Instead, the splitter splits a single ethernet cable into two to connect both the computers and the switch in separate rooms.However, before you get excited and think that only connecting it to your ethernet wall socket and plugging in the devices will solve the issue, keep on reading. Typically, an ethernet splitter divides a single ethernet connection into two distinct connections.Īn ethernet splitter eliminates the need to use two ethernet cables from one room to another. On the other hand, an ethernet splitter does not require a power input. An ethernet switch is widely used in large buildings, campuses, and other large spaces.

This is exactly why it’s possible to connect different devices such as computers, printers, and even gaming consoles and still enjoy high-speeds. You should also know that an ethernet switch is a high-speed networking device. This of course allows all the devices that have been connected by an ethernet switch to work simultaneously. Generally, an ethernet switch requires a power input to divide the signal into a wide range of signals, and this will allow the signals to work at the same time. Typically, applications in small or home office settings use just one network switch or a multi-purpose device like a residential gateway to gain access to broadband services like cable or DSL internet.Īn example of how a network switch works Īs we discussed earlier, an ethernet switch is an ideal device for networks that include multiple devices. Usually, medium to large-sized local area networks consists of several linked managed network switches. This prevents an ethernet hub from distinguishing different data recipients, thus providing a much lower network efficiency.Ī network switch plays a crucial role in modern ethernet local area networks (LANs). An ethernet hub’s job is to retransmit packets out of every single port of the hub with the exception of the port on which the network packet was initially received. This allows the switch to easily direct traffic flow, thus enhancing network security and increasing its efficiency.Īn ethernet switch is said to be more intelligent compared to an ethernet hub (discussed below). Typically, these switches manage the flow of data across the home, office, or building network by transmitting a received network packet to a single or more device for which the network packet is intended.Įvery single networked device that is connected to a network switch can be easily identified by its network address. Usually, multiple data cables are often plugged into a network switch to allow communication between devices of different networks. Well, as we stated earlier, an ethernet switch is a device in a particular computer network that connects a wide range of devices.

Keep reading to learn and understand the major differences between an Ethernet splitter, a hub, and a switch. It’s therefore important that you understand how each one of them works and which one will best serve your purpose. Like we stated earlier, each one of these solutions serves different purposes. But do you know what they mean, how they work, or how they differ from each other?įor example, when you want additional Ethernet ports and are essentially considering turning a single Ethernet cable into two, then the first thing that comes into mind is an ethernet splitter.īut as you start looking into ethernet splitting solutions, you realize that you have other options like an ethernet switch and hub. The terms Ethernet splitters, switches, and hubs are thrown around pretty often when it comes to network devices. They are often used to expand and improve a home or office network.Įach one of these network devices performs different tasks and have their own unique merits and drawbacks. Ethernet Splitters, hubs, and switches are all network devices that are specifically designed to connect to computers, other network devices, as well as other networks.

Earthnet splitter