What Is An Ethernet Switch?
An Ethernet switch is a device which connects two or more computers together. It allows users to connect their computer to the internet through the internet using a broadband connection. You may think that it’s just like connecting your laptop with your home router, but there are some differences between them:
1) Internet Connection – Internet connection is required for every user to access the web.
2) Networking – A networking device enables multiple computers to communicate with each other over the internet.
For example, a networked printer allows you to print documents from one computer to another without having to use a separate software program.
3) Security – Networking devices provide security features such as firewalls and anti-virus programs.
They prevent unauthorized users from accessing your private data.
What Are The Benefits Of Using An Ethernet Switch?
Ethernet switches offer many benefits over regular routers. These include ease of setup, better performance, and more flexibility. Here are some of the advantages of using an Ethernet switch:
1) Easier Setup – Most home networks consist of several computers connected to the internet via a broadband connection.
If you’re not familiar with how to set up these systems properly, then setting up your own home network could take hours! Using switches make this task much easier. For example, if you have two computers that you want to network together, all you need to do is connect the Ethernet cables from the back of each computer and into the Ethernet switch. If you have four computers, just plug another Ethernet cable from the Ethernet switch back into the second computer and you should be good to go.
2) Better Performance – The main advantage of using a switch is increased performance, mainly in terms of speed and data transfer capabilities.
For example, let’s say you are transferring a large amount of files from one computer to another over the network. Using an Ethernet switch will allow this to be done in seconds rather than minutes. This is because Ethernet switches can handle more connections and allow for faster data transfers.
3) More Flexibility – Ethernet switches also offer more flexibility.
For example, a typical home or office network consists of several computers, all of which need to be connected to the internet. Rather than using one big router that connects all the devices, a switch works better if you have more than a few machines.
What Is The Best Ethernet Switch?
Netgear GS608 is the best Ethernet switch in terms of performance and price. It is a great option if you want to set up a small office or a home network. It’s easy to use and installation takes just a few minutes. If you have a bigger home and want better performance then consider buying the 8 port GS604.
What Are The Different Types Of Ethernet Switches?
When it comes to Ethernet switches for your home, there are several different types. The most common are Uplink, In-Line, and Managed/Unmanaged. Each is slightly different, so be sure to read the descriptions below to help decide which is right for you.
What Is An Uplink Ethernet Switch?
An uplink switch enables you to connect multiple devices together more easily. It also increases the overall speed and performance of the network. These switches have multiple ports that allow you to plug in multiple devices with just one cable. Uplink switches are larger than regular Ethernet switches and are usually available in 4, 8, or 16 port options.
What Is An In-line Ethernet Switch?
An in-line Ethernet switch is another type of switch that gives you more versatility when connecting devices. These switches feature an extra port that allows you to add another network device to your existing one. For example, let’s say you have a desktop computer as well as a wireless printer. With an in-line switch, you can plug both the computer and printer into the same switch and then plug that switch into your modem.
What Is A Managed Ethernet Switch?
Managed Ethernet switches are considered to be more complex than regular and in-line Ethernet switches. They are also a little more expensive. Managed switches allow you to hook up multiple devices, manage bandwidth allocation, and offer more security features.
What Is An Unmanaged Ethernet Switch?
Unmanaged switches are the most common type of Ethernet switch on the market. They’re less expensive and offer good performance for most home users. Most managed switches require a certain level of knowledge and can be quite complex. Unmanaged switches, on the other hand, are very easy to use and setup.
What Is A Mini Ethernet Switch?
If you need to hook up just a few Ethernet enabled devices then consider using a mini Ethernet switch. These switches are very small in size and easily blend in with your existing home electronics. Some mini switches even have an optional mounting bracket, so you can attach them to the back of a monitor or surge protector.
How Do You Wire An Ethernet Switch?
Wiring an Ethernet switch is actually quite simple. All you need is a punch down connector to ensure a solid connection. Check the back of your current modem/router and find the green port labeled “ethernet”. This is where you will plug in your Ethernet switch. The other open ports (if you’re not using a router) can be used to plug in any additional Ethernet enabled devices.
How Do You Setup An Ethernet Switch?
