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.
To extend a coax cable without special tools you will need a second coax cable. You can plug the second coax cable into the end of the first one (the end that is plugged into the wall).
Cable modems use RG-6 coax cables.
coax.
False. You probably have figured it out already, but video signal (dubbed CATV or Cable TV) was previously the only thing traveling through the cable coax you use today to transport IP data and video data. As a result, the downlink is going to be much higher than the uplink due to the bandwidth of the signals traveling through the coax. With that in mind, Cable Broadband remains asymmetrical.
This would depend upon your TV and the receiver and if it has a coax port available on the back. You can use an RG6 coax cable between the receiver and TV. Most newer HD receivers do not have a coax port on the back
The best size is RG 6 coax. However for short runs RG 59 will work.
For Dish Network, we use RG6 coax cable to allow a higher frequency range for the satellite signal from the dish to your receiver. Any coax cable not rated at RG6 could affect the signal.
It's the coax cable used for Thick Ethernet.
Typical coax cable uses a different standard than RCA. You will need to use a converter box.
Someone who installs coax for a service.
UTP & COAX cable's are used
No. The cable provider has to authorize the other modem on the network before it can be used, and they will not do that, since they want you to pay for another cable installation.