Ethernet Splitter vs Switch vs Hub – Difference

Ethernet Splitter vs. Switch vs. Hub – Difference
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Do you have less number of ethernet ports? If yes, then you might want to split your Ethernet. You get several options for the purpose; however, finding the right one for your needs does not puzzle you but is also challenging.


Several things may help in Ethernet splitting, like Ethernet Switches, Ethernet Splitters, and Ethernet Hubs. However, before going ahead, you must define your needs and accessibility for better selection.

Before understanding the difference between Ethernet splitters here, you need to understand what Ethernet splitter switches are and means our guide has got you all covered with each of them. Therefore you can choose a suitable one as per your prerequisites.

Ethernet Splitter vs Switch vs Hub – Difference
Photo by Brett Sayles

What is Ethernet Splitter?

Ethernet is the sole idea you get when you think of splitting an ethernet connection. Though very simple with no advanced functionalities yet, you have more options in it for convenience.

Ethernet is available at an affordable price. Its cheaper price and easy availability are beneficial to users. Besides, when using an Ethernet Splitter, you can use one cable to operate either from your router to ethernet or from modem to Ethernet switch.

The switch can be located in another room. Therefore, you get the advantage of using some more ports to connect additional things.

An Ethernet Splitter’s effectiveness plays a crucial role. It fastens your internet speed and thus improves your Internet performance also. It happens as you get the perk of using some more ports. All of these are simple to use, and you need not have any power or special software for their use.

Ethernet consists of three posts; two are located on one side and another on the other side. But what is the purpose of Ethernet Splitter? Well, Ethernet Splitter is useful if you possess small ethernet cable wires.

How does it Work?

As the name suggests, Ethernet Splitter does not split the internet connection but will integrate the split wires for better network connectivity.


Suppose that you have two devices set up in a room connected either with a router or a switch in another room. Here you can get an Ethernet Splitter that will connect the device’s setup.

Working on Ethernet Splitter

The splitter directs the network of two cables that are old and have 100 BASE-T standards. Out of the four channels, it uses two of them, and the splitter uses the rest two.

But when you connect it with any other device, you need one more splitter with two additional cables for splitting the connection.

Suppose you have a small infrastructure or want to split the network only amongst two devices.


What is Ethernet Switch?

Are you looking for the best ethernet connection splitter? If yes, then the switch is the ideal choice for you. But before you need to decide which one to choose. 

When you want to connect wired devices like routers, computers, servers, laptops, and printers to a Local Area Network (LAN), Ethernet Switch is used for this purpose.

If you use several Ethernet switch ports, you get the benefits of fast connectivity and smoother internet access for several devices simultaneously.

Ethernet Splitter vs Switch vs Hub – Difference
Photo by Jeremy Bezanger

The Switch forms several networks and uses plenty of ports to communicate amongst the devices present in LAN. Many users confuse Ethernet switches with routers.


However, both share a major difference. Routers connect networks, but they use one LAN and WAN port only. Besides, Ethernet Switch uses several ports. 

When you have access to a hybrid port with both wired and wireless connection infrastructure, then wires are used for the connection. In contrast, Wi-Fi serves the purpose of wireless connectivity.

Ethernet Hubs do share a similarity with Ethernet switches. As they connect the available devices on LAN and they are wired with the help of multiple ports. 

However, the difference lies in that an Ethernet hub shares its bandwidth with all its ports equally, whereas Ethernet switches share unequal bandwidth.


You heard that right; Ethernet switches share additional bandwidth with some parts while less with others. Besides, this does not affect the switch’s network performance.

If your network has several devices, then Ethernet switches give a more powerful performance. Routers, as you hear, serve the purpose of connecting networks to other networks.

Like, it connects LANs to WANs. Therefore, routers are usually on the gateway that connects the network and router data packets in the network.

While in corporate infrastructures, they make use of a hybrid technology consisting both of wired and wireless. Here, switches, hubs, routers, wires, and wireless technologies are used for effective performance.


How Does Ethernet Switch Work?

Use an ethernet cable to connect the router to the ethernet switch; thus, you can connect 

devices to connect along with the Ethernet Switch. However, myths spread like wildfire in the forest. Similarly, people have a myth that multiple connecting devices affect the network strength.

