WiFi operates on multiple bands, each designed for specific frequency ranges and coverage areas.
WiFi operates on multiple bands, each designed for specific frequency ranges and coverage areas.
You can divide your Wi-Fi channels into separate networks based on frequency bands. This helps reduce interference and improves performance. It’s a good idea to set up distinct SSIDs for different bands, like Lumikor2.4, Lumikor5, and Lumikor6. Using multiple networks is recommended for better security and speed. Best practice supports this approach.
Imagine bringing all the bands together on a single WiFi network. This lets devices choose their own connection easily and avoids needing separate login details for each Wi-Fi device.
I only care if your gadgets are set to use 5GHz and won’t switch to 2.4 when the connection is weak, or if you prefer not to use 5GHz at all.
I usually configure things individually but back in the days of dual-band gadgets it wasn’t always set to "Right." I usually stick most devices on 5GHz and save the less important ones for 2.4GHz. I’m not sure if MLO plays a role, but I think you’d need all the SSIDs combined for it to function. That’s assuming you have WiFi 7.
It also relies on the presence of additional Wi-Fi networks nearby. This allows multiple band selections to provide a choice of a quieter channel with stronger or more stable connectivity, rather than overlapping signals from many sources.
The router and connected devices decide by evaluating factors like signal quality, available bandwidth, and network congestion.
They seem focused on connecting to the quickest available band, then reverting to 2.4 when the signal strength drops. I’m not sure if they’ll handle lost packets or interference from other sources—probably left to the device manufacturers or the operating system developers. The router will simply report what’s accessible, without influencing the selection process.