Most Ethernet switches are very easy to set up. Simply plug the switch into your modem or router, attach the necessary devices, and you should be good to go. Some switches might require you to set a password before use, so follow the directions that came with your particular model.
How Do You Connect An Ethernet Switch To A Modem?
Connect an Ethernet switch to a modem is just like connecting anything else. Follow these easy steps to get everything up and running in no time:
1. Find the “ethernet” port on your modem.
This is typically denoted by a picture of a router. Sometimes it also has the word “internet,” “WAN,” or “broadband”.
2. Using an Ethernet cable (usually included with your Ethernet switch), plug one end into the Ethernet port on your modem and the other end into the “internet” or “WAN” port on your Ethernet switch.
3. Next, connect any other Ethernet enabled devices (such as a computer or gaming system) to the remaining Ethernet ports on the Ethernet switch.
4. Finally, plug the Ethernet switch into a power outlet.
If it’s a wireless model, make sure your devices are in range of the wireless broadcast.
Do I Need To Reboot My Modem After Connecting The Switch?
No, you do not need to reboot your modem after connecting the switch. In fact, you shouldn’t have to do this at all unless there are issues with the connection.
Will I Need To Buy Additional Cables?
If you need to hook up more than one Ethernet enabled device then you will need to buy additional Ethernet cables. These can usually be found at most electronics or department stores, however if you prefer you can just order them online.
Can This Be Used With A Router Instead Of A Switch?
It is certainly possible to use your switch to hook up a router. When doing so, you would hook everything up in the exact same way that you do for a switch (connecting the “internet” port on your router to the “WAN” or “internet” port on the Ethernet switch). If you’re using a managed switch, then you will need to refer to the user manual for further instruction.
Do I Still Need A Router If I’m Using A Switch?
Yes, you will still need a router if you want to access the internet. The Ethernet switch does not have a built in server like a router does, so you will need to hook up a router if you want to go on the internet.
Do I Need A New Router If I’m Using A Switch?
You can use your existing router if it supports the same wireless encryption that your current Ethernet devices do (if they support 802.11n or 802.11ac then the router probably supports this as well). If you want to use a different encryption type (and don’t have any 802.11ac devices) then you would need to get a new router that supports the type of devices that you want to connect. This could be either through an updated version of your current router or a whole new one.
Does The Ethernet Switch Need To Be Wired To My Router?
No, the Ethernet switch does not need to be directly wired to your router. It can actually be located anywhere within the range of the wireless broadcast and still provide a strong signal to all of your devices.
Do I Still Need A Modem?
Yes, you will still need a modem in order to access the internet. The Ethernet switch only broadcasts an 802.11 signal, not an analog signal like a modem does.
What Is The Range Of This Device?
The range of your Ethernet switch will vary depending on the size of your home, the construction of your walls, and what else is emitting a wireless signal in the area (cell phones, laptops, etc). However, most devices support a range of about 150 feet and since the Ethernet switch continually sends out a signal, your devices should be within range of the signal anywhere in your home.
What If There’s No Wireless Signal Where I Am In The House?
The Ethernet switch can be connected to an Ethernet enabled device via the use of an Ethernet cable. You can then take that device where ever you want within your house and you will still have a connection.
I Don’t Have A Pass Word On My Wireless Router, Does This Mean It’s Unsecure?
It’s better to have no security than a weak security. Since everyone in your household knows the password to your router there is really no point in having security since anyone can get on and look at whatever they want or worse, add a new device to your network (a malicious one). Take the time to set up a strong password and you will be much safer.
What Is The Difference Between The 8 And 16 Port Switches?
The main difference between the 8 and 16 port switches is the number of ports that they have (obviously). Aside from that, not much as far as technical specifications go. A professional technician might be able to tell the difference between the two when it comes to throughput speeds and how quickly each one can process data. However, for home use, this probably won’t matter to you at all.
What Else Can A Switch Be Used For?
Ethernet switches can be used for a wide range of things. One of the more common ones is to help set up a home network. If you have several computers in your home and you want to share files and printers across multiple machines then you would need one of these switches.
