No, not all coaxial cables are suitable for internet connection. It is recommended to use a high-quality coaxial cable specifically designed for internet use to ensure optimal performance and reliability.
The Dell Inspiron 4000 does not include a coaxial jack. Unless you are using a third-party add-on, you are most likely confusing the S-Video jack / cable with coaxial. S-Video is used for outputting high-quality video to newer televisions. It does not, unlike coaxial cable, carry an RF signal.
Yes, coaxial cable can improve TV picture quality compared to other types of cables like RCA or composite cables. Coaxial cables have higher bandwidth capabilities, which allows for better transmission of high-definition signals with less interference. Additionally, coaxial cables are more shielded, reducing signal loss and noise in the transmission process, resulting in a clearer and sharper picture on your TV.
J. K. Lynch has written: 'Coaxial cable as a high-capacity transmission medium' -- subject(s): Coaxial cables
scattering, costs high than wireless communication, difficult to maintain,splicing should be perfectly taken care ,otherwise the loses increases in the optic fibres
The purpose of a coaxial port is to transmit high-frequency signals with minimal interference. It is used in electronic devices to connect antennas, cable TV, and other devices that require high-speed data transmission.
The cable television industry predominantly uses coaxial cable for signal transmission. Coaxial cable is designed to carry high-frequency signals, featuring a central conductor surrounded by insulation, a metallic shield, and an outer insulating layer. This construction helps minimize interference and allows for high bandwidth, making it ideal for delivering television content effectively. Additionally, fiber optic cables are increasingly being used for higher capacity and faster data transmission in modern cable systems.
The term coaxial comes from the inner conductor and the outer shield sharing ("co-") the same axis. It is often used as a high-frequency transmission line to carry a high-frequency or broadband signal but may also be used for frequencies as low as audio frequency.
Quad Shield RG6 Coaxial Cable is a type of coaxial cable designed for high-performance signal transmission, commonly used in cable television, internet, and satellite systems. It features four layers of shielding, which significantly reduce interference and signal loss from external sources, ensuring clearer and more reliable signal quality. The RG6 specification indicates its impedance of 75 ohms, making it suitable for high-frequency applications. Its robust construction also allows for longer runs without degradation, making it a preferred choice for both residential and commercial installations.
A Dolby Digital stream from a DVD player can be sent to a high def receiver by digital optical or coaxial cable.
Category 5e is a good type of network cable for a computer. They have a high signal-to-noise ratio.
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.