Router, Wi-Fi booster, or mesh network solution
Router, Wi-Fi booster, or mesh network solution
Hello, you're considering enhancing your current Wi-Fi setup. Right now you're using a Netgear Extender EX2700 with TalkTalk UK internet. You've explored mesh networking and thought about upgrading to something more capable, aiming for around £150 to £200 depending on the specs and future readiness. I found a few suggestions online, but one link seemed a bit expensive. Your main concerns are handling many devices—like smart TVs, Alexas, laptops—and experiencing weak signal upstairs. Since your home is older and lacks updated wiring or Ethernet ports, the extender acts as a repeater. You checked your current Wi-Fi frequency and matched it with nearby networks to spot interference, though you're not entirely sure how to adjust the channel settings yourself. Looking for ways to improve performance or comparing alternatives would be helpful. Would you like some guidance on setting up a better configuration or finding more affordable options?
Let's begin by adjusting your Wi-Fi connection to the most affordable and straightforward method. You can use tools such as the Wifi Analyzer app at https://play.google.com/store/apps/detai...i.analyzer – it shows nearby signals and their frequencies. The numbers at the bottom indicate available channels you can assign to your router. Aim for a channel with minimal interference from other networks. In your router’s interface (access via http://192.168._._), locate the channel settings, which are similar to changing the Wi-Fi name. Experiment with lower channel numbers if your area is very crowded; this helps maintain strong signal strength across fewer networks.
For optimal performance, check the router’s documentation for guidance on these steps. The Netgear model is costly due to its support for Wi-Fi 6, which only newer devices can handle. Older systems typically work with 2.4 GHz or 5 GHz, offering better compatibility and lower cost. Wi-Fi 6 delivers impressive speeds but may not be noticeable at 70 Mbps connections. It’s ideal for streaming from local servers or moving files between devices like a NAS.
Consider the ASUS ZenWiFi AC1500 for whole-home use – it provides reliable coverage without the premium price of Wi-Fi 6. If you need more capacity, the AUSUS ZenWiFi AC1500-Whole-Home-System offers strong signals and flexibility.
For installation, set up access points that connect via a hidden network to your modem. Place the first one near the ISP connection, then expand outward. The signal strength drops with distance or obstacles; positioning it wisely ensures good coverage without excessive speed loss.
A three-unit system can boost reliability in dense environments, but only if your current ISP struggles to reach key areas. For most users, a two-unit setup should suffice and deliver strong performance.
Selecting the right network for specific devices—like printers, Alexa, or smart lights—helps optimize usage. Use 2.4 GHz networks for devices that don’t need high speed, such as laptops, TVs, and game consoles, while reserving 5 GHz for bandwidth-heavy tasks like video streaming. This approach balances cost, efficiency, and functionality.
Follow the wireless survey as suggested by @GhostRoadieBL. Many people think running Ethernet is only possible with drilling holes or laying cables through walls. Rental properties may be different, but you can usually route cables along ceilings, walls, or floors to create a tidy setup.
Hi, your feedback is helpful. I tried adjusting the channel but faced a few minor issues, but I’m now testing to see if it works. Thanks for the additional tips—I’ll keep them in mind. I was thinking WiFi 6 would be a good choice since it’s forward-thinking, though I realize it might not fit all my devices right away. Plus, future updates could change that.
I considered drilling through walls and following edges, but most of my home has concrete or cavity walls, which would make it costly and difficult to install cables. I estimated the space between the router and extender would be around 4 meters or more based on the setup.
I see your situation clearly since it matches areas with comparable building practices. I opted for running cables inside a conduit that also serves as decorative molding on walls or ceilings. I handled some drilling into concrete and wood, which wasn’t too challenging.
Sorry, another inquiry about channel adjustments. Even though the ISP settings weren’t changed, the channel stayed on 33 when everyone was connected, but now it’s 1 with no one else using it. I didn’t switch to 1 just because I tested and it didn’t cause interference nearby. When I looked in my settings, it was already set to 1 and not AUTO, so I wanted to confirm if it might change again.
Another point concerns automatic switching to the strongest signal. With dual bands sharing the same name, a device usually picks the band with better coverage. If you rename the 5GHz network, would that help or hinder performance? Since 2.4GHz has a wider range, keeping it separate might still work, but if you switch to a different name and signal drops quickly, it could reduce effectiveness. Adding a mesh network could improve reach, though it might lower speed if not properly configured.
Auto change no, auto enabled only once, usually in the least optimal frequency range. Some routers adjust this after a Wi-Fi scan, though it's uncommon. The second issue concerns roaming—perfect scenario would be dual network names for 2.4 and 5GHz, letting your device switch between them automatically. Depending on how advanced your settings are, you can define a lower signal threshold before switching, but this is typically handled by high-end mesh systems that manage themselves. What do you mean by halving speed without a wired connection? A LAN cable just expands the physical path, not the data throughput. If your main need is internet speeds like 1000Mb/s into the network, it shouldn't noticeably affect performance differences between 700Mb/s 5GHz and 300Mb/s 2.4GHz networks. Don’t stress about that part; coverage remains the key until you reach gigabit fiber tiers where reliability becomes crucial.
I noticed your name, just wanted to check if it might help me. The channel has shifted again even when auto was enabled. A friend mentioned some services perform packet resets, which could explain the changes. I switched from 2.4GHz to 1 and stayed on that frequency for a day, but changed 5GHz to CH100 and it returned to the standard band. Everyone else is using it there.