Ethernet cables allows data to travel through a networks. Additionally, the Ethernet cables that you purchase for a network will determine the maximum speed and reliability of the networks. Many people may experience slow internet speeds from internet providers that offers high speed.
In some instances, these slow speed are due to the Ethernet cables that are installed in the network not being able to handle the data requirement. Ethernet cables come in different categories, and each category of Ethernet cable will allow networks to transfer different amount of data through the network. Each category of Ethernet cable has a maximum data transfer speed for that category of Ethernet cable.
Choose the Right Ethernet Cable for Speed and Distance
In order to even establish an Ethernet network, people must purchase a correct category of Ethernet cable to meet the data requirements of the network. The technology for Ethernet cables have changed over time, primarily due to the changing data needs of networks. In the past, networks used Ethernet cables for relatively low data needs.
Today, data needs has increased due to the increased use of high-definition video streaming and file sharing. To meet these increasing data needs, the categories of Ethernet cables have changed to allow for more higher frequencies and higher bandwidth. Ethernet cables that allow for more higher bandwidth can carry more data over the network at once, and Ethernet cables that allow for more higher frequencies of data transfer can maintain the high data speed for longer distance.
Standard Ethernet categories are used in most homes. The standard Ethernet cables that people use will allow most homes to meet the data needs of browsing the internet, making video calls, and streaming video content. However, for homes with many network device or who often transfer large file, an Ethernet cable of a higher category may be required.
One way to determine the different categories of Ethernet cables is to use a speed chart for Ethernet cables. Using such a chart, people can easily determine whether an Ethernet cable only supports basic task, standard task, or tasks for enterprise networks. Another factor to consider when installing Ethernet cables into a network is the distance that the data has to travel.
Ethernet cables can travel up to 100 meters. After this distance, however, the quality of the signal may diminish. For instance, Ethernet cables of certain category can maintain high data speeds for 100 meters, but other categories of Ethernet cables may experience a drop in the speed at which the data can be transferred if the length of the Ethernet cable is too great.
If the length of the Ethernet cable exceeds the maximum length for that category, the Ethernet cable will introduce error into the data being transmitted. This can lead to the network connection failing intermittent. Another factor that can impact the performance of an Ethernet cable is interference.
Interference can occur if other electrical device or power lines enter the Ethernet cable and disrupt the data traveling through the cable. The use of unshielded Ethernet cables reduces this interference by utilizing the twisting of the internal wire of the Ethernet cable. Unshielded Ethernet cables work best in environments with minimal electromagnetic noise.
Shielded Ethernet cables use additional foil or braided shields around the wire of the Ethernet cable to reduce electromagnetic noise from entering the cable. In environments with many electrical device, such as near power lines or in industrial environments, the use of shielded Ethernet cables will ensure that the network experiences fewer communication error. Not all tasks are the same, so not all task will require the same type of Ethernet cable.
For tasks such as high-frequency online gaming, a gigabit Ethernet cable will allow for a lower latency that is required to compete with the speed of wireless networks. Additionally, if an individual uses a network attached storage device to edit large video file, an augmented Ethernet cable will allow for the data transfer speed required to edit those video efficiently. Some Ethernet cables also allow for the transfer of electricity as well as data, which is beneficial for device that require an electrical connection to the network.
In these cases, purchasing an Ethernet cable that best suits the task that will be performed with the network will ensure that the data rate are not too high for the task to be performed. When installing Ethernet cables, certain installation rule must be followed in order for the Ethernet cables to function with the devices on the network. The type of pinouts for Ethernet cables must be standard so that all of the device can communicate with one another on the network.
Additionally, the Ethernet cables must be installed away from electrical wire to avoid introducing interference to the network. Should the Ethernet cable have to cross an electrical wire, it must cross at a right angle to the electrical wire. Finally, people must test Ethernet cables for error with an Ethernet cable certifier to ensure that each Ethernet cable is in good working order.