Coaxial Cable :-
Coaxial, or coax, cable looks like the cable used to bring the cable TV signal to your television. One strand (a solid - core copper wire) runs down the middle of the cable. Around that strand is a layer of insulation, and covering that insulation is braided wire and metal foil, which shields against electro-magnetic interference. A final layer of insulation covers the braided wire. Because of the layers of insulation, coaxial cable more resistant to outside interference than other cabling, such as u shielded twisted - pair (UTP) cable. A coaxial cable with copper core and the layers of insulation. There are two types of coax cabling : thinnet and thicker. The two differ in thickness and maximum cable distance that the signal can travel. Let's take a look at thinnet and thicknet:
Thinnet :- This refers to RG-58 cabling, which is a flexible coaxial cable about half inch thick. Thinnet is used for short-distance communication and is flexible enough to facilitate routing between workstations. Thinnet connects directly to a workstation's network adapter card using a British navel connector (BNC) and uses the network adapter card's internal transceiver. The maximum length of thinnet is 185 meters. Thinnet coaxial and the BNC connector on the end.
Thicknet :- This coaxial cable, also known as RG-8 , gets its name by being a thicker cable than Thinnet. Thicknet cable is about half inch thick and can support data transfer over longer distances than thinnet. Thicknet has a maximum cable length of 500 meters and usually is used as a backbone to connect several smaller thinnet - based networks. Due to the thickness of half inch, this cable is harder to work with than thinnet cable. A transceiver often is connected directly to the Thicknet cable using a connector known as a vampire tap. Connection from the transceiver to the network adapter card isade using a drop cable to connect to the adapter unit interface (AUI) part connector . Table 1-1 summarizes the characteristics of Thicknet and thinnet.
Coaxial, or coax, cable looks like the cable used to bring the cable TV signal to your television. One strand (a solid - core copper wire) runs down the middle of the cable. Around that strand is a layer of insulation, and covering that insulation is braided wire and metal foil, which shields against electro-magnetic interference. A final layer of insulation covers the braided wire. Because of the layers of insulation, coaxial cable more resistant to outside interference than other cabling, such as u shielded twisted - pair (UTP) cable. A coaxial cable with copper core and the layers of insulation. There are two types of coax cabling : thinnet and thicker. The two differ in thickness and maximum cable distance that the signal can travel. Let's take a look at thinnet and thicknet:
Thinnet :- This refers to RG-58 cabling, which is a flexible coaxial cable about half inch thick. Thinnet is used for short-distance communication and is flexible enough to facilitate routing between workstations. Thinnet connects directly to a workstation's network adapter card using a British navel connector (BNC) and uses the network adapter card's internal transceiver. The maximum length of thinnet is 185 meters. Thinnet coaxial and the BNC connector on the end.
Thicknet :- This coaxial cable, also known as RG-8 , gets its name by being a thicker cable than Thinnet. Thicknet cable is about half inch thick and can support data transfer over longer distances than thinnet. Thicknet has a maximum cable length of 500 meters and usually is used as a backbone to connect several smaller thinnet - based networks. Due to the thickness of half inch, this cable is harder to work with than thinnet cable. A transceiver often is connected directly to the Thicknet cable using a connector known as a vampire tap. Connection from the transceiver to the network adapter card isade using a drop cable to connect to the adapter unit interface (AUI) part connector . Table 1-1 summarizes the characteristics of Thicknet and thinnet.
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