PLC fiber optic splitter 1×2

PLC fiber optic splitter 1×2 is a high-quality fiber optic splitter suitable for various fiber optic communication systems and networks. It adopts advanced PLC technology and has the advantages of low insertion loss, high splitting ratio, uniform splitting performance and stable operating temperature range. Whether in the fields of data centers, wired communications, wireless communications, or broadcast and television, we can provide reliable optical splitting solutions.

PLC fiber optic splitter 1×2 ensures product stability and reliability through strict quality control and high-quality material selection. It can maintain good performance under high-speed data transmission and complex network environments, and has the characteristics of long life and low maintenance costs. We have also passed authoritative certifications, such as ISO9001 and RoHS certification, providing you with authoritative background information.

PLC fiber optic splitter 1×2 is widely used in various optical fiber communication systems and networks. It can be used for fiber distribution and multiplexing in data centers to achieve efficient data transmission and management. In the field of wired communications, it can be used in optical fiber access networks, optical fiber broadband and optical fiber transmission systems to provide stable and high-quality communication services.

In the field of wireless communications, PLC fiber optic splitter 1×2 can be used in fiber optic wireless base stations and fiber optic distributed antenna systems to achieve signal distribution and expansion. It can also be used in fields such as radio and television, monitoring systems, and industrial automation to meet the fiber splitting needs in different scenarios.

In data center application scenarios, PLC fiber optic splitter 1×2 can realize the distribution and multiplexing of optical fiber signals, improving the transmission efficiency and reliability of the data center. In wireless communication application scenarios, optical fiber signals can be assigned to different base stations to achieve signal expansion and coverage. In radio and television application scenarios, optical fiber signals can be distributed to different terminal devices to achieve signal transmission and reception.

1 High-performance spectroscopy: Using advanced PLC technology, it has high splitting ratio and uniform splitting performance. It can divide an optical fiber signal into two to achieve signal distribution and multiplexing to ensure efficient and reliable data transmission.

2 Low insertion loss: PLC fiber optic splitter 1×2 has low insertion loss, which can minimize signal attenuation and distortion. It can maintain good performance in long-distance transmission and complex network environments, ensuring high-quality data transmission.

3. Wide operating temperature range: It has a stable operating temperature range and is suitable for applications under various environmental conditions. Whether in high or low temperature environments, it can maintain stable performance and reliable work.

4 Long life and low maintenance cost: Made of high-quality materials and advanced technology, it has the characteristics of long life and low maintenance cost. You don’t need frequent replacement and maintenance, which can reduce costs and improve efficiency.