A patch panel is a simple but vital component in a networking system. The device comprises jacks that facilitate connections, interconnections, testing circuit installation, and routing. Patch panels provide flexible and convenient connections of circuits and routing cables.
Patch panels are essential accessories for organized cabling, offering a wide range of connectivity solutions to the network hardware. Local Area Network (LAN) will be incomplete without patch panels.
Ethernet patch panels and Fibre Optic patch panels are the two types of patch panels used in networking solutions. Ethernet applications necessitate Ethernet patch cables.
The fiber optic patch panel is the most commonly used advanced type of patch panel. A fibre optic patch panel is an interface that connects optical fibre cable and optical equipment. These can be mounted to 19” to 23” rack systems, as well as wall-mounted fibre optic patch ones.
Previously, fibre optic cables had several issues that affected their performance. Bending and breaking of the cables were common and people rejected using fibre optic cables. Further, it required cleaning for optimal performance. Moreover, the complex installation process, cost, and difficulties in maintenance impacted the acceptability. Hence, fibre optic systems faced severe setbacks in the market.
The design features and technology have changed consequent of R & D by leading firms. Presently, fibre optic systems have proven durability, cost-effective installation, innovative HBAs, and enhanced functionality and performance gaining widespread acceptance and good popularity.