However, it is not true the data transmission is intervened due to multiple excuses otherwise but not in Ethernet. In Ethernet Switches, the mode of transmission occurs through full-duplex communication.

Therefore, the data transmission does not get affected due to multiple devices.


What is Ethernet Hub?

Ethernet hubs, also called Ethernet ports or switched ports, connect multiple devices to a single Ethernet cable. The devices connected over an Ethernet Hub share the same cable that increases the data transmission speed. It is a physical 

device that connects to your network’s backbone. You can connect several Ethernet devices to an Ethernet hub, besides connecting computers, printers, and other devices.

The  Ethernet hub is a networking device that acts as a pass-through device, sending data from each Ethernet port to the connected device and receiving data from the connected device, and passing it on to the attached devices.

The Ethernet hub does not alter the data passing through it: it simply passes the data on to its connected devices. The Ethernet hub is often called a “switching hub” to make it easier to understand.


The Ethernet hub is a piece of network equipment that can connect multiple computers or other network devices to a single network cable

How Does an Ethernet Hub Work?

It is usually used to extend the range of a single network cable by connecting multiple devices to it.

So, when you connect your Ethernet cable from your Ethernet hub to your network devices, the data will be passed through the hub to all the devices connected to it.

This will help you to save the cost of buying additional cables.


How does Ethernet Hub Work?

Ethernet Hub uses half-duplex wires for transmission and communication. However, you can send and receive data simultaneously over multiple devices in an Ethernet Hub.

Therefore, it creates an issue like bandwidth fluctuation and data collisions over the network of multiple devices.

Note: Ethernet Switch and Ethernet Hubs share several similarities in their looks. So, you must be careful while buying them! 

What is the Difference between Ethernet Splitter vs Switch vs Hub? 

Ethernet Splitter vs Switch vs Hub – Difference

Several factors need to be studied while comparing Ethernet Splitter, Switch, and Hubs. Some of them are listed below:

  • Network Speed: Network Speed is one of the crucial parameters of RK connection. An Ethernet Splitter delivers low speed, and the Hub delivers average speed while Switch provides the apt high speed required.
  • Ports Available: As per your prerequisites, you need to choose the number of ports that you may need. You get two ports available over an Ethernet Splitter, five over the Hub, and 8 over Switches.
  • Energy Efficiency: The splitter is poor in energy efficiency; hubs are at least better, while switches are best for it.
  • Uses: You need to choose as per your need. If you need to connect two devices over the same room, you should use an Ethernet Splitter. But if you need to connect small setups, then a Hub is appropriate, while for connecting multiple devices, the Ethernet Switch is best suited.
  • Plug and Play: An Ethernet Splitter does not support the plug and play feature. But, Ethernet Hub and Splitter both provide the Plug and Play feature.

Frequently Asked Questions

What’s the difference between Hub VS Switch?

Ethernet hubs and switches are similar to each other. Both the terms are collectively often referred to as Ethernet Switches. However, they share some differences. Hubs cannot monitor the sent or received data while switches can.


Besides, hubs do not work well with multiple device traffic, while switches are unaffected by the presence of multiple devices. Moreover, the number of ports also differs.

Should I choose a Hub or Switch?

As you are comparing Hub and switch, then it’s obvious you need to connect multiple devices. But the traffic over a Hub affects the network connection; therefore, you must go for switches.

Besides, switches are more energy-efficient, have many ports, and are well optimized than hubs. So, it would help if you went for Ethernet Switches.

What should I choose between an Ethernet Switch vs. Splitter? 

If you want to connect two devices, then an Ethernet Splitter is apt, but if you want to share multiple devices, then you should go for an Ethernet Switch.


But for speed, efficiency, and more ports, an Ethernet Switch will be apt. So it would help if you chose as per your requirements.

The Final Word

Now you know which one to choose. You should check out your prerequisites like network strength, number of devices you want to connect, energy efficiency, number of ports you need, and the infrastructure you want to use it in.

If you want to connect only two devices, you should use an Ethernet Splitter.

However, if you need to connect multiple devices or your requirement is more than 2 devices, you should go for an Ethernet Switch and not a Hub. The Hub uses conventional technology, creating a mishap during the same.

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