What Is a Patch Panel?

A patch panel is a hardware device that features multiple ports that help organize cables, each port containing a wire that goes to a different location. They are available as compact units or large devices with hundreds of electric sockets. Additionally, they can be set up for fiber optic cables cat5 cables, RJ45 cables, and various others. In this blog, we will be providing an overview of patch panels, how they work, and their uses.

Patch panel units have the ability to connect various IT devices together, offering organizational solutions within communication closets, telephone company central offices, and data centers. Familiarizing yourself with such devices can help you better understand if your operations necessitate patch panels. Within a patch panel, each port connects to a different device somewhere in the facility. Each panel bundles all the connections together to connect to another network. It is this configuration that allows LANs to connect to WANs, or to the internet. For example, they find use in facilities with many telephone lines in which all phones are connected to one mainline.

Using a patch panel comes with many advantages, some of which surpass their organizational abilities. Nonetheless, we must admit minimizing the clutter that cables produce is quite an advantage. Next, scalability makes its way to the top of the list, allowing operators to add additional devices without needing to run new cables end-to-end. Additionally, they are relatively inexpensive devices as their only task is facilitating data transfer. Patch panels also successfully lower cable costs, allowing operators to use shorter, inexpensive cables with lower price points than costly counterparts like fiber optics. Lastly, these units are easy to maintain such that if you need to carry out a performance test, it can be completed with ease.

Though patch panels are probably one of the oldest types of technical equipment, they are still popularly used today. Due to their simplicity in design and function, data centers and other similar facilities utilize them over other options. While patch panels are utilized for their organizational characteristics, the cables being connected to them must be tangle-free prior to insertion. Furthermore, ensuring that all cables are inserted into the proper electrical sockets is paramount. Unorganized cables can make troubleshooting difficult and can even lead to outages if the wrong cable is unplugged. The next section will provide a few tips for keeping your patch panel in order.

The first step to keeping cables organized within a patch panel is to label them. Labeling them on both ends or along the middle can make it easy for technicians to ensure they are working on the right lines. Next, one can opt for patch cable organizers which allow you to run lines neatly and evenly. Color-coded cables are also helpful, allowing you to quickly identify each cable. Lastly, zip ties can help bundle cables together, keeping the space neat.

If you find yourself in need of patch panels or their related components, rely on ASAP 360 Unlimited. ASAP 360 Unlimited is a premier distributor of aircraft, aerospace, and aviation parts, all of which have been sourced from thousands of top manufacturers across the globe. With over 2 billion items at your disposal, you are bound to find what you need with ease. Owned and operated by ASAP Semiconductor, we set ourselves apart from other distributors in our steadfast commitment to providing rapid lead times, unmatched cost savings, and exceptional customer service. Kickoff the procurement process with a competitive quote which you can request via our Instant RFQ service, and see how ASAP 360 Unlimited can serve as your strategic sourcing partner. Alternatively, you can call or email us at any time; we are available 24/7x365!