Active optical cable (AOC): an excellent barrier to electromagnetic interference and a pioneer in stable transmission
Publish Time: 2024-05-10
Active Optical Cable (AOC) performs well in terms of electromagnetic interference, and its unique dielectric properties give it a significant advantage in low electromagnetic interference.
First of all, the core component of Active Optical Cable is optical fiber, which is a light guide fiber made of glass or plastic. Since optical fiber is a dielectric, it does not conduct electricity itself and is therefore not susceptible to electromagnetic fields. In contrast, metal cables such as traditional copper cables or aluminum cables are susceptible to electromagnetic interference when transmitting signals, resulting in signal quality degradation or transmission interruption.
Secondly, Active Optical Cable has low electromagnetic interference, which means that it can still maintain stable signal transmission in a complex electromagnetic environment. Whether in data centers, industrial environments or other places with large electromagnetic interference, Active Optical Cable can provide reliable data transmission services. This stability is of great significance to ensure smooth network communication, data security, and stable operation of the system.
In addition, Active Optical Cable's low electromagnetic interference also helps improve the overall performance of the system. By reducing the impact of electromagnetic interference, Active Optical Cable can reduce the bit error rate of the system and improve the accuracy and reliability of data transmission. At the same time, it can also reduce the power consumption and heat dissipation requirements of the system, further improving the energy efficiency ratio of the system.
To sum up, Active Optical Cable has significant advantages in terms of electromagnetic interference. Its low electromagnetic interference enables it to maintain stable signal transmission in various complex environments, providing reliable guarantee for network communication and data transmission.
