Ethernet cables is used to connect device to a home network, and the Ethernet cables allow data to move between those devices. In the past, Ethernet cables were more considerably simpler to use, as a person had to simply plug in the Ethernet cable to the device and the router and then check whether the indicator light on the Ethernet cable were blinking. However, the requirement of Ethernet cables have changed for a number of reasons.
For example, many person in homes use multiple devices that output 4K video signal, and many people use a Network Attached Storage (NAS) drive to back up there data. Furthermore, many homes also use Wi-Fi 6 access points, which often cannot handle the amount of data that a single gigabit Ethernet connection can move. As a result of the increased data movement capability of Wi-Fi 6 access points, the speed of the Ethernet cable becomes an important specification to consider for home networks.
Choose the Right Ethernet Cable for Your Home
The chart explain the evolution of Ethernet speeds. The chart explains each tier of Ethernet speed, including the requirement of each tier. For example, if a person has a home network that only ever utilizes basic internet access, the cable that is selected for the network may have a data limit that becomes a limitation on the bandwidth available to other network device that are added to the home.
Most homes use the standard one gigabit tier for Ethernet cables. One gigabit of data is enough for most people in a home. One gigabit is enough to stream media content, play online games, and connect to a few security camera system.
However, the limit of one gigabit can become problematic if a person add a Wi-Fi 6 access point or attempts to transfer large file between computers on the network. A multi-gigabit data speed is available for Ethernet cables. These options allow a person to increase the speed of the network without having to replace each Ethernet cable in the wall of the home.
Higher tier of Ethernet speeds are available for different type of workloads within the home. For example, ten gigabit Ethernet speeds are useful for computers that edit video file or for a NAS drive that store many flash drive and that can be several computers in the same home can access simultaneously. Twenty-five gigabit and forty gigabit Ethernet cables are used in server room in homes because these servers have different requirement than the other computers in the home.
Each speed tier requires a different type of Ethernet cable and connector. In some cases, selecting a higher speed of Ethernet cable for a home network today can save a person money in the future. Power over Ethernet (PoE) technology allows electricity to travel through an Ethernet cable.
Furthermore, Power over Ethernet technology allows a person to deliver both data and electricity through a single Ethernet cable run. For instance, a person can use this technology to provide power to a ceiling-mounted Wi-Fi access point or an outdoor security camera. The different power class that PoE supports are important in that a security camera have different power requirements than a Wi-Fi 6 access point.
If a person purchases a device with the wrong power class, the device may reboot when it is under heavy use, or it may shut down the Ethernet switch’s network port. Wireless networks and wired networks is related to one another. However, the performance of the wireless network depend upon the wired network that feeds the wireless access point with data.
For instance, a Wi-Fi 6 access point can push over two gigabits of data through the air to wireless device. However, if the Ethernet cable feeding that access point has a speed limit of one gigabit per second, then that data will not reach the rest of the devices on the network. For this reason, a person must match the wireless and wired speed of their network to avoid installing invisible bottleneck in the data delivery.
Many people make mistake with the installation of Ethernet cables. For instance, some individuals use Ethernet cables with a data rate one grade lower than what is required for their device. Additionally, some people may install Ethernet cables alongside power line.
Furthermore, there may be too much untwisted wire on the Ethernet cable that connects to the device. If there is too much untwisted wire on an Ethernet cable, data error may occur during data transfer. These type of mistake do not lead to dramatic failure of a network.
However, they do lead to network issue with occasional data drop or slow data speed. For smart home of the future, people must decide how much data bandwidth they want to provide to their smart device. For most smart home, cat 6 Ethernet cables are a good choice.
Cat 6 cables can handle multi-gigabit data speed. Furthermore, cat 6 cables are not as thick as cat 7 or cat 8 Ethernet cables. If a person is installing Ethernet cables during the construction of a smart home, then the cost of purchasing a higher grade of Ethernet cable will be small compared to the cost of replacing those cable once the smart home is constructed.
This chart is a tool that can assist a person with their decision for the data speed and Ethernet cable specification that their smart device will use. Furthermore, the chart also displays the requirement that are placed on each Ethernet speed specification. A person should use this chart to understand the capability and requirement of each specification.
Once a person understands the specification for data speed, a person can order the Ethernet cables and accessories for the smart device that will be installed in their home.