What is a simplex fiber connector? Fiber optic connectors have

The manufacturing process of PLC optical splitter and FBT optical splitter is very different. When making a choice between the two, you can start from the following perspectives.

FBT Splitter production process is relatively simple, has better performance, and is widely used in CATV systems.
The raw materials used in FBT Splitter are less costly and the product cost is low. The split ratio of FBT Splitter is optional. FBT Splitter can be monitored in real time as needed and can make unequal splitters.

Suitable for a variety of working wavelengths (1260nm – 1650nm).
The allocator ratio is equal for all branches.
The configuration is compact, the volume is smaller, and the space is small.
All ratios have good stability. High quality, low failure rate.

Fiber optic splitter is also called fiber optical coupler, beam splitter, passive optical splitter. Used to split optical fibers and their signals. It is a connection device of multiple input ends and output ends, which can realize the coupling, branching and distribution of optical signals in the optical network system…

Due to the limited length of the fiber optic cable and the need for branching of the fiber optic cable on the transmission line, the fiber optic splice closure is produced. At present, there are many different styles and sizes of fiber optic splice closures on the market, and their suitable applications are also different.

When it comes to performance, there are two things to look for when choosing a fiber optic splice closure: sealing method and material. The sealing method affects the performance of foc sealing, waterproof, dustproof and so on.

How to install the Fiber Optic Splice Closure? What is the installation process? What issues you should notice?

Fiber optic splice closure also called fiber optic closure plays an important role in fiber-optic communication. The fiber optic splice closure can connect multiple fiber optic cables at the same time and it has the function of distribution and switching.