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Cost-Effective: Ethernet splitters provide a cost-effective solution for expanding network connections without the need for additional routers or switches.
Whether you're a gamer looking to hook up all your friends' PCs at a LAN party or need some additional Ethernet ports in the office, you can expand your network's connectivity options with a good Ethernet switch. It takes an existing wired Ethernet connection, and splits it off into two, giving you the ability to connect what is effective, a single Ethernet connection, and share it between two distinct devices.
Are you looking to expand your network without investing in additional equipment? An Ethernet splitter 1 to 2 might be the perfect solution for you! With this buyer's guide, we'll walk you through everything you need to know about Ethernet splitters and help you make an informed decision. Things to Consider You can mitigate this problem by enhancing your network. Using a router that supports 2.5 Gbps, or even 10 Gbps Ethernet is a good start. Pair that with Cat 6 or newer Ethernet cables that support that kind of high-speed networking with adequate shielding to protect the sanctity of your data. Even if you end up splitting that high-speed connection between devices, it’s at least fast enough that no one should feel like they’re missing out by sharing the total throughput. Space Saving: With a splitter, you can conveniently share an existing Ethernet cable between two devices, eliminating the need for multiple cables or additional equipment. Using an Ethernet splitter 1 to 2 offers several advantages that make it an attractive option for network expansion. Here are some benefits to consider:
With the right Ethernet adapter, you can even power your branching Ethernet solution using a USB connection, making it perfect for portable high-speed connectivity on the go. It is, however, an ideal solution for expanding network functionality to pre-existing networks where running additional intervening cables is not ideal. It is perfect for situations in which a dedicated connection for each device is required, such as a printer alongside a laptop.To get around that problem, you can use an Ethernet splitter, or rather, an Ethernet switch. These devices can take a singular incoming Ethernet connection and make it accessible to multiple users at the same time. This not only expands the number of available Ethernet connections for waiting devices but makes running the Ethernet cable much easier since you needn’t have multiple cables going around doors and through walls: just run one cable, with a splitter on the end. When purchasing an Ethernet splitter 1 to 2, there are several factors you should keep in mind. Here are some key considerations: Typically, you'd need a greater number of cables to change that dynamic, meaning more cables running across the floor or through walls. More cables mean a more complicated setup, especially if you have to retroactively add additional cables. There is another solution though: an Ethernet cable-sharing kit . If you just want to know how to split Ethernet connections, though, you’ve come to the right place. Here’s everything you need to know about Ethernet splitting. Ethernet Splitters 101 Whether you’re using a splitter, an Ethernet switch, an adapter, or some combination of all three, make sure that you use high-quality Ethernet cables to connect them all together. Cat 6 or newer ensures that your network can support the sorts of speeds you’re targeting, as well as offering good shielding against interference and crosstalk. You can use newer Cat 6E or even Cat 8 cables if you prefer, although the benefits are only likely to be seen if you’re running longer-distance cables or need higher levels of shielding. What Ethernet Splitter To Buy?
Connecting an Ethernet cable doesn’t immediately mean you have access to the internet. The other end has to be connected to an internet-connected router or modem to do that. However, whether you’re online or not, being connected to the local network gives you the ability to connect to any other system on the network. This is ideal for playing localized games, for high-speed file sharing, or for accessing network-attached printers, scanners, and other devices where wireless connectivity is not possible, or desirable. Although connecting to a router will give you internet access too, that will also give you network access to any wireless devices, like smartphones and tablets, that use the Wi-Fi network for their internet and network connectivity. Consider an Ethernet Adapter These clever devices carry two Ethernet connections across a single wire. The sharing kit includes two splitter devices. The splitter consolidates two Ethernet connections into one RJ45 cable, which is then carried to the destination over a single wall plate connection or a coupler. The second splitter un-splits the connection into two Ethernet connectors for two devices. Although those two devices do need to share the overall connection speed of the Ethernet cable that runs between the router and the switch, it’s still far more reliable and stable than Wi-Fi which could see the two devices competing for frequency as much as bandwidth.If you want the most stable and speedy connection, there's still no beating Ethernet. It’s fast, and most importantly compared to Wi-Fi, reliable. As long as you use a high-quality Ethernet cable with adequate shielding, you don’t need to worry about any kind of interference for your data. But with the growth of ever-faster Wi-Fi standards , and as modern devices trim their ports, getting access to an Ethernet connection isn't always easy – especially if you have lots of colleagues looking to take advantage of scant ports on the local router. Fortunately, in most cases, laptops that have exclusively USB-C connections, like several of Apple’s latest generation MacBooks, actually use Thunderbolt or USB4 ports, which provide enough bandwidth for even the fastest of Ethernet connections; You just need the right adapter for the job. Maximum Ethernet Switch speed without the clutter Another downside is that you need a splitter at each end of the main cable. So a splitter doesn’t save you any ports on the router; it still takes up two ports. Installation: Consider the ease of installation. Look for a splitter that is plug and play, allowing for hassle-free setup without the need for additional software or configuration. The biggest downside to using an Ethernet adapter is that even with the fastest connection speeds, you're still limited to the bandwidth of the single connection from the Ethernet switch to the adapter. That problem is only exacerbated if you connect more devices to that same adapter.
The biggest issue is speed. Each data connection through a splitter is at 100Mbps. That means your 1000Mbps cable can carry a maximum of 200Mbps. This might not matter if you don’t need more than 100Mbps of bandwidth per device. It’s more than enough for 4K streaming and if your internet connection is less than 100Mbps, it’s also a moot point. Durability: Opt for a sturdy and durable splitter that can withstand frequent use and potentially harsh conditions, especially if you plan to use it in an industrial or outdoor setting. Intended Use: Determine the purpose of your splitter. Are you looking to expand your network connections at home, in the office, or for a specific project? Knowing your specific requirements will help you find the right splitter.Although they use different USB connectors, they both offer full USB 3.1 bandwidth, allowing for up to 1Gbps Ethernet speeds for any connected device. This works best in a close-knit office or home environment when the other devices can be relatively close to the device equipped with the Ethernet adapter, although they don’t have to be if you can run long enough Ethernet cables. A great alternative to more traditional Ethernet splitters is Cable Matters‘ unique 4-Port USB Ethernet Adapter . It lets you split a single Ethernet port into four others, massively expanding your local network connectivity options and it does it without the need for any kind of external power source . For those using modern devices that offer only USB-C connectivity , there is a USB-C version as well. Alternatively, you could use a USB-C to USB-A adapter, and then plug the Ethernet adapter into that. That gives you fast connectivity for two devices (or more if using an adapter) with only one intervening cable, making it much easier to set up and install, and it keeps cable clutter to a minimum.
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