128-channel optical fiber PLC splitter

As a high-quality 128-channel optical fiber PLC splitter, it uses advanced PLC (Planar Lightwave Circuit) technology to distribute optical signals into 128 channels to achieve efficient optical fiber network distribution. This product has the characteristics of high reliability, low loss and good stability, and can meet your needs for high-quality transmission.

The background information of this optical splitter shows that it uses advanced fiber chip manufacturing technology and has excellent performance and reliable quality assurance. This product has been certified by authoritative organizations and complies with international standards, ensuring the safety and reliability of your use. Whether in the communications field or data center, 128-channel optical fiber PLC splitter is a trustworthy choice.

128-channel optical fiber PLC splitter has a wide range of applications in various fields. In the field of communications, it can be used for the distribution and connection of optical fiber networks, effectively improving the transmission efficiency and reliability of optical signals. In data centers, this optical splitter can realize the distribution and transmission of multi-channel data to meet the needs of large-scale data transmission. It can also be used in radio and television, security monitoring and other fields to provide high-quality optical fiber transmission solutions for different industries.

In specific scenarios, the 128-channel optical fiber PLC splitter can quickly and stably distribute optical signals to different channels to achieve high-speed data transmission and multi-channel connections. Whether it is used in optical fiber communication base stations, data center computer rooms or radio and television broadcast centers, it can exert excellent performance to meet the needs of different scenarios.

(1) High number of channels: The 128-channel fiber optic PLC splitter has 128 channels, which can meet the needs of large-scale data transmission and distributed networks.

(2) Low insertion loss: This optical splitter uses advanced PLC technology and has low insertion loss, which can maintain the transmission quality of optical signals to the greatest extent.

(3) Good stability: Through precise manufacturing processes and strict quality control, this product has excellent stability and reliability and can operate stably for a long time.

(4) Easy to install and maintain: The 128-channel fiber optic PLC splitter adopts a modular design, which is easy to install and has a low failure rate, reducing maintenance costs and workload.