If your WiFi signal is always weak or unreliable, it can be frustrating. Fortunately, there are several steps you can take to strengthen it. You might have already tried buying a WiFi booster or moving your router to a different location, but there's something else that might be going below the radar in terms of solutions.

Virgin Media has revealed one factor you might not consider when you're trying to fix your wifi.

Virgin Media says: "Each device connected to your WiFi takes up a portion of the available bandwidth. If too many devices are online at once, like phones, smart TVs, and laptops, it can slow down the signal for everyone.

"Disconnect devices that aren't in use, and if possible, schedule heavy internet use (like large downloads or updates) for off-peak times to free up bandwidth when you need to use the internet."

According to Ofcom, UK households now own an average of 9 connected devices-a number that has steadily risen over the last decade.

And that's not even counting workplace tech, says Gadgetsure Blog.

Phones, laptops, tablets, e-readers, Bluetooth headphones, smartwatches, voice assistants, and smart home gadgets all contribute to slowing down your WiFi.

You should consider the number of devices you might have connected at any one time using your internet connection, and if there are any that can be disconnected, this could help speed things up.

But this is not the only piece of advice Virgin Media has shared. It also suggests keeping your router away from electronics.

Virgin Media says: "Many everyday devices can interfere with your WiFi signal, especially those that use radio waves or generate electromagnetic noise.

"Things like microwaves, cordless phones, baby monitors, Bluetooth speakers, and even TVs can all weaken your signal if they're too close to your router.

"Try to keep the router at least a few feet away from other electronic devices to avoid any risk of your signal being interrupted."

By implementing these changes in your home, you can ensure that your WiFi is running at its optimal performance.