I doubt that would affect Wi-Fi, but what does affect it (at least 2.4 GHz frequencies) is microwaves. They operate at the same frequency and interfere with the router’s output waves.
My wife refused to believe me until I had her run a speed test and watch the signal drop when I started up the microwave, then rise again when I turned it off.
No. RF is not affected directly by air movement. However, it can be indirectly affected, by moving the antennae positioning, moving other objects in the way, or causing rain or snow to block the path of the RF. Source: Network Engineer for 10 years
Couldn’t the wind thing be true? Moving air rubs on stuff, gets charged and provides a less resistant path for the em waves
Theoretically, but probably just as likely as goblins sneaking into your router and eating all the 1s in your binary
I knew it! It was goblins all along!!
Meaning very likely.
I doubt that would affect Wi-Fi, but what does affect it (at least 2.4 GHz frequencies) is microwaves. They operate at the same frequency and interfere with the router’s output waves.
My wife refused to believe me until I had her run a speed test and watch the signal drop when I started up the microwave, then rise again when I turned it off.
No. RF is not affected directly by air movement. However, it can be indirectly affected, by moving the antennae positioning, moving other objects in the way, or causing rain or snow to block the path of the RF. Source: Network Engineer for 10 years