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You can create flexible, multi-line telephone wiring using Cat5 or Cat6 RJ45 patch panels. Here's some tips on how to wire RJ45 patch panels for telephone wiring. Home networks are becoming more important and many people are adding structured wiring for high speed data lines in their existing homes or new construction to be able to transport large files such as video and backups quickly. While adding these new data lines it's a good time to rewire your outdated home telephone wiring too! It's common to use a 66 block or 110 block for analog phone lines but it seemed a bit complicated to do what I wanted. You can create a simple switch board to help you manage multiple analog phone lines using the same RJ45 patch panels you're using for your Cat6 data lines.
Channel Vision’s 8 Port CAT6 Data Termination Hub is a structured wiring patch module for high-speed data networks. Compliant with 1000BASE-T specifications, the C. More Patch Panel Structured Wiring videos.
You can have multiple lines per room and easily change which lines go to which rooms. You can have as many or as few incoming phone lines as you need but for this tutorial I'm going to assume there are 4 incoming phone lines. Let's say one main house voice line, 1 line for a home office plus 1 fax line and another line for an older kid's room. I spent half this past weekend trying to find info on how to do what I wanted without much luck. After I figured out how best to wire telephones using Cat6 patch panels I decided to post it here so I don't forget and incase anyone else finds it useful. If you don't have a need to regularly switch around your phone lines have a look at my posts on and.
If you want something very simple use a which was very quick and easy to install. In-Wall Wiring To Patch Panel Use the same type of cable you're running for data (Cat5, Cat5e, Cat6, etc.) for the voice cables that go between your patch panel and wall plates. You don't need Cat6 for voice lines but it's a good idea to use Cat6 cable and patch panels in case you want to convert the system to digital lines in the future.
Each cable has 4 pairs of wires and each pair handles a single line. So by running one Cat6 cable up to a room you can have 4 separate phone lines. Depending on how many lines you have you may want to have a separate patch panel for data and a separate patch panel for voice or you can have them all run to the same patch panel. Just try and keep them easy to distinguish so you don't accidentally patch a phone line to a network port which may damage whatever equipment is connected to it. To make things easier to understand I'm going to assume a separate patch panel for voice lines and a separate patch panel for the incoming analog phone lines.
In the future you may change from an analog phone system to a digital VOIP or PBX system or maybe even decide you'd rather have an extra data line instead of a phone line in a particular room so punch down your phone lines the same way you punch down your data lines. That means either, whichever you're using. Incoming Phone Lines Patch Panel In our example we're going to have 4 incoming phone lines.