Know the Difference between Ethernet Switch and Splitter

Ethernet Switch and Splitter

You might be surprised to hear that most companies today rely on wired networks to work and communicate. The thing is simple – a wired connection is more stable than a wireless one. Also, it allows high data rates and is safe from hacking. These are the reasons why for the increased demand for Ethernet Switch and Splitter. 

Companies usually install a router with many ports that can meet their current needs. But as the business grows, their Ethernet must extend to meet these growing network needs. You can quickly solve that problem by using different devices to split or expand the network for more elements. You can click here to view the offer of Ethernet switches and splitters for that purpose.

While both devices work in the same way by splitting a single Ethernet signal into powered devices (PDs), they are not interchangeable terms. In fact, they don’t even look the same. While splitters are hardware gadgets with no electrical parts, switches are more like hubs with multiple ports. Ethernet Switch and Splitter-

How Splitters Work- Ethernet Switch and Splitter

Ethernet splitters are passive gadgets that allow you to divide the current network and connect two separate devices. As their names said, these devices enable plugging in two LAN cables to each PD. So you’ll have independent pathways for them, but you should get the same speed for both.

For example, you move to another room more distant from a router. A current cable is not enough to connect to a computer in your new place. Or you might have the desktop PC and gaming console in the same room, but only one Ethernet cable from the router. These are just situations where you need to physically split or extend your Ethernet cables.

But what if your router (PSE) is in one room and your gaming console and computer in the other? With a single Ethernet port in each room, there’s no way to connect these devices to Ethernet at the same time. That’s where two splitters come to the rescue. 

Get two cables from the PSE and plug them into a first splitter. Then, plug splitter No1 into the Ethernet port in the wall, and do the same in the other room with splitter No2. Finally, input cables for a computer and console into device No2. And that’s it.

How Switches Work

How Switches Work

Switches work by splitting the Ethernet network into several pathways. They use packet switching to let you increase the number of connections without compromising the quality or speed of the media. So each cable transfers some amount of data at the same time. That makes the entire network faster and more efficient. 

These pathways are small but just enough to meet the network requirements of particular devices (computers, gaming consoles, cameras, etc.). Moreover, they are separate entities that don’t slow down the Ethernet network. In fact, devices connected to switches get enough bandwidth to send and receive data at the same time. That boosts the entire network’s efficiency.

Users’ Needs

An Ethernet splitter can be used as an extension of an existing network. Its advantages include a low price and ease of installation. As a result, this device can be a good choice for small home networks or small-scale network setups with a few computers (providing your router has more outputs).

If you’re planning to expand your current network with several devices, you’ll want a switch to help you manage the data flow. Its many ports can be helpful for multiple devices, such as laptops, cameras, printers, wireless access points, etc. Whatever you need to connect to a router, an Ethernet switch should be able to meet your needs. 

Number of Connected Devices

An Ethernet splitter is more convenient if you need to use a single computer or two. But if you need multiple connections, a switch is a much better option. Of course, it will cost you more money, but you’ll have an uninterrupted connection to 8 devices.

Ethernet splitter


Switches are an excellent choice for offices and commercial areas. These environments usually make a significant amount of traffic. As they typically have several connected devices with a large amount of data transfer, a switch will give them a fast network with limited interference. That way, they get more Ethernet ports to fit any network requirement. 

Power Requirements

Ethernet splitter doesn’t require a power supply, as they are nothing more than a piece of plastic with a single input and one or two output ports. That makes this device cheap, convenient, and easy to set up. It will come in handy as a replacement for all those long cables in your home or office.

Many people choose Ethernet splitters for home use because they’re more convenient and don’t require a power supply. On the other hand, switches need the power to work. But they are more versatile, so you can use them to connect multiple computers in different locations.

Switches require some setup as well as a power supply. But of course, you don’t have to be a computer geek to install these. Instead, it’s all about connecting several shorter cables into a single network using this handy device.


Budget-friendly options often come with drawbacks that some users may accept and some may not. For example, splitters often reduce signal quality and data rate from 1000Mbps to 100Mbps. That significantly affects the performance of connected devices, so you can’t use two demanding PDs (for example, a gaming console and laptop) at the same time.

Switches compensate for these shortcomings, but it is not always the best solution. For example, connection slowdowns may occur when you connect several power-demanding laptops. Also, you need to install it close to power output, which might require some layout reorganization. But they are still better than a hub or WiFi solutions.

There are many reasonably-priced Ethernet splitters and switches out there that are well worth the cost when the additional flexibility and functionality are considered. So, determine your network needs and see which devices meet them. 


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