SimplyVJ,
I know this is about 4 months old now but I stumbled upon it while researching methods for an idea I had that I want to implement if I can. I digress...
As you’ve received from others, the solution(s) here are fairly straightforward. It’s funny, back in June, just before you posted your question, we moved into a new apartment building that is supposedly state of the art, wired up for automation/IoT, gigabit LAN in each home, etc.
When I moved in, only one of the 12 cat5e jacks worked. (That should have been my first red flash regarding their supposed ‘state of the art’ claims yet using cat5e...Cat6, meh, ok. Cat 7 or 8, or technically, fiber throughout plus the Cat cable, that’s state of the art.)
Anyway, what I discovered was nearly the exact issue you had. They had one jack wired up with all 4 pairs and the rest - I almost had a heart attack - were blue & white/blue to blue & white/blue spliced with a wire nut. I about lost it.
Anyway, thankfully, I know how to do this stuff so I corrected it.
One thing that I find confusing with what I saw - and what I see in your enclosure - they used a coaxial splitter while the combo module the used for the phones has a coaxial splitter built in. In a small enclosure you need ever centimeter you can get and they stupidly wasted space and incorporated unneeded hardware.
Anyway, you received many good answers. I’m not sure if you are 100% complete with doing the correcting of this.
Please feel free to PM or contact me and I’ll help and I can send you images of what I did for my own apartment and the ‘how to’.
Two suggestions:
First, and this is more of a really REALLY old school - technically won’t cause as big an issue as it could - type of detail. But I was taught - and I still do it and I teach others this too - on any run of cable, for you, cat5e, whatever connection protocol or method you use on one end should be the same on the other. Thus, at your wall jacks, the cat5e is ‘punched’ to a keystone; therefore, the other end in your enclosure should be punched down as it’s connection type rather than having rj45 crimped in the enclosure and punched to a keystone in the jack. Always mirror your terminations. (Yes, you can do it with rj45 on one end and punched on the other. It’s just not technically ‘right’).
The wisest course is the mount a panel in your enclosure - google ‘8 port structured enclosure data module’ - if you find a 16 port, great, otherwise you’ll need 2 of them. These modules have those 110 punch strips like that module used for the phones and alarm and then have a corresponding data/rj45 jack adjacent to each 110 punch. These are slightly different than a traditional patch panel in that these are made specifically for enclosure based mounting for structured wiring.
Then you’ll need to trace - if you haven’t yet - every run of cat5e and label each end of the run plus create a labeling ID method for the wall plates like: D1, D2, V1, V2, C1, C2, for data, voice and coaxial/cable respectively.
For the enclosure end of the cat5e runs, find whichever one you labeled as D1 and punch it to the correct 110 for the 1st rj45 jack on the module. Continue with D2, D3 and so on until you’ve put all 6 cat5e DATA runs to that module.
On the second module, punch V(oice)1 to the 110 for that module and again continue with V2, V3, etc. (you could also do T1, T2 etc. for telephone but V is more standardized.)
Next, decide if you’re going to keep and use that module - which I suggest due to its alarm use - and run your coaxial to its splitter so you can ditch the extra. (Additionally, you could get a module similar to the data module but that’s designed better/smaller and for the same use with the alarm etc. and ditch that bulky module; in this case you’d use the splitter that’s in there and mount that in a corner of the enclosure.)
*Keep PLENTY of mountable zip ties handy and I like to use that circular paper in a metal ring key tags as my labels for every wire as they are easily zip tied to every cable.*
At your wall jacks, go ahead and punch all 4 pairs to BOTH keystones. Regardless of whether one is for voice or not. An rj45 with all 4 pairs punched can actually even have a RJ11 telephone cord plugged in to it and when using just voice, the other pairs are just not used. BUT you’ve given your self room for expansion and a little future proofing.
Back at your enclosure, whether you keep the existing module or get a new voice distribution module, punch your ‘hot’ (active) voice line to the correct ‘input’ 110 strips.
The rest of the 110s are just outputs.
Personally, i would get a 3rd if those 8 port ‘data’ modules and mount it directly below the module you punched your voice cat5e to.
Now, whether you keep the existing module or you get a new voice and alarm module that matches the form factor of the data boards, it doesn’t matter.
In either scenario, you will have punched you hot dial tone carrying cat5e to the 110 inputs for voice and alarm management. (Note, despite voice only needing half the pairs, I suggest still punch them all down on the input according to the 110 colors so that each copper has a better terminating point and, again, it not only is a more professional look, it’s future proofing.)
Finally, whether it’s from the existing one or a new voice/alarm module, after you punch the 110 inputs, you’ll now run a short piece of cat5e that you punch to every 110 output from the voice module and then terminate it by punching it, in the same order (the first 110 out put to the first 110 input, then second, third, etc.), to that third 8 port ‘data module’.
