* UTP for Unshielded Twisted Pair * STP for Shielded Twisted Pair * FTP for Foiled Twisted Pair * S/UTP for Screened Unshielded Twisted Pair * S/STP for Screened Shielded Twisted Pair * S/FTP for Shielded Foiled Twisted Pair
* UTP cable has no shielding, only an insulation around the cables * STP cable has a metal shield around each twisted pair, all pairs together are in the cable covered by insulation * FTP cable has a metal shield around all pairs - "the cable"- together * S/UTP cable has a metal shield around all pairs - "the cable"- together
(or would be the same as FTP) * S/STP cable has a metal shield around each twisted pair, and a metal shieldaround all pairs - "the cable"- together
(or would be the same as S/FTP) * S/FTP cable has a metal shield around each twisted pair, and a metal shield around all pairs - "the cable"- together
(or would be the same as S/STP) * UTP is unshielded, that's simple. * FTP and STP are ofted intermixed, sometimes S/UTP is also thrown in. In general it means the cable is shielded in one place. * S/FTP ans S/STP are of course often intermixed, both should get you a double shielded cable. * Unshielded twisted pair cable will do just fine if there are not too much electromagnic interferences (EMI), that's what the twisting is for. * Shielded cable will protect your signal better from interference. Though there are no guarantees of course, if the interference source is too strong it'll still influence things.
Things like big electro motors (an elevator engine), powerfull speaker systems (festival rig), strong light installations (that same festival rig) or a nearby high-power cable are some examples of interference sources. * Evidently unshielded cable is typically more flexible then shielded cable. * I have no idea what the practical difference between FTP and STP cable would be, but it might have something to do with the flexibility rather then with the shielding effectiveness. (): Shield
[]: Insulation
O: Conductor
[O][O]: One twisted pair of cables UTP
[ [O][O] [O][O] .... [O][O] ] FTP
[ ( [O][O] [O][O] .... [O][O] ) ] STP
[ ([O][O]) ([O][O]) .... ([O][O]) ] S/FTP
[ ( ([O][O]) ([O][O]) .... ([O][O]) ) ]
Unshielded Twisted Pair(UTP) and Shielded Twisted Pair (STP). They are used for phone and ethernet cables.
it is stp
Twisted pair cables were invented by Alexander Graham Bell in 1881.
Twisted-pair cables Coaxial cables
they are uused for televisipn
there are 3 types of cables are there 1 Twisted wire a) UTP ( Unshielded Twisted Pair b) STP ( Shielded Twisted Pair 2 Co-axial cable 3 FOC ( Fiber Optical cable )
fiber optic cables, coaxial cables, and twisted pair cables.
there are 2 categories of twisted pair calbes 1. un-sheilded twisted pair (UTP) 2. Sheilded twisted pair (STP)
The twisting in a twisted pair cable helps make the cable immune to electromagnetic interference. These cables are of two types: Shielded and unshielded twisted pair.
No. Coaxial cable is a single wire that has a thick coating around it. A common use of coaxial cable is for cable television. This is the cable that goes from the jack on the wall into your cable box. Twisted pair contains multiple cables which are split into pairs and twisted together. CAT5/CAT5e/CAT6 cable are all examples of twisted pair. There are a total of 8 wires inside. Every two wires are twisted together to form a pair. The purpose of the cables being twisted together is to reduce electrical interference between the wires.
These cables are used in telephone lines to provide voice and data channels.
while the time of cable pulling after the work some cable will be waste. so we are making role of that that is twisted pair in cables
Twisted pair cables were invented by Alexander Graham Bell, but the name of the creator of the Cat5 twisted pair cable is unknown.
That is a LAN with cables as opposed to wireless LAN without cables. Network cables now mostly used for a wired LAN are UTP (unshielded twisted pair) CAT5E, although STP (shielded twisted pair) and CAT6 or CAT7 specifications are also used. Before COAX cables were used.