This wiring system provides a centralized location for the following services for all of my rooms (master, 3 bdrm, kitchen, living, garage, office).
1) Local area network (LAN),
2) File server and backup,
3) Telephone,
4) Cable HDTV,
5) Power surge,
6) Power conditioning,
7) Signal Amplification,
8) Internet,
9) Battery backup.
I don't have actual construction photos since I didn't take any but i'll show and describe the final solution that I came up with.
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Signing UpStep 1: Schematic and Materials List
Parts Listing:
1) Cat-5e (internet, lan)
2) COAX RG-59 or RG-6 (cable tv, antenna)
3) Phone cable (telephone, cable telephone)
4) Romex Electrical wire (electricity)
5) 4-port Wired/Wireless-N Router
6) 16-port Switch
7) Electrical outlets
8) 8-way video splitters
9) 2-way video splitter
10) Cat5 patch panel
11) telephone patch panel (bus bar)
12) cable modem
13) file server - primary
14) file server - backup
15) surge protecter, battery backup (cable, phone, electrical, lan)
16) cable try (metal studs)
17) outlets (ethernet, phone, cable)
18) cable ties.
Schematic.pdf(612x792) 134 KB








































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Thanks for sharing.
I'm using blue jacketed Cat 6 for all Ethernet and gray jacketed Cat 5e for all phone wiring.
For the phone I'm using the blue pair for line 1 but which color pair should be the DSL (U-Verse) modem pair? I'm currently using the brown pair from the POTS splitter, but can easily change it to green or orange.
I am connecting only the pair that is leading to the modem so as to avoid any "stub outs" to other locations in the house.
Thanks!
Jim
2) improperly grounded, bad amp, ESD, TV still turned on while making the connection... could be many things shocking you. I'd get it checked out.
3) readyNAS (Netgear's version of Network Attached Storage) looks pretty good. Cost and performance were deciding factors for me. My Buffalo system has been running non-stop since installed with no problems... the GUI is a bit clunky though.
I'm happy you enjoyed my instructable.... there's a lot of information here and I'm happy to share it. with everyone. I have learned a lot of things from the internet and this was my chance to give back and help out others. Enjoy!
Thank you
If you are using static IP addresses on these devices they may be set to the same IP address so neither one will work correctly. If you are using DHCP server then make sure the number of addresses in the IP address pool (i.e. starting address to ending address) includes enough IP address for all the devices on your network.
An instructable on installing and setting up a PBX would be good as I am looking at this kind of system for my house.
I checked my 192.168.100.1 cable modem reading the following:
1.1dBmV Receive Power Level
54.2 dBmV Transmit Power level
Years ago when I set up this network I adjusted the setting on my amps and these were the best readings I could get at the modem (taking the surge suppressor out of line seemed to have no effect on the power levels).
www.speedtest.net gives:
22.87 Mb/s download speed
0.49 Mb/s upload speed.
ping 19ms.
Its been running like this for several years now with no problems in speed or TV running in multiple rooms at the same time.
On one TV I did have to add an additional amp when I moved the TV to the other side of the room with a long coax cable from where the cable come out of the wall to the TV. adding the extra am worked fine. Maybe adding the amp after the modem I might have been able to avoid putting in the extra amp? not sure.
that could increase your upload if you are need a little more bandwidth... just a thought.
1) cable cost. I did spot check on prices and cat6 cost 20% to 30% more.
2) Bandwidth:
cat5 (100MHz) <--- don't get this
cat5e (300MHz) <--- this is what I have and recommend (today for homes)
cat6 (500MHz) <--- still expensive, but getting cheaper all the time, if network must be "gigabit certified" get this. Probably more than you need given what you wrote in your message.
3) cat5e & cat6 both can run 1000Mbps/100mbps/10Mbps. Both cables can run gigabit Ethernet with no problems.
4) cat6 is better in noisy environments with lots of electrical interference due to better shielding (more twists per inch). When installing stay away from electrical lines or cross them at 90 degree angles to minimize interference.
5) rule of thumb. if running long distances use cat6, short distances cat5e.
6) keep cable routes under 100 meters (328 ft) max
7) Your Internet Service Provider will only run at speeds of 3-15Mbps (depending on your ISP service). The cat5e/6 handles 1000Mbps. Therefore all that extra capacity is only used on your LAN (i.e. between computers, not through the ISP's WAN connection). Seems to me like 100Mbps is enough unless you have LAN gaming between computers going on while using the internet through all available ports. FYI, I watch hulu on a wireless laptop with no problems.... not much bandwidth used at all for that.
8) Just because you have cat6 cable does not mean you are running at gigbit speeds. All the network equipment must be rated and operating at that speed. This means to run at gigabit speeds your router, hubs, switches, interface cards, cables, etc.... must all be running gigabit speed. The slowest one dictates the speed of your network. This means a lot of extra expense to get speeds you may never use to its fullest.
Hope this helps.
I count that you want a total of 8 ports with one in some rooms and two in other rooms. That is very similar to the system in my house... see the schematic. Just run all cables to a switch or router in some central location that is connected to the internet and you're in business. If at some future day you find that you need to connect more computers but you only have one port at that location you can always put a cheap 4-port hub in that location and easily connect 4 computers. Of course to connect the hub you need a power connection nearby.... or go with network hardware that supports PoE (Power over Ethernet). Sounds like your main concern is getting TV in multiple locations without having to pay the cable company for a box at each location. Think about running two coax cables to each room where you want TV. One for basic cable and the other for over the air HDTV antenna (assuming you have a good signal where you live). The over the air HDTV works pretty good and is free. The basic cable doesn't need a cable box in each room. If you need one in each room for premium channels or HDTV then the cables are available. You can look at devices like the SlingBox and SlingCatcher to send HDTV from your main TV to other TVs in your house over the Ethernet connections. if you have a SlingBox they have a neat app for an iPod phone so you can watch TV from anywhere in the world with internet access on your iPhone for free. If you have computers in each room next to a TV or monitor then you can run media center software or Boxee. There are hundreds of different configurations out there so you just need to find one that fits your budget and need. Just one more thing.... if you put computer next to each TV remember that fans and hard drives make noise and tend to have little flashing lights..... those might interfere with your TV watching or sleeping. Also you would need to leave them on all the time.