![]() ![]() ![]() |
|
cyril7: Hi, surely Peter was implying that the voice pair was only connected to the phone RJ45 and the remaining pairs to the ethernet one? in which case its not a problem.
Cyril
I am wiring all the wall-jacks as 8P8C. Put in an 8P2C plug and the wall-jack is a phone outlet, use an Ethernet patch cable and it's a data outlet.
PeterBC: Hi Sbiddle. I am using the 4/5 pair for telephone signals. This rules out Mode B POE and hence passive (I think). That's a pity, as passive would otherwise be the by far the most economical solution. I have learned, too late, the painful lesson here that going to VOIP is as much about alarms and power supply as data and telecoms and that this needs to be built into your planning right from the start. I can still do it but at the cost of much more expensive gear. Maybe this could be highlighted in your excellent tutorial?
Any pictures of cable management anyone?
richms: It will be unless you disconnect it as 100 meg devices tend to short out unused pairs on many designs
I will be replacing half the RJ45 inserts in my dual outlet face plates with BT or RJ12
chevrolux:
I will be replacing half the RJ45 inserts in my dual outlet face plates with BT or RJ12
Like Cyril says RJ45 is an international standard for structured cabling. It means joe bloggs can come to a site and know that behind that square plug on the wall is one cable with 4-pairs and it goes to the corresponding outlet on the patch panel. It means you can plug a plethora of devices in and know that they will work. Using a BT/RJ45 combo on your wall outlets is just flat out retarded to be frank. As is running one cable to an outlet you intend to plug a phone and computer in to. There is just absolutely no reason to run one cable. It is so ridiculously cheap.
|
![]() ![]() ![]() |