When the average speed of a wireless network isn’t satisfactory for data transmission, an Ethernet connection is the best solution. Various installations can connect devices with Ethernet, such as a splitter, but these devices work differently because of it. Discover how an Ethernet splitter may reduce network speed, and learn the importance of choosing the best devices for your Ethernet connection.
Why Ethernet Has Fast Network Speeds
Many corporate offices and data centers rely on the fast transmission rates of Ethernet cables because of the direct connection. Wireless signals suffer from interference from thick walls and farther distances that weaken the signal. However, a wired Ethernet connection keeps the transferred signal strong. The reduced traffic is great for receiving data with little wait time and decreases the chance of a buffering download when you need to access information promptly.
What Is an Ethernet Splitter?
Ethernet splitters split a signal into multiple connections. The devices typically have a cable with an Ethernet connector leading to an adapter with two or three ports.
The signal from one source splits depending on how many cords connect to the adapter. The Ethernet splitter differs from other devices, such as an Ethernet switch, because it splits the signal into multiple connections. A switch, on the other hand, requires a power source.
The Benefits of Splitting an Ethernet Connection
A split signal can be beneficial in various scenarios. In spaces where you need to connect multiple devices via Ethernet connection, a splitter provides multiple signals without needing the power source that switches need.
An Ethernet splitter ensures devices are connected in office environments that lack bulk network cables. Consider using a splitter when you need better cable management and want to use fewer in your connections.
The Effects of an Ethernet Splitter on Network Speeds
Although splitting a signal into two or more connections may seem like it will reduce network speed, more factors go into the process. Typically, Ethernet splitters won’t reduce network speeds since they don’t divide a signal. For example, a split Ethernet connection with a transfer speed of 100 Mbps has the same speed within multiple signals. The splitter has a maximum of 100 Mbps, which presents limits to the connected Ethernet cables that have higher speeds.
Cat 5e and higher may have slower speeds than they would without the splitter, but the device will not slow the connection speed.
Ethernet connection is a valuable part of your network because of its fast speeds, and splitters will create more connections without requiring more cords. Remember that Ethernet splitters don’t reduce network speeds, but they limit how fast the network transfers data. Use this knowledge to create a network with the most efficient gear.
