5 WiFi Alternatives – For Your Home Network

WiFi is virtually everywhere. When it comes to networking technologies, WiFi is often put in the spotlight. This is because of its widespread popularity. There are however other methods of connecting devices to your home network and the internet. Although WiFi meets the needs of most people perfectly well there are certainly specific cases where you may want to consider these alternative connectivity options. Throughout this blog post, the term WiFi specifically refers to wireless connectivity using the WiFi (IEEE 802.11) standard and not internet itself. That is right, WiFi and internet are not the same thing.

1. Ethernet

Ethernet is king. When it comes to the networking, ethernet is the most important connectivity standard. Although the convenience of WiFi has largely pushed ethernet out of the consumer spotlight, ethernet is still a very useful technology for networks of all sizes. While ethernet is not particularly useful for mobile devices such as smartphones and tablets, it is a great option for stationary devices such as desktop computers, game consoles, streaming boxes, and smart TVs. In the commercial networking space it has always said that if a device is not mobile it needs to be hardwired. If you want the absolute best performance and stability for bandwidth intensive tasks such as streaming or gaming ethernet is your friend.

Our recent testing of download speeds on the Xbox Series X revealed that our download speeds increased more than 4 times from 214 Mbps to 871 Mbps when we switched from WiFi to ethernet. Additionally our tests showed that latency (ping) was much more stable when using ethernet, especially when another person was simultaneously streaming Netflix.

Ethernet is a powerful technology that has been around for decades and continues to improve. If you want to get the most out of your devices, using a wired ethernet connection is a great choice. Another great thing about ethernet is that is plays very friendly with WiFi. This means that you can hardwire stationary devices, while keeping your WiFi bandwidth free for mobile devices that would be impractical to connect via ethernet. You can also use ethernet to extend your wireless network by adding a wireless access point.

Network Switches

2. Powerline Networking

Want to use ethernet, but not sure about running cables? One great option is powerline networking. With powerline networking your existing electrical wiring is used to carry the data. Setup is extremely simple, first you purchase a powerline networking kit. This will come with a pair of powerline adapters. To use them simply plug them into standard wall outlets, then use an ethernet cable to connect from the powerline adapter to your device.

Latency with powerline networking is usually very similar to straight ethernet and much more stable than WiFi in most cases. When it comes to gaming powerline is a close second to straight ethernet. In most cases switching from WiFi to powerline will reduce your ping spikes and make your connecting much more stable.

Powerline networking will generally work properly as long as both outlets are both connected to the same electrical panel. If the two outlets are on the same circuit the performance tends to be even higher.

There are some situations where powerline networking may not work as well. Most often issues are the result of older wiring that is corroded or grounded improperly. If you live in an older building powerline may not be the best option for you. That said, oftentimes even with less than perfect wiring, powerline can provide a more stable connection than WiFi, especially for gaming where latency is more important than raw speed.

If you want to try powerline networking, your best option would be to buy it from somewhere with a generous return policy and test it for a week or so. If it meets your needs keep it, if it doesn’t you can easily return it for a refund. When purchasing a powerline kit stick to a trusted brand such as TP-Link or Netgear. Most of the generic powerline networking adapters do not perform very well or malfunction after a short amount of time.

3. MoCA Networking

Is your home wired with coaxial cable for TV? What if you could use that same wiring to carry network data? With MoCA networking you can use existing coaxial cable ran through your walls as a substitute for ethernet cables. Connecting your devices is very similar to using powerline networking, and is simple even for a beginner.

Performance is often times even greater than with powerline networking. If you have existing coaxial cable outlets in your home MoCA is a great option that will likely greatly improve your performance and stability. If you do a lot of gaming or streaming and currently use WiFi, consider give MoCA networking a look. There are some cases where MoCA networking does not work optimaly, but this is less common than with powerline networking. Unlike electrical powerlines, coaxial cable was designed with signal integrity in mind.

If you want to give MoCA networking a try, your best option would be to buy it from somewhere with a longer return policy and test it for a week or two. If it performs as expected keep it, if it doesn’t you can easily return it for a refund.

4. 5G / 4G LTE Cellular

So far we have covered connectivity options for stationary devices, but what about devices that are designed to be mobile. 5G / 4G LTE cellular is a viable WiFi alternative for mobile devices that simply need a connection to the internet, and no access to local resources. This can be a suitable WiFi alternative, especially for devices that spend a large percentage of their time outside of the home and need always on internet connectivity.

Network speeds with 4G LTE under optimal conditions can reach about 100 Mbps. Download speeds most commonly range from about 10 Mbps to about 45 Mbps and upload speeds tend to max out at about 25 Mbps or less. This faster than many DSL internet connections, but not competitive with cable or fiber based internet speeds.

5G promises much higher bandwidth than 4G LTE. 5G exists in multiple forms, using different frequency bands. Depending on the frequency band used, the distance from the antenna, and the amount of network congestion, download speeds can range from about 40 Mbps to almost 1 Gbps. Upload speeds tend to be much lower. This makes 5G bandwidth competitive with cable or fiber based internet services in certain situations. That said, a cable or fiber connection will generally be more stable and consistent than a cellular based service.

The biggest downside to cellular connections, is often a lower data cap than what is found on traditional home broadband connections. This may become less of an issue as 5G capacity increases and cell phone carriers increase data caps. At the time being, 5G is at best a compliment to traditional home broadband internet and not a replacement.

Cell Tower

5. Bluetooth

Bluetooth is kind of an unusual option for network connectivity. Although Bluetooth is most commonly used for audio transmission, it is also a method that can be used for data transfer. This can can include transferring pictures from your phone to your computer or sharing your mobile data with your laptop.

Although most people who use tethering connect via WiFI, most smartphones also offer the ability to tether over Bluetooth. This option is generally going to drain your battery slightly less fast. Using Bluetooth is also a good option if you are having trouble connecting via WiFi due to signal interference. Generally Bluetooth tethering maxes out at 25 Mbps which is theoretically slower than WiFi tethering. In practice it makes little to no difference because 25 Mbps is plenty fast for most applications and often faster than your cellular data connection anyways.

There are plenty of alternatives to using WiFi as a means of connecting to the internet and your home network. Each alternative offers a series of advantages and disadvantages. Many of the technologies compliment each other as well. Ethernet for example doesn’t have to be a replacement for WiFi, it can be used to connect specific high bandwidth devices, allowing your other devices to work more effectively over WiFi.