If you're going to purchase a PLC splitter, what aspects should you consider to select the appropriate model?
Regarding network scale and the number of access devices:
In a small business office with a number of computers, printers, IP phones, and other equipment, you might need to pick a splitter around 1:16. However, a large enterprise office building or data center, which has to connect a large quantity of terminal devices, requires a 1:32 or even 1:64 PLC splitter.
Concerning transmission distance requirements:
For fiber distribution within a building, such as between floors or in short-range indoor settings (usually within a few thousand meters), a PLC splitter with a 1310nm working wavelength can fulfill the need and is relatively inexpensive. When it comes to fiber signal transmission between different buildings or over long distances (like more than a few thousand meters) at communication base stations, due to the lower loss of the 1550nm wavelength in long-distance transmission, a PLC splitter with a 1550nm working wavelength is preferable.
In terms of installation environment and space limitations:
If installed in a roomy computer room, the box-type PLC splitter is more fitting because of its larger size and better stability. Near indoor terminal equipment with restricted space or inside fiber access equipment, the micro-packaged PLC splitter is compact and convenient for installation. For communication cabinets that demand frequent plugging and unplugging for maintenance, the plug-in PLC splitter can be easily and quickly replaced or upgraded, making it a better option. With respect to cost budget:
PLC splitters with more splitting ports, suitable for long-distance transmission wavelengths, and more advanced packaging are relatively costly. Users with limited budgets can select products with just sufficient splitting to meet basic requirements, wavelengths suitable for short-distance transmission, and simple packaging. Meanwhile, users with high performance and function demands and ample budgets, such as large data centers or telecom operators, usually prefer high-performance, high-reliability advanced models.