Do you have a lot of devices that need an internet connection? Do you have trouble connecting all of them at the same time? If so, you may need to invest in an Ethernet switch.

An Ethernet switch allows multiple devices to connect to the internet simultaneously, whereas an Ethernet splitter can only connect two devices at a time.

In this blog post, we will discuss the differences between Ethernet switches and Ethernet splitters and help you decide which one is right for you!

The demand for Ethernet continues to rise as more of us work from home.

The router, on the other hand, only has a limited number of Ethernet ports accessible, lowering the total number of connected devices.

Fortunately, there are a variety of methods to split an Ethernet connection to connect more network devices at once.

What is an Ethernet Switch?

An Ethernet switch is a hardware device that connects multiple devices on a local area network (LAN).

It uses packet switching to receive, process, and forward data to the destination device.

Ethernet switches are commonly used in homes and small businesses because they are cost-effective and easy to set up.

  • Allows multiple devices to connect to the internet simultaneously
  • Cost-effective and easy to set up
  • Ideal for homes and small businesses

What is an Ethernet Hub?

A network hub is a device that allows multiple computers to connect.

It is similar to an Ethernet switch, but it does not process or forward data.

Network hubs are less expensive than Ethernet switches, but they are also slower.

They are not as common as Ethernet switches because they have been replaced by faster and more efficient devices.

The hub uses a half-duplex communication strategy, which means it cannot transmit and receive data at the same time. In addition, hubs tend to generate more interference in the connection than switches. This may be why switches are preferable for high-speed networking equipment.

Hubs may help you expand your network while remaining cost-effective. Additionally, these are ideal for networks where you want moderate speed rather than high traffic

What is an Ethernet Splitter?

The Ethernet splitter is the most straightforward of all the splitting gadgets. It works in a similar way to a coaxial cable transmission system, splitting one single internet connection into two separate connections. You can utilize splitters to connect a single cable to all of your home wiring connections. However, you must connect two distinct lines from the splitter to each

The splitter does not add more than two connected devices in each period. It takes advantage of the 10 and 100 Mbit Ethernet designs. Because these lines make use of four wires rather than eight, like Cat 5e, etc., it has fewer wires but a total throughput of 100MB/s from both ports.

Splitters are low-cost and simple to use, and they may be used in your own home. They also don’t require any electricity to function. As a result, many people select them for reducing the number of wires between adjacent spaces such as two rooms or a modest home office setup.

What is the best option?

Ethernet Switch vs Hub

  • Switches are more costly than hubs. Despite this, switches are becoming less expensive and will eventually replace hubs.
  • Switches employ the full-duplex method, whereas hubs utilize the half-duplex approach, allowing for more effective two-way communication in switches.
  • Hubs are an excellent choice for a small network since they can manage fewer devices effectively. However, if the quantity of connected users rises, you may need to use a more robust solution, such as an Ethernet switch.
  • Hubs are fantastic for traffic diagnostics since they allow you to examine all of the network traffic that passes through any router ports. Switches, on the other hand, limit port diagnostic utilities and reveal broadcast messages depending on specific criteria.

Ethernet Switch vs. Splitter

  • An Ethernet switch uses protocols and has numerous ports for power input. A splitter, on the other hand, is a simple device that simply divides your current Ethernet cable into two connections by extending it.
  • A switch is more expensive in comparison to a splitter. The switches require a supply of electricity whereas a splitter does not.
  • Switches allow you to connect many gadgets at the same time. Splitters, unlike switches, can only manage up to two devices.

A switch is required if you want to build a fast network that can support many gadgets. It will be a long-term investment that will never let you down. The splitters, on the other hand, are most effective in a tiny, two-room environment.

Other options to consider

You may also divide a connection using different methods in addition to network switches, hubs, and splitters.


The Mesh WIFIs use multiple access points instead of a single WiFi Router to distribute the signals. These may be known as access points. The primary router’s signals are received by the satellites and dispersed throughout the building. Because all of the satellites broadcast the same WIFI signals, you don’t have to repeat your credentials. Instead, devices capture the signals from the satellite that is closest to them.

One benefit of this system is that it offers WIFI signals in every corner of your home. The second advantage is that you won’t have any dead spots because the mesh WIFI will provide full coverage throughout your house.

The third benefit is that you can easily expand the network by adding more access points. The only downside to this system is that it can be costly to set up.

Ethernet over Power Line (EOP)

This system is occasionally known as a powerline adapter. It’s a home network technology that uses your home’s electrical wiring to connect gadgets to your router.

To use this system, you need two adapters: one connected to the router and another connected to the device. The power outlet must be working for the connection to function.

Learn more about WiFi Extenders vs Powerline Adapters


To summarize, if you’re puzzled between an Ethernet switch, a hub, or a splitter, consider the following factors. In many situations, the network switch is preferable since it links more devices and is a stronger option.