The 1 x 24 PLC fiber splitter is an optical power management device manufactured using silica optical waveguide technology and used to distribute optical signals from a central office (CO) to multiple location locations. PLC splitters are commonly found in PON (passive optical network), data communication, LAN (local area network), CATV (cable TV), LCP (local convergence point), FTTx and other applications, suitable for communications, medical, banking, construction, large office buildings, offices, etc., and are places that require high-quality networks.
Features:
1.Split Input Signal Evenly into 24 Output Ports
2.≤16dB Low Insertion Loss and ≤0.4dB Low Polarization Dependent Loss
3.Fully Passive Optical Branching Device
4.Compact Housing Fits Racks, Wall-mounted Boxes, Fiber Distribution Box, etc.
5.1260~1650nm Broad Operating Wavelengths
6.G.657A1 Bend Insensitive Fibers for Low Bending Loss
7.Commonly Found in POL, Datacom, LAN, CATV, LCP, FTTx and More Application
Product introduction：
The 1 × 24 PLC fiber splitter is designed based on the planar light wave circuit (PLC) technology, and the optical signal is distributed and merged by fabricating microoptical elements on the optical waveguide chip. This technology has the characteristics of low insertion loss, high reliability and excellent optical performance, and can meet the needs of efficient light distribution in optical communication systems. 1 × 24 PLC optical fiber splitter, Mini Module, 900μm, SC/APC, Singlemode is a splitter suitable for optical fiber network systems, with 1 input port and 24 output ports. Singlemode indicates that the splitter is suitable for single-mode optical fiber communication environments, and its operating wavelength is usually between 1310nm and 1550nm. The Mini Module means that the splitter has a small modular design that makes it easier to install and integrate into a variety of fiber optic network systems. 900μm is the suitable diameter specification for optical fiber, which is commonly used for the connection of optical communication systems. SC/APC indicates the connector type. SC indicates the connector type, and APC indicates that the end face of the connector is diagonally-polished to reduce insertion loss and reflection loss. It is suitable for optical fiber connection environments that require high optical performance.
Advantages: The design of this high channel number enables it to meet the requirements of efficient light distribution in optical network systems such as fiber to the home (FTTH) network, and can meet the requirements of distributed optical signal transmission between multiple users. Optical fiber splitters are widely used in optical communication systems and optical networks. The 1X24 has 24 output ports, and the optical signal from the input port can be distributed to 24 different output ports in a ratio of 1:24. The design of the mini-module makes the separator easy to install and integrate into existing optical network systems. Its compact design and stable performance make it highly flexible and suitable for scenarios with limited space. In addition, the use of PLC technology also gives the distributor high reliability and stability, in a variety of environmental conditions can maintain good performance.
Disadvantages: In practical applications, the 1 × 24 PLC fiber splitter usually needs to be used in conjunction with other fiber optic devices and connectors to achieve the transmission and distribution of optical signals. By combining with optical transceivers and optical connectors, a high-performance, stable and reliable optical communication system can be built to meet the requirements of optical fiber transmission in different scenarios.
Summary: In summary, 1 × 24 PLC optical fiber splitter, Mini Module, 900μm, SC/APC, Singlemode is an important optical fiber splitter, with high channel number, stable and reliable characteristics, suitable for optical fiber splitter in optical communication system. Efficient distribution and transmission requirements. Its small modular design and the application of PLC technology make it play an important role in optical network system, which is of great significance to improve the performance and reliability of optical communication system.
