PLC fiber optic splitter 1×4

PLC fiber optic splitter 1×4 is a high quality product specially designed to meet your needs in fiber optic communications. It uses advanced PLC (Planar Lightwave Circuit) technology, has a high splitting ratio and low insertion loss, and can distribute optical signals stably and reliably. Whether in long-distance or short-distance transmission, PLC fiber optic splitter 1×4 can maintain signal stability and consistency.

As a fiber optic splitter with high performance and reliability, when you purchase a fiber optic splitter, you often pay attention to its performance indicators such as splitting ratio, insertion loss, and operating wavelength range. PLC fiber optic splitter 1×4 performs well in these aspects, with a splitting ratio of up to 1:4, an insertion loss of less than 0.5dB, and a wide operating wavelength range covering 1310nm and 1550nm. These excellent performance indicators make PLC fiber optic splitter 1×4 your trustworthy choice.

In the field of communication networks, PLC fiber optic splitter 1×4 can be used for signal distribution and multiplexing in optical fiber transmission systems to achieve high-speed data transmission between multiple terminal devices. In data centers, it can be used for optical fiber interconnection and data transmission, providing high-bandwidth and low-latency network connections. In the field of radio and television, PLC fiber optic splitter 1×4 can be used for signal distribution and reception in optical fiber transmission systems to realize the transmission and playback of high-definition video and audio.

In practical application scenarios, PLC fiber optic splitter 1×4 has many advantages. For example, in a communication network, simultaneous transmission of multiple terminal devices can be achieved, improving network transmission efficiency and bandwidth utilization. In the data center, optical fiber interconnection can be realized, reducing the usage of optical fiber and the difficulty of wiring, and improving the reliability and stability of data transmission. In broadcast television, high-definition video and audio transmission can be achieved, providing a better viewing and listening experience.

1. High splitting ratio: It has the characteristics of high splitting ratio and can divide the signal of one optical fiber into four outputs. The high splitting ratio ensures the precise distribution and transmission of optical signals, improving the transmission efficiency and reliability of optical fiber communication systems.

2 Low insertion loss: It has the characteristics of low insertion loss, and the insertion loss is less than 0.5dB. Low insertion loss can reduce signal attenuation and distortion and ensure the transmission quality and stability of optical signals.

3. Wide operating wavelength range: It has the characteristics of a wide operating wavelength range, covering the operating wavelengths of 1310nm and 1550nm. The wide operating wavelength range makes the PLC fiber optic splitter 1×4 suitable for different fiber optic communication systems and equipment, providing greater flexibility and scalability.

4. High stability and reliability: It has the characteristics of high stability and reliability, using advanced PLC technology and strict quality control standards. High stability and reliability ensure the product’s stable performance in long-term use and harsh environments, reducing the costs and risks of maintenance and replacement.