How to Enhance Your Home Wi-Fi Network With Latest Router Solutions

By Mobel 10 Min Read

How to Enhance Your Home Wi-Fi Network With Latest Router Solutions

Strengthening whole-home WiFi coverage is of utmost importance; it makes streaming movies and gaming online easy and ensures automated home devices function correctly.

Electronics like microwaves, cordless phones, and Bluetooth gadgets that utilize the same wireless band as routers can significantly slow your internet speed. Furthermore, bulky furniture or thick walls may block or disrupt signals.

1. Dual-Band Routers

Dual-band routers transmit signals over two radio bands: 2.4 GHz and 5 GHz. While the older 2.4 GHz band may experience interference from household appliances like microwaves, cordless phones, and Bluetooth gadgets, its successor 5 GHz band provides much less congestion, allowing WiFi routers to provide faster and more stable connections.

Dual-band routers allow your wireless devices to seamlessly roam between bands for optimal connections; this process is known as seamless roaming. The 2.4 GHz band is ideal for smart home gadgets and old laptops, while the 5 GHz band can support bandwidth-heavy apps like streaming video and gaming.

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A dual-band router’s additional 5 GHz band can help fill in dead zones in larger homes with multiple floors, giving all areas access to wireless coverage.

If you need even faster speeds, a tri-band router might be your perfect solution. By adding another 5 GHz frequency into the mix, tri-band routers increase data rates up to 3,200 Mbps, making them perfect for households that utilize multiple connected devices for activities like gaming or 4K streaming simultaneously.

To maximize the performance of a dual-band router, be sure to keep its firmware current and conduct frequent wireless device scans. This can help identify and unplug any devices consuming too much bandwidth, leading to slowness or outages on your internet connection. You can run these scans either through your router’s web interface or with an app such as NetSpot; additionally, it is best practice to clear away cached browsing history on all devices connecting wirelessly.

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2. Wi-Fi Extenders

If your WiFi signal has weak spots that need covering, consider investing in a range extender (also called a Wi-Fi extender). These devices sit between your router and problem areas to amplify or redistribute existing wireless signals for improved coverage. Some work over Ethernet, while others utilize electrical wiring as a conduit to extend internet signals—an especially beneficial solution in homes where wired and wireless devices require accessing the internet simultaneously.

When shopping for a Wi-Fi extender, look for one equipped with cutting-edge technologies to maximize both speed and range. Most basic models feature single-band devices broadcasting on the 2.4 GHz frequency band, while dual-band extenders broadcast both channels; tri- and quad-band extenders offer even greater performance by eliminating congestion on 2.4 GHz while increasing capacity on popular 5 GHz bands.

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No matter the type, an extender must have enough range to reach any area where signal coverage may be limited. Our lab conducts extensive WiFi extender tests in order to assess their performance by measuring speeds and range using network simulation software; one model in particular—TP-Link RE450—fastened up our slow 2.4 GHz test device from 18Mbps to 21Mbps while also increasing uploads from 19Mbps in an upstairs dinette up to 342Mbps!

As part of your research for an extender, it’s important to keep in mind that most will create their own Wi-Fi network with its own name, meaning you may need to connect devices when moving between rooms. Some extenders allow you to manually select which of your router’s networks they broadcast, for an easier solution.

Our top picks for best extenders are the TP-Link AX1500 and Netgear EX5000, both of which deliver fast speeds with easy setup. The TP-Link model features a sleek minimalist design and can easily be set up via QR code on its packaging that links directly to its setup website; on the other hand, Netgear’s extender doesn’t require apps and can be configured through web browsing, making it ideal for users who don’t wish to clutter their smartphones with another piece of software.

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3. Access Points

An access point (AP) can strengthen a router’s signal in larger homes and businesses by creating its own wireless network that devices can connect to. An AP connects directly to either a broadband router or network switch using Ethernet cables; its Wi-Fi capabilities work alongside those of its main network to improve speeds and extend range.

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Before installing an access point, locate areas of your home where WiFi signals are either weak or nonexistent, such as rooms, floors, or specific devices that cannot connect to your router. If possible, see if these areas are close to where your current router resides.

Ideal placement for an access point (AP) should involve connecting its cable directly back to your primary router or switch. When choosing one that supports Power over Ethernet (PoE), the device can be powered through network infrastructure rather than needing external power sources, thus reducing clutter on your network and eliminating the need for dedicated power outlets near each access point.

Once your access point has been deployed, follow the instructions included with it to set it up and get connected. Log into a website to confirm your connectivity and make the necessary changes to its settings. Choosing a dual-band AP with both 2.4 GHz and 5 GHz frequency bands could significantly boost internet speeds by eliminating interference caused by overlapped channels.

Disconnect any unneeded computers, smart TVs, and devices from the Wi-Fi network to save bandwidth usage and reduce connection delays. Furthermore, regularly clear browser and device caches to prevent the accumulation of unnecessary data that could slow your speed.

There are various options for improving your home Wi-Fi network, such as WiFi repeaters, powerline extenders, or mesh networks. Finding the ideal option depends on factors like how many devices are connected and the size of your house; the goal should be to achieve a stronger signal throughout without exceeding budget limits.

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4. Mesh Networks

An effective solution to dead spots is deploying a mesh network. These multi-unit sets—composed of a hub and several satellites—can work together to navigate WiFi signals around obstacles in your residence and spread them throughout your yard or neighborhood. Additional satellites may even be added later if more coverage is required for full coverage of either the home or yard area.

At its core, a mesh network works like this: each node (also known as “nodes”) connects seamlessly with the node nearest them via a Wi-Fi network and a service set identifier shared between all nodes; you can manage all nodes centrally from an admin interface. Nodes communicate between themselves either wirelessly or more frequently by using Ethernet backhaul cables; wired connections generally yield better performance; however, wireless backhaul often works just fine in mesh systems.

Mesh nodes are designed to work like a collective mind, with intelligent technology helping reduce latency issues due to signal repetition or obstructions, providing consistent speeds across your home.

When mesh nodes cannot communicate with each other or with your router, they will attempt to contact other nearby nodes before finally arriving at it; this process is known as data hopping and may cause latency issues; however, advanced mesh networks utilize AI technology to reduce this impact or help eliminate it altogether.

By creating a wireless mesh network, it becomes much simpler to easily connect smart home devices like lights, security cameras, and thermostats—you may even be able to manage these from within the same mobile app that manages your router!

If you are seeking to upgrade your home Wi-Fi network, it is imperative that you select a router capable of offering speeds and coverage as per your requirements. Running a speed test can help determine if your current network can meet those criteria; if it does not, follow the advice above to locate an alternative solution.

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