Over Coaxial Adapter: Innovation in the field of Adapters

We all love cables but hate them sometimes as well, why we love them? Because they are very quick and why do we hate them? Because they are wires and get tangled sometimes and sometimes are too much in the amount they are not presentable. Another reason for hating them is that they keep us suspended to the certain place and don’t provide much of the portability. Watching those cables strung around the wall can be annoying at times as well. Sometimes these cables feel like snakes crawling all around if the place is networked.

An Ethernet Over Coax Adapter has been introduced to the world. This device is going to use the G.hn standard to make the power of local networks increase. If we try to explain it in simple words, because of this in consumers hands they will not have to buy more Ethernet cables or have them installed. They will be using coaxial cables that are already installed in the homes and offices. The concern is that these cables can’t be used to send the videos. The speed, however, is going to be breathtaking as the providers promise it to be 1 GB/s. This specification is going to have Forward Error Correction (FEC) technology, because of which the videos are going to be seamless and video lag is going to be reduced as well. The problem is that this setup is going to be given to the users that already have the coaxial cables installed if they don’t then it destroys the purpose of this device.

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Jason Holder,
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http://www.westcables.com/

How to Use an Ethernet Crossover Cable

An Ethernet crossover cable is a type of cable used to directly connect two computers or devices instead of going through a third signal routing device, such as a network hub or a modem. This is done by connecting both ends of the Ethernet crossover cable to the network adapter ports on the two machines.

An Ethernet crossover cable is designed to be used by two different machines. It can get confusing when they are used with a networking hub as well since the job of such a hub is to make sense of which data/signal is coming from where. This is difficult when cables like this are involved, as these have had their send/receive wires switched with each other.

In contrast to the normal Ethernet cabling you see around you every day, the use of Ethernet crossover cables leads to the confusion mentioned above. To understand this better, imagine that a normal Ethernet cable has two ends which can speak one of two languages. They are born being able to speak the same language at both ends. In order to be able to speak to other machines, one end has to learn a different language. To do this they are put into a networking hub, which instructs each end what language they are supposed to use.

Ethernet crossover cables are born, as the name suggests, with their ends crossed over i.e. speaking different languages. As a result, when put into networking hubs, they end up creating errors and causing the network to stop working. Therefore it is imperative to remember what kind of cable one is investing in - normal or crossover, as the type of cable used is very important indeed. Buying the wrong kind of cable is a common, costly mistake, and can lead to frustration and anger as you try to figure out which end of the cable goes where.

One can see which end of the Ethernet crossover cable is used for which signal type, as this is marked by the cable itself. The end that contains the reversed cables is colored differently in a very visible way. Therefore when buying cable, make sure that the one you pick up is normal Ethernet cable and not Ethernet crossover cable. This is an easy mistake to make as they look almost identical on the outside, the only difference being in the color shown at each end and the information printed on the outside sheath of the cable.

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