Netgear router combined with Edimax AP roaming technology
Netgear router combined with Edimax AP roaming technology
I use the Net router as my primary connection and an Edimax Access Point (AP) downstairs linked to it via a lengthy Ethernet cable. The network supports both 2.4GHz and 5GHz bands, each with its own configurable settings and names. The 2.4GHz channel is set to 6, while the 5GHz channel is on 36. The AP name differs from the Net router's, and it operates exclusively on the 2.4GHz frequency. It’s currently tuned to channel 11. A technician from D Link advised switching the AP to the same name as the Net router so devices automatically select the strongest signal. He mentioned this depends on the device—his Galaxy S5 stayed connected while his iPhone toggled between them. At present, my gadgets need manual network selection. I own a 2013 MacBook Air (mid model) and a Galaxy S7, along with several other devices. Many of them require manual network assignment. It’s frustrating since the AP signal barely reaches anywhere, and vice versa. He also stated that switching from 5GHz to 2.4GHz isn’t possible and only works within a narrow range. Overall, his guidance seems accurate, but your setup still needs careful tuning.
Not always reliable. Some gadgets can lose connection to a particular access point, so they stay linked unless the signal weakens. There are three main roaming protocols in WiFi, but it’s important to confirm each device understands the same ones. Many brands have developed their own roaming methods, which can complicate things. Roaming over WiFi often feels frustrating—it usually involves a handoff process where devices switch without a full disconnect. I’ve only heard about successful roaming when devices are from the same brand, not different ones. Back in my college days, instructors said the ideal setup is all devices from the same manufacturer, preferably using the same AP. That’s the safest way to guarantee compatibility. It’s not completely accurate, but keeping APs on separate channels helps avoid interference, especially in 2.4 GHz where there are many overlapping channels.