What are the basics of cable splicing?
103999
2 splices per incomimg cable tops (3 TVs, or 2TVs & internet, etc.), after that signal degrades and you'll need to bring in another outside feed (cable).
100320
They usually sell the things as a kit (it will come with the shell and several pins).  However, you will need the crimp tool also, and these cost a lot if you're only doing one repair.\n\nRadio Shack also sells a DB-25 shell with the pins already in place that you just solder the wires to (I think - it's been a while, but if Radio Shack doesn't sell it, somebody else will).  If you still can't find this item, consider buying a ready-made cable with the connector already attached, cut it in half, and splice it up the the existing cable.  DON'T try to pull the pins out and swap them around - this will damage the DB-25 connector.
895774
Depends how fussy you are. Take a cat 5 cable and run it across. Use the corners between ceiling or floor and walls. A cable in a corner won't be very obvious and for ethernet you can run 100m lengths without problems. \nIf you really want to hide it you can lift up the carpet edge and put the cable underneath round the edges. You might have an underlay layer, which has a small gap before the wall starts. You can cut the underlay if not. Just run the cable down the gap and put the carpet back on top. The underlay is generally 5mm or so thick so you won't notice the bump and you are only cutting something you can't see.
1160414
Yes you can, either buy a cross over cable, or make one!\n\nThe cheapest way and, not always the most appealing method\n\nClip the following wires in half.\n\nSolid green\nSolid orange\nWhite with green stripe\nWhite with orange stripe\n\nNow cross these wires as follows:\n\nSolid green on end one crosses with solid orange on end two.\nSolid orange on end one crosses with solid green on end two.\n\nWhite with green stripe on end one crosses with white with orange stripe on end two\n\nWhite with orange stripe on end one crosses with white with green stripe on end two.\n\nYou can use this method to splice the wires instead of getting a crimper, but it is advised to solder the wires together, and cover well with electrical tape, or shrink-wrap.\n\nThis is a bit ghetto, but informative I suppose.\n\nRun the Internet connection sharing wizard in windows.\n\nDo keep in mind that unless you use the USB cable supplied with your modem "I do not recommend" you will need two Ethernet cards in the PC connected to the modem.\n\nOne for connecting to the modem and  one to connect to the other computer.\n\nMyself I prefer using a router, ICS is just not reliable enough for me!
5098
100 Foot CAT 6 Patch Cables\nhttp://www.deepsurplus.com/s.nl;jsessionid=ac112b801f43bb9c562dfa3c4c42b5d38f5999702080.qQvJq2PEmlnva30N-BbQmkLz-ATzr6Lzn6rzqwTxpQOUc30KaNDNo6XKq6zInRmLa3mT8RbCpR0HoA5Qmh0KaMTNo6XK-kDvrA4Ka3aIqRnvp6iIpAjOp6jynQjM-AbJpgaRah4Rc3mTbxixf2bCpQPz8QfznA5Pp7ftolbGmkTy?sc=2&category=109\n\nYou could also buy bulk cable and ends and a crimper to make your own...\n\nhttp://www.cablestogo.com/categories.asp?cat%5Fid=300&engine=adwords!654&keyword=%28bulk+cat6+cable%29\nhttp://www.cablestogo.com/product.asp?cat%5Fid=1403&sku=04622\n\nHere is how to...\nhttp://www.swhowto.com/CAT5_Ch1.htm
499492
The wiring instructions consist of:\n\n1.  the receiving bank's name;\n2.  the receiving bank's ABA routing number;\n3.  the receiving party's account name; and \n4.  the receiving party's account number.  \n\nIf you are sending a wire transfer you need to get these four items from the person who will be receiving the wire transfer.  Give them to the bank where the wire transfer is being sent from, along with the amount of the wire transfer, the account name and the account number of the person sending the wire.  Often the sending bank will require these instructions in writing from the person who owns the account sending the money.
63065
The LC Fiber Connector used on the LC Patch Cords has a latch mechanism that allows the connector to be easily engaged and disengaged. This latch also prevents the plug from snagging when jumper cables are being routed. A small-form-factor (SFF) design based on a proven 1.25-mm ceramic ferrule with a \n \n \nfamiliar latching mechanism of a RJ-45 modular plug and jack. A duplex configuration offers a high-density fiber-to-fiber pitch with the lowest insertion loss among SFF connectors at 0.1 dB average. A single-mode and multimode product range LC Patch Cord utilizes the smaller 1.6 mm cordage. The duplex cordage is 1.6 mm by 3.6 mm in a figure-8 design that has two single fiber cords joined together with a web.
531867
I am typing this answer on a computer connected with a cat-5 cable to a LAN. You need to explain what "climping" is and what you are trying to do before anyone can help you with your problem.
646572
One method\n\nhttp://ift.confex.com/ift/2002/techprogram/paper_10516.htm
893150
http://www.cable-modems.org/q&a/index.php?one_question=17\n\nRead here....this is better\nhttp://antionline.com/archive/index.php/t-264483.html
918906
google it http://www.webopedia.com/TERM/s/spooling.html
356544
Here are the different types of cabling and the maximum distance they can run:  \n\nUse a 10Base5 Thick Coaxial 500 meters\n  \n10BaseT Unshielded Twisted Pair 100 meters\n10Base2 Thin Coaxial 185 meters\n10Base5 Thick Coaxial 500 meters\n10BaseF Fiber Optic 2000 meters\n100BaseT Unshielded Twisted Pair 100 meters\n100BaseTX Unshielded Twisted Pair 220 meters
358417
just go to the nearest computer store or Radio Shack and ask for crossover cable to connect to computers together, Thay'll know what you talkin about. You don't need to spend alot for a brand-name like Belkin. Also, it's are pretty easy to make it yourself.
762824
The answer to this is actually pretty simple - and it applies to the Christmas lights, too.\n\nThe cable (or wire) that the signal passes through is formed of multiple strands of much finer conductor, twisted to form a (relatively) uniform outer surface to which the insulating jacket is bound.\n\nOver time, you'll tend to pull the cord into longer and longer lengths ... with one of two results. Either the twist gets tighter (and the cord appears slightly thinner), or the twist gets looser.\n\nIn either instance, the "memory" of the wire will want to try and return it to its initial configuration (including tightness of twist). Once the stress is off the conductor, back it goes! And probably snarls itself in the occurrence, because you've tried to pack it away in the EXTENDED configuration.\n\nKnotting is another phenomenon entirely. In this case, relative motion of the gathered conductor bundle tends to "slip" one loop against the next. In the extreme, what used to be the outside loop becomes the inside loop ... and you have a potential knot. Unknowingly, you reach in and grab the "new" inside loop and pull ... thereby completing the slippage and you now definitely have a knot!
439386
Standard copper coaxial CABLE TV wires use a drip-loop to compensate.\n\nThe drip loop is approximately 12 inches long, so the wire probably doesn't move more than six inches.
1153457
go to radioshack...they sell basic instruction manuals, circuits and all the bits you'll need
352019
http://en.wikipedia.org/wiki/Filament_winding