What is the difference between MPO fiber optic cable and AOC fiber optic cable?

1, Definition and Origin
MPO fiber optic cable: MPO (Multi fiber Push On) fiber optic cable is a multi-core fiber optic cable designed for high-density fiber optic network connections. Its characteristic is the use of MPO connectors, which can integrate multiple optical fibers in one plug, typically 12, 24, 48 or more cores, significantly improving the efficiency and density of wiring. MPO fiber optic cables have a wide range of applications in data centers, high-performance computing, and telecommunications networks.
AOC (Active Optical Cable) is a new cable solution that integrates optoelectronic conversion technology and high-speed signal processing capabilities. AOC cables contain optical fibers and integrated optoelectronic conversion chips, which convert electrical signals into optical signals at one end, propagate them quickly through optical fibers, and then convert the optical signals back into electrical signals at the other end, achieving long-distance and high-speed data transmission. AOC optical cable is mainly used for high-speed data transmission scenarios such as high-performance computing, internal connections in data centers, and between ultra clear display devices.
2, Structural characteristics and performance
MPO fiber optic cable:
High density: MPO fiber optic cables can integrate a large number of fibers in a small space, making them ideal for data centers and other high bandwidth applications that require high-density fiber connectivity.
Quick deployment: By using push-pull connectors, it is possible to quickly plug and unplug, simplifying the deployment and maintenance process of fiber optic networks.
High performance: Supports high-speed data transmission, such as 40Gb/s, 100Gb/s, and even higher speeds, meeting the high bandwidth requirements of modern networks.
Modular design: It is easy to add or replace fiber cores to meet the expansion needs of the network.
AOC optical cable:
Optoelectronic hybrid: Combining the convenience of traditional copper cables with the high performance of optical fibers, it has become an ideal choice for connecting next-generation computers, servers, displays, and other devices.
Low power consumption: Compared to traditional copper cables of the same length, AOC cables consume less power, especially in large-scale applications in data centers, which can significantly reduce energy consumption.
Lightweight and flexible: light weight, small size, good flexibility, easy to bend and wire, improving installation efficiency and aesthetics.
Strong anti-interference ability: Optical fibers themselves are not affected by electromagnetic fields, so AOC cables have excellent anti-interference performance.
Long distance transmission: It can achieve lossless transmission up to tens or even hundreds of meters, solving the bottleneck of traditional copper cables in long-distance transmission.
3, Application Fields and Market Trends
MPO fiber optic cable:
Data Center: MPO fiber optic cables play an important role in high-density fiber optic connections within data centers, improving data transmission efficiency and network reliability.
High performance computing: In high-performance computing environments, MPO optical cables can meet the demand for high-speed and low latency communication.
Telecommunications network: In telecommunications networks, MPO fiber optic cables are used to construct high-speed, high-capacity fiber optic transmission systems.
AOC optical cable:
Internal connection of data center: AOC fiber optic cable is particularly suitable for high-density and high-performance data center environments such as server clusters and switch arrays.
High performance computing: In fields such as scientific research, finance, and weather forecasting, AOC cables can meet the needs of supercomputers for high-speed and low latency communication.
Ultra clear display device connection: For 8K and 10K resolution displays or projectors, AOC cables can easily handle them, ensuring smooth and delay free images.
In terms of market trends, with the continuous growth of data transmission demand, MPO optical cables and AOC optical cables are constantly developing and innovating. MPO fiber optic cables will continue to play a key role in building high-speed, high-density fiber optic networks, while AOC fiber optic cables, with their excellent performance and ease of use, are gradually replacing traditional copper cables and becoming an emerging darling in the field of high-speed data communication.