You’ll now have one 8 port board with your planned data lines punched to it, one 8 port module with your voice runs punched to it, one voice/alarm distribution module that is receiving the service and, finally, that has its outputs punched to the third 8 port ‘data’ module. If you look at it now, you have your voice/alarm going into the module and then out from it & ending in the third 8 port module. Now you need to get the dial tone out to the jacks. So, look on amazon for a 25 pack of 6” or 8” Cat5e shielded patch cables. You’ll take 8 of them and plug one end into all 8 jacks on the third 8 port module and the other end into all 8 jacks on the 8 port module that has your ‘voice out to rooms’ runs of cat5e punched to it. Do it in order. Port 1 to Port 1, etc.
Now, whatever you do with your phone services, get multiple phone numbers/lines, a backup dsl connection, WHATEVER...every voice jack in every room throughout the apartment now has those very phone service running to & from & over those runs.
The last part is the data. Your enclosure appears to small to mount your router inside of it. So, mount your router just outside of it, as close as you can but also adjacent to a spot that you can easily have between 1 and 8 cat5e cables run to the inside of the panel and still close the cover without issue.
**Note: if you have an 8+1 WiFi router then your all set. If not or if you just want to minimize the number of patch cables that you run from the router back to the inside of the enclosure, you’ll need to get a basic gigabit switch. They are inexpensive. Get an 8+1 (8 LAN & 1 separate uplink) or a 10+ port switch (but as small as you can - to start with and you’ll mount it in the opposite corner of - and as close as possible to - that 8 port module that your data lines are punched down to; position it in a way that you can use your short patch cables to connect 8 ports on the switch to those 8 data ports on the module.
THEN run one longer piece - but still as short as possible - cat5e cable from one port on the switch and out to LAN port 1 on the router you’ve mounted adjacent to your enclosure.
The only remaining step is to then take the cat5e that is carrying the active internet service from your isp and plug that into your routers WAN/Uplink.
At that point, every data jack in the home now has service running to it. If you need more than 1 port in a room, get a small 4 port gigabit switch and hide it behind furniture or tv or something.
**PLUS: if there is a room that does not need voice service but does need data and even a second data port, all you have to do is go to your enclosure, unplug the patch cable from the appropriate jack(s) on the voice boards and (on the 2nd board, the one that has your ‘voice lines’ out to every room) plug a patch cable into the contract jack in that module and the other end into that gigabit switch. VOILA, you just ran a second data line to one of your rooms.
That scalability and flexibility is always there for you BECAUASE you made sure to punch down every pair from every line to every keystone and every 110 on the modules. That is what gives you the hot swap capability of making changes as the need develops.
However the best parts of this set up are that:
1) Everything, even the router, is out of sight.
1A) you’re in an apartment so, assuming it’s not in a converted warehouse or some building with a type of construction that will destroy WiFi signals, leaving your router mounted in a closet by the enclosure will be fine. Apartments are small enough - at least on average - to still have PLENTY of WiFi coverage while using the out of sight mounting.
1B) IF not or IF you want to increase it for a specialized set up, then, in the room farthest from the router, just simply plug in a repeater to the data jack and you’ll have blanketed coverage.
2) EVERYTHING is together now and has a professional and finished look. It’s labeled, etc. so it’s easy to troubleshoot, etc. there is only one place to look as it contains 99.9% of the possible problem areas (unless a keystone jack punchdown becomes loose or a rodent chews a wire in wall. Both of which there is no way around).
3) Your Router is still in control and managing your network as you see fit. It is the DHCP server and IT manages your QoS, 4K streaming, etc. plus you can go anywhere in the home and get the same abilities and features because the router is sending it everywhere inside your LAN/WLAN. No need for a router to be in a certain room.
4) You can log in and manage your router and network from any connected device - but it’s better to use a wired device if you’re doing firmware work - to manage settings are do whatever you want.
5) Despite this being an apartment and not a home you own, you’ve still been able to build in some future proofing and room for expansion as technologies emerge or evolve that would change what your needs are.
——
Bryan
P.S. Again just PM me with questions or whatever.
P.P.S: if you have a cat5e coming into your enclosure that does NOT require a modem, there is another step I suggest.
• Since you only have 6 - currently - data jacks throughout the apartment, on that first 8 port data module where you punch the 6 runs to the first 6 110s, take the input Internet cat5e cable, cut off the rj45 connector, strip 1/2” sheathing away and punch the 4 pairs down to the 110 strip for jack number 8 on that first 8 port data module.
• THEN, run a patch cable from jack 8 to the WAN/Uplink on your router.
• This way, you’re following the rule of mirroring your termination methods on both ends of a run as, in an apartment building, it’s 99.99% likely that at the end of your incoming run, it is stripped and punched to a board of some sort.
**IF your apartment building setup requires an actual modem in your apartment, then mount this under, next to ir above your router near the enclosure. Have the modem connect as needed and then run the patch cable from its rj45 to the WAN/Uplink on the router and DO NOT cut/strip/punch in that instance.
Good luck.