AOC Cable Introduction

AOC Cable, short for Active Optical Cable, is a type of high-speed data transmission cable that utilizes optoelectronic conversion technology.

aoc cables

Compared to traditional copper cables, AOC cables offer higher transmission speeds, lower latency, and longer distance transmission, making them an essential component in modern data centers, computer networks, and entertainment devices.


The core technology of AOC cables combines optical modules with optical fibers, replacing traditional electrical signals with optical signals for data transmission. This optical-electrical conversion technology inherits the advantages of optical fiber transmission, such as high speed and interference resistance, while also retaining the flexibility and easy installation features of cables. As a result, AOC cables are widely adopted in large-scale data center networks to meet the demands for high bandwidth, low latency, and high reliability. AOC cables possess several distinctive features and advantages: High-speed transmission: AOC cables support various high-speed data transmission protocols, such as Ethernet, InfiniBand, and USB.


They can provide data transmission speeds of up to 40 Gbps or more, significantly boosting data transfer efficiency. Long-distance transmission: Compared to traditional copper cables, AOC cables enable longer transmission distances, typically reaching several hundred meters or even farther. This makes AOC cables ideal for large data centers and enterprise networks. Low power consumption: Thanks to the adoption of optical signal transmission, AOC cables have lower power consumption compared to traditional electrical cables.


The energy-saving feature helps reduce power usage and heat generation. Flexibility and ease of use: AOC cables are independent of transmission distance, allowing for customized lengths to suit specific requirements. They possess excellent resistance to interference. Moreover, their smaller size and lighter weight due to the use of optical signals make installation

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