It's very hard to tell because both have shields. Last version of STP must be better than coaxial.
no there about the same one's just white
Wireless modems are more susceptible to being broken into than cable modems.
Waveguides are used at higher frequencies where their loss is lower than coaxial cable. Coaxial cable is used at lower frequencies where waveguides are too large and heavy. Lastly Coaxial cable is also used at higher frequencies where some flexibility is required.
The purpose of using a coaxial splitter is so that one can connect more than one device to a single coaxial line. For instance connecting two TV's to one coaxial line for cable television.
This can be a complicated question, but in most cases cable is faster than DSL. Cable offers more bandwidth to more people than DSL, and the coaxial cables used to transmit data are much larger.
Cable connectors are used on coaxial cables, which are ports in the wall that connect to a TV. The connectors are used to either link together two coaxial cables or split it off into more than one.
UTP is cheaper to install than STP or coaxial cable; therefore, it is a popular network choice
Generally speaking, RG6U can replace 5C-2V coaxial cable because these are cables with very similar characteristics. RG6U cable is even better because it has lesser attenuation than 5C-2V. So you can without a doubt use this cable if you're replacing cable for your TV.
It is not true. Attenuation is higher in twisted pair cable. See related links: It is, because coaxial cable is concluded system and magnetic field of signal in coaxial cable is kept inside the cable so there is little energy losses because no energy is spent on inducing currents outside of cable.
A coaxial cable is shielded from electrical interference signals whereas UTP (Unshielded Twisted Pair) cable is not. The random twisting with which UTP is manufactured works very well, however, in locations where the interference levels are relatively low, because its method of construction ensures that any interference affects both wires in the pair equally. It should also be mentioned that STP (Shielded Twisted pair) cable is also available and is sometimes specified for LANs (Local Area Networks) instead of coaxial cable. But the much greater volume of coaxial cable sold means that coaxial cable prices have been kept very competitive with STP. As STP tends to be more tricky to install - its shield has to be very carefully and correctly terminated at each end - coaxial tends to be used more than STP where noisier-than-normal interference conditions are present at a particular site. Since the 1990s NIC (Network Interface Card or Component) equipment has had extra logic cicuits within it to reject ambient interference much more effectively than equipment which was designed in the previous 20 years, so nowadays UTP can be used more extensively in locations where only STP or coaxial cable would have had to be used before. So, in relation to LANs in normal non-industrial office and domestic buildings, this exam question is now almost obsolete! However coaxial cable is still necessary to carry LANs in difficult environments such industrial plants; hospitals; undergound railway and road tunnels and mines; on board ships and aircraft, etc. and must also be used to carry signals for radio, televison, video and other applications which run at much high frequencies and bandwidths than LANs.
Composite RCA will be better than a coaxial cable (RG6). The order of quality and maximum resolution from best to worst is: HDMI (including HDMI 1.4 3D) DVI Component Video S-Video Composite Coaxial cable
optical fiber ,twited pai,coaxial cable