PLC fiber optic splitter 2×128

PLC fiber optic splitter 2×128 is a high-performance optical fiber splitter that can divide an optical fiber signal into 128 channels without affecting the quality and stability of the signal. This product uses PLC technology and has the advantages of low insertion loss, high splitting ratio, wide operating wavelength range, and high reliability. It is an indispensable and important component in the field of optical fiber communications.

PLC fiber optic splitter 2×128 uses high-quality materials and advanced manufacturing processes to ensure product reliability and stability. This product is widely used in optical fiber communications, optical fiber sensing, optical fiber measurement and other fields, and is an important part of modern communication technology.

PLC fiber optic splitter 2×128 is widely used in the field of optical fiber communications, such as optical fiber central office, optical fiber splitter box, optical fiber connector box, optical fiber sensing and other scenarios. In optical fiber communication, PLC fiber optic splitter 2脳128 can divide an optical fiber signal into 128 channels to realize the transmission of multi-channel signals and improve communication efficiency and stability.

In the optical fiber splitter box, the PLC fiber optic splitter 2×128 can divide the signal into multiple channels to realize optical fiber distributed wiring, making the optical fiber network more flexible and reliable. In the optical fiber connector box, the PLC fiber optic splitter 2×128 can divide the signal into multiple channels to realize the expansion of the optical fiber interface and improve the utilization and reliability of the interface. In optical fiber sensing, the signal can be divided into multiple channels to achieve multi-point measurement and improve the sensitivity and accuracy of the sensor.

(1) High splitting ratio: Using PLC technology, it has a high splitting ratio, which can divide one optical fiber signal into 128 channels to realize the transmission of multi-channel signals and improve communication efficiency and stability.

(2) Low insertion loss: Using advanced manufacturing technology and high-quality materials, it has low insertion loss and can ensure signal quality and stability.

(3) Wide operating wavelength range: It has a wide operating wavelength range and can adapt to different optical fiber communication systems and application scenarios.

(4) High reliability: Using high-quality materials and advanced manufacturing processes, it has high reliability and can ensure long-term stable work.