PLC fiber optic splitter 2×32

PLC fiber optic splitter 2×32 is a high-performance fiber optic splitter that can disperse an input optical signal into 32 output channels. It uses PLC (Planar Lightwave Circuit) technology, which has the advantages of low insertion loss, high uniformity and stability. Whether in communication networks or data center applications, PLC fiber optic splitter 2×32 provides excellent performance and reliability.

What you may be concerned about is the performance and reliability of PLC fiber optic splitter 2×32. Our products undergo strict quality testing to ensure stable operation in various environments. Our products have also been certified by authoritative organizations such as ISO9001 and RoHS, which further proves the quality and reliability of our products.

PLC fiber optic splitter 2×32 is widely used in various optical fiber communication networks and data centers. It can be used in fiber distribution systems, fiber optic sensors, fiber optic testing instruments and other fields. In the optical fiber communication network, PLC fiber optic splitter 2×32 can realize signal distribution and transmission, improving the flexibility and scalability of the network. In data centers, it can be used for data distribution and transmission to achieve high-speed and stable data transmission.

1. High performance: PLC fiber optic splitter 2×32 adopts advanced PLC technology, with low insertion loss and high uniformity. It can provide stable and reliable fiber distribution and transmission.

2. Large capacity: With 32 output channels, it can meet the needs of large-scale optical fiber networks. It can process multiple optical signals at the same time and improve the transmission efficiency of the network.

3. Space saving: PLC fiber optic splitter 2×32 adopts compact design, takes up little space and is easy to install and wire. It is suitable for various rack and equipment installation environments.

4. High reliability: After strict quality control, it has stable performance and reliable work. It is capable of operating for long periods of time in a variety of environments without malfunctions or signal loss.