The speed of the coaxial cable is usually between 10 and 100 Mbps. The coaxial cable consists of a hollow outer cylindrical conductor that surrounds a single inner wire that is made of two conducting elements.
100.9 mb.s
10BASE2 is a variant of Ethernet that uses thin coaxial cable. The 10 comes from the maximum transmission speed of 10 millions of bits per second, The BASE stands for baseband signaling, and the 2 supposedly refers to the maximum cable length of 200 meters.
rank the following from highest to lowest in data transmission speed twisted pair, coaxial cable, fiber-optic, microwave, and satellite
10 mbps
coaxial cable speed is slower than fiber optic cable. it is main disadvantage of coaxial cable
coaxial cable has a solid copper or copper-clad-steel centre conductor surrounded by a non-conductive dielectric insulating material. The dielectric is surrounded by foil shield/s and/or copper braid/s which form the outer conductor and also shield against electromagnetic interference (EMI). The outer conductor/shield is encased in a PVC jacket.
scattering, costs high than wireless communication, difficult to maintain,splicing should be perfectly taken care ,otherwise the loses increases in the optic fibres
A Fire Wire 400 cable.
The maximum speed that can be achieved using a coax cable for internet connectivity is typically around 1 Gbps (gigabit per second).
coax is 200 meter maximum ,if you want more than 200 meter(video transmission) you can even use cat 5 cable with video transmitter and receiver adapters and it will be the cheap and best way. futronicservices@gmail.com
# Twisted pair - Wire twisted to avoid crosstalk interference. It may be shielded or unshielded. #* UTP-Unshielded Twisted Pair. Normally UTP contains 8 wires or 4 pair. 100 meter maximum length. 4-100 Mbps speed. #* STP-Shielded twisted pair. 100 meter maximum length. 16-155 Mbps speed. Lower electrical interference than UTP. # Coaxial - Two conductors separated by insulation such as TV 75 ohm cable. Maximum length of 185 to 500 meters. ## Thinnet - Thinnet uses a British Naval Connector (BNC) on each end. Thinnet is part of the RG-58 family of cable*. Maximum cable length is 185 meters. Transmission speed is 10Mbps. Thinnet cable should have 50 ohms impedance and its terminator has 50 ohms impedance. A T or barrel connector will have no impedance. Maximum thinnet nodes are 30 on a segment. One end of each cable is grounded. ## Thicknet - Half inch rigid cable. Maximum cable length is 500 meters. Transmission speed is 10Mbps. Expensive and is not commonly used. (RG-11 or RG-8). A vampire tap or piercing tap is used with a transceiver attached to connect computers to the cable. 100 connections may be made. The computer has an attachment unit interface (AUI) on its network card which is a 15 pin DB-15 connector. The computer is connected to the transceiver at the cable from its AUI on its network card using a drop cable. Maximum thicknet nodes are 100 on a segment. One end of each cable is grounded. 3. Fiber-optic - Data is transmitted using light rather than electrons. Usually there are two fibers, one for each direction. Cable length of 2 Kilometers. Speed from 100Mbps to 2Gbps. This is the most expensive and most difficult to install, but is not subject to interference. Two types of cables are: 1. Single mode cables for use with lasers has greater bandwidth and costs more. Injection laser diodes (ILD) work with single mode cable. 2. Multimode cables for use with Light Emitting Diode (LED) drivers. All signals appear to arrive at the same time. P intrinsic N diodes or photodiodes are used to convert light to electric signals when using multimode.{| ! Media ! Distance(meters) ! Speed ! Approx Cost/station | UTP 100 4-100Mbps $90 STP 100 16-155Mbps $125 Thinnet 185 10Mbps $25 Thicknet 500 10Mbps $50 Fiber 2000 100Mbps-2Gbps $250 (multimode) |}