible 1m

The AxiomET6402-AOC-1M-AX is a 1-meterActive Optical Cable (AOC) designed for high-speed 40GBASE data transmission, fully compatible with Edge-Core QSFP+ ports. This cable is ideal for data centers, enterprise networks,and cloud infrastructures that demand low latency, high bandwidth, and reliable connections. The active optical design converts electrical signals into optical signals, enabling longer cable runs with minimal signal degradation compared to copper alternatives. Its compact, flexible form factor allows easy installation in dense server racks and switch configurations, making it an excellent choice for networking professionals seeking to optimize performance and efficiency.

Features

The ET6402-AOC-1M-AX Active Optical Cable supports 40 Gigabit Ethernet speeds over a 1-meter distance, perfectly suited for short-reach connections within racks or between closely located devices.Active Optical Cable integrate transceivers that boost signal integrity by converting electrical signals to optical, resulting in superior transmission quality, reduced interference, and lower power consumption compared to passive cables.This cable is optimized for Edge-Core compatible devices, ensuring seamless interoperability and plug-and-play convenience. In IT environments where performance and reliability are paramount—such as virtualized servers, storage networks, and high-performance computing clusters—this cable provides consistent, low-latency connectivity. Its slim and lightweight design also supports efficient airflow and cooling in crowded rack environments, helping maintain optimal equipment temperatures.

Advanced Options

Engineered to meet the demands of modern data centers, the AxiomET6402-AOC-1M-AX delivers exceptional durability and consistent high-speed performance. The active transceivers embedded in the cable ensure efficient electrical-to-optical signal conversion while maintaining low power consumption. Its compact and flexible form factor allows effortless routing in dense environments,