Highly variable. For example, DSL (Digital Subscriber Loop) uses open telephone twisted pairs to transmit a symbol modulated 2 MHz carrier.
100ft
The length of the cable is typically limited to 100 meters. The cable should not pass too close to sources of electromagnetic interferences (for example, motors). This type of cable has a limited bandwidth; typically much less than that of fiber optic cables. The bandwidth of twisted pair cables is typically 100 Mbps or 1 Gbps.
The insulation and the resistance within the cable is of great importance. Whether the inner cable is one filament or several twisted together also is part of this. The composition of the alloy used is important. How long the stretch of cable is does influence bandwidth drastically. The electronics used is often very important. Electronics can be made to compensate for flaws in cheaper cables, hence giving you greater bandwidth.
It's short for "category five", which is a type of cabling. The "Cat 5" part refers to the technical specifications of the cable, such as the bandwidth. Cat 5 cable is (usually) unshielded twisted-pair.
Your question doesn't make any sense. Is this really the question you are trying to ask? Are you trying to determine the max bandwidth that can be achieved using twisted pair?
twisted pair wire is limited in distance, bandwidth, and data rate.
twisted pair wire is limited in distance, bandwidth, and data rate.
if by "twisted pair cable" you mean a cat5 cable which is commonly used as an ethernet cable. then it´s made of copper.
Both the coaxial cable and twisted pair cable have a basic connection medium for network cabling. <<>> Coaxial cable can be used for transmission of RF (radio frequencies) whereas Cat 5 (twisted pairs cable) can not.
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.
twisted pair cable can used as LAN connections....for example CAT5 and CAT6 both twisted pairs.
The maximum bandwidth of fiber optic cable is typically around 100 terabits per second.