did this in my college assignment, easy enough.
Coaxial cabling:
Coaxial cables have a copper rod in the middle that conducts electricity, there is a layer of plastic and metal, the plastic layer is placed between the copper rod and the metal to cancel out any interference (protective shield from the electrical frequencies) that may occur. The cabling can go further than the shielded twisting pair lengths, to support more network devices. Coaxial is also a very popular choice is school networks. There are two types of Coaxial cabling, thick and thin: thick provides extra protection to keep wet and moisture away from the centre rod but is hard to bend and install, has less protection than thick, but is easier to bend and about the same difficulty to install.
Depends on the coax type - thinnet coax is 185 meters per segment, thicknet is 500 meters
Coax has a better security protection because it's usually shielded. Also range for Coax is for thinnet about 175 meters for thicknet about 400 meters.
It's the coax cable used for Thick Ethernet.
To convert a coaxial cable signal to an Ethernet signal, you can use a device called a coax-to-Ethernet adapter or a MoCA (Multimedia over Coax Alliance) adapter. This device connects to the coaxial cable and translates the RF signal into Ethernet data, allowing you to connect it to your router or network device via an Ethernet cable. Simply connect the coaxial cable to the adapter, then use an Ethernet cable to link the adapter to your network hardware. Ensure that the adapter is compatible with your internet service provider's coax signal.
Been answered already. 10 megabits/sec.
Been answered already. 10 megabits/sec.
Yes:WAN-Gigabit Ethernet and MoCA 2.0 InterfaceLAN-802.11 b/g/n/ac, Gigabit Ethernet and MoCA 2.0 InterfaceIntegrated Wired Networking with 4-port Ethernet Switch and Coax (MoCA 2.0)
Coax cable is OK for R.F. up to several gigahertz, over medium to short runs. For data, we went to twisted-pair with 100 megabit Ethernet, and twisted-pair is now used in 10 gigabit Ethernet. So... using Nyquist, you can probably use coax cable up to gigabit speeds over medium-short distances, but I'm not aware of anyone doing it. Maybe try a google search.
skittles
Coaxial cable is the best/lowest cost way to move a RF signal from point A to point B.
You will need to use an Ethernet connection in this case. Ethernet is a lot faster than a phone line. You will need a coax jack and a modem in order to have an Ethernet connection. For more convenience, you can just get an Ethernet wall jack installed if you don't have one yet, and you can just get an Ethernet cable to connect from the Ethernet wall jack to your computer, giving you a high speed internet privledge.
Using coax, you just do one long cable run, rather than with twisted pair where you do an individual run for each computer/terminal. Problem? coax's max is 10 Mbit/s, and every computer has to take turns accessing the coax. Using 10 Mbit/s twisted-pair, each computer has its own, dedicated connection to the hub/switch/router, so you're not slowed down when more than one comptuer wants access.