Warning This will not work with Gigabit networks, however if its for home use you probably don't need to worry.
(Bear with me this is my first instructible)
Other than video and audio you can adapt this to run a number of things. When used with a telephone line, it may be referred to as a 3 pair or 4 pair Voice/Data cable.
Now about the parts you'll need. You can of course throw something together by splicing wires, but i decided to go for a cleaner look. As you can see from the pictures below.
I used these items which can be purchased at your local Radioshack or parts store
(Note: this is just for one end of the cable)
1. Project box from Radioshack (Altoids tins work as well, its easy just to ground everything to the case)
2. 3 Phono Jacks (They come in packs of 4)
3. Ethernet Cable
4. Soldering Iron
5. Solder
6. RJ45 Crimp tool (optional)
7. RJ45 Jacks (optional)
8. Housing of some sort (I used a "Shack" project box on one end and metal mint tin on the other)
6 and 7 are only if your making the cable, you can also just cut a cable near the end and use that. It would probably be easier for most people. However this project is geared toward people who have a crimping tool, because I used one. I will do my best to describe what non-crimpers should do, I'll try to do one without crimping soon so I can get some pics.
Just letting you know you might have to improvise some on the box, but I have found that just wrapping it all in electrical tape will work. Just make sure the wires and Jacks are insulated.
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Signing UpStep 1Cutting/Making the Cable
Cut a slit in the shielding about 4 in. from the ethernet plug on the end of the cable. Then locate the brown, brown-white, blue and blue-white wires. Cut these wires and pull them out of the shielding through the hole you made. Make sure you snip enough wire for it to come out of the shielding.
For those with ethernet crimpers and jacks
Cut the shielding completely, without cutting the wires about 5 in. from the end of the cable. Pull off the shielding but don't throw it away. Next pull out the brown, brown-white, blue and blue-white wires out of the main cable. Then slide the shielding back over the other 4 wires left--the oranges and greens.
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It is very complicated to create a device for such an instructable title. Thinking about the design alone gives me a nose bleed.
Unfortunately it didn't work for TV but OK for data transmission. Any known reason or ideas please??
For up to 1000 feet or so, the solution is to use a video balun on each end of a twisted pair. Shielded twisted pair would be nice, but unshielded (UTP such as CAT5) works okay too. The source-side balun converts the single-ended 75 Ohm composite video into differential 100 Ohm, (that matches the CAT5 impedance). The far balun converts it back to 75 Ohm single-ended. This also avoids noise picked up in a long coaxial cable outer shield, and isolates the two sides to prevent ground loops.