Internet LAN networking cables have been around for quite some time now. These were first introduced back in the days when computers weren’t really connected to each other via Ethernet cable. However, these days Ethernet network cables are widely used in homes and businesses alike to connect various devices together. In addition, they are used to link different networks (LAN) together. An example of this would be connecting a router to a modem and then connecting the modem to a computer. Another example would be linking two different sub-networks together using a crossover cable. Commonly there are many types of Ethernet networking cables and we will look at them in detail below. We will start with the basic type of cable and move on to the more advanced ones.
These cables are used to connect computers and connectors together. Generally speaking, if you want to connect a desktop PC to a printer, monitor, mouse, keyboard, or any other peripheral device, you need to use an Ethernet networking cable. There are basically three types of Ethernet networking cables based on their purpose. Let us take a closer look at all three types of cables.
The First Type of LAN Cable:
This is a single-mode fiber optic shore cable. This type of cable is important and mainly used for short-distance connections. The advantage of this kind of cable is its low attenuation property. This means that the signal cable sent out from the transmitter remains strong and powerful without being affected by external factors. On the contrary, the disadvantage of this type of LAN cable is that it requires a lot of maintenance since it uses optical fibers instead of metallic wires. A good example of this type of cable would be the telephone line connection between your home phone and your house. When the telephone line is disconnected, you still hear your voice over the receiver even though you may not be able to dial numbers. This is due to the fact that the transmission over the copper wire is still intact. Therefore, do not expect to get a clear picture on your TV screen when you plug your laptop into your television set. You should always turn off the TV before doing so.
The Second Type of LAN Cable:
The second type of cable is called the multi-mode fiber optic cable. This cable is similar to the first type of cable except that it uses metal wires instead of optical fibers. This makes it stronger than the first type of cable. The disadvantage of this type of cable is that it cannot transmit data at faster speeds compared to the first type of cable. If you want to send information at high speed, you will need to use a higher-quality cable.
The Third Type of LAN Cable:
We have already talked about how single-mode fiber optic cables work. Now let us talk about how multimode fiber optic cables work. Multimode fiber optics are similar to the first type except that they use plastic instead of glass fibers. This makes them cheaper than the first type of cables, but the transmission rate is slower than the first type of fiber optic cables. Again, the transmission rate is dependent on the quality of the cable.
Installing the Ethernet Networking Cables:
Once you have decided what type of cable you need, you can begin installing them. Usually, you will need to run the cable from the wall socket where you plan to install the equipment to the location where you intend to place the equipment. Make sure you choose the right spot for both ends of the cable. For instance, don’t put the cable under the floorboards if you plan to attach it to a desk lamp. Don’t forget to use a screwdriver to tighten the screws on the cable plugs. This is necessary so that the cable does not disconnect during installation. Also, make sure you label the cables properly and keep track of them well.
Networking Cables Conclusion:
So you know how to install the Ethernet networking cables. But how do you test whether the cables are working? Well, here are some tips for testing your Ethernet networking cables. Firstly, unplug all the cables from the wall socket and plug them back in again. Then, check to ensure that none of the lights on the connectors blink. Next, try to ping your computer from another computer. If everything works fine then you are done!