The other thing that Ethernet switches can be used for (in combination with an 802.11ac wireless router) is to create a home media center. You could set up your home media center PC or console and your other devices (Blu-ray player, HD cable box, etc) into the switch, which would allow you to create a centralized entertainment system that all of your devices can access.
Ethernet switches can also be used to expand the range of your current home network, as well as increase the total number of connections that you have. If you have a lot of wired devices, but not enough Ethernet ports to support them all then you could use an Ethernet switch to expand your current setup.
Do I Really Need A Switch? Couldn’t I Just Use A Long Ethernet Cable?
Sure, you could use a long Ethernet cable. The problem with this is that you would need one long cable for every device that isn’t next to the router. This can get very messy and unsightly, not to mention the fact that if you have multiple devices on one desk then you would need to find some way of hiding multiple cables (under the desk, behind the monitor, etc).
Using one of these Ethernet switches will allow you to have multiple ports without much hassle. You just need to plug all of your devices into the switch and then plug the switch into your router (or connect it wirelessly). After this, the devices will be able to access the internet just like they could if they were plugged directly into the router.
The only issue that some people have with these Ethernet switches is that they can be a little complicated to setup. Each switch is different and the instructions can sometimes be confusing (or not included at all). If you aren’t very technically inclined then you might want to find someone who is before attempting to connect your devices.
What Else Should I Know About Ethernet Switches?
Not much really. They are pretty self explanatory devices. Just remember that in order for a device to connect to the internet or a router, it needs to be connected directly into the device or have a wire connecting it into a switch that is then connected into the device. So if you wanted two devices to be connected directly to the Ethernet switch, you would need two Ethernet ports on the switch. This is often called a “homedepot” setup because it looks like a “base” (the switch) with two plugs coming out of it (the Ethernet ports).
The other thing to remember is that there are a couple different connection types. These are the older kind (which are generally blue and have clips) and the newer kind (which are generally black and stick out). Make sure you pay attention to this when purchasing a switch so you get the right ports for your cables!
If you want to create a media center with your Ethernet switch, then make sure you look for one that is compatible with your devices (HDMI ports, etc).
Ethernet switches can be somewhat complicated if you don’t fully understand how they work. This is especially true if you are trying to set up a home media center. For this reason, it might be best to have someone else set it up for you or at least guide you through the process.
If you are feeling adventurous and have some basic understanding of how these work, then you should be able to set one up without too many issues. Just remember, the number one rule of setting up a home media center is “don’t have more wires than you need.” So if you can use a switch instead of multiple Ethernet cables to connect your devices to the router, then you should do that.
Once everything is set up, you should be able to sit back and enjoy your new media center (with high speed internet access of course).
Sources & references used in this article:
LSOM: A link state protocol over mac addresses for metropolitan backbones using optical ethernet switches by R García, J Duato, F Silla – Second IEEE International …, 2003 – ieeexplore.ieee.org
Experimental characterization of QoS in commercial Ethernet switches for statistically bounded latency in aircraft networks by A Jacobs, J Wernicke, S Oral… – 29th Annual IEEE …, 2004 – ieeexplore.ieee.org
Hacking layer 2: Fun with Ethernet switches by S Convery – Blackhat [Online Document], 2002 – n.manet.nu
An energy consumption model for energy efficient ethernet switches by P Reviriego, V Sivaraman, Z Zhao… – … Conference on High …, 2012 – ieeexplore.ieee.org
Static and dynamic flow control using virtual input queueing for shared memory Ethernet switches by JF Ren, RJ Landry – US Patent 6,456,590, 2002 – Google Patents
Method for building scalable Ethernet switch network and huge Ethernet switch by HT Fung – US Patent 8,358,597, 2013 – Google Patents
Gigabit Ethernet switches using a shared buffer architecture by MV Lau, S Shieh, PF Wang, B Smith… – IEEE …, 2003 – ieeexplore.ieee.org
Best multiple spanning tree in metro ethernet networks by G Mirjalily, FA Sigari, R Saadat – 2009 Second International …, 2009 – ieeexplore.ieee.org
Software control plane for switches and routers by LR Dennison – US Patent 8,442,030, 2013 – Google Patents