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[–]VAT0 points
1 point
1 point
(+1|-0)
ago
(edited ago)
Fun fact :
ALL analog televisions in history convert the channel frequency to a thing callled "CHANNEL ONE".
For example... channel 2 is divided down to become Channel one, then decoded to screen.
For example... channel 6 is divided down to become Channel one, then decoded to screen.
IF A BROKEN ANALOG TV does not fully divide a frequency fully to "channel one" and instead creates harmonics that interfere with Wifi... then WIFI can indeed get messed up.
in 1946, Channel 1 TV was moved to 44–50 MHz, and is the internal band used by a receiver to downshift into. Internally used in TVs since 1948.
chances are they are watching a legacy UHF channel and it upshifted harmonics into a signal interfering with a repeater uplink to a wifi distribution network
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[–] VAT 0 points 1 point 1 point (+1|-0) ago (edited ago)
Fun fact :
ALL analog televisions in history convert the channel frequency to a thing callled "CHANNEL ONE".
For example... channel 2 is divided down to become Channel one, then decoded to screen.
For example... channel 6 is divided down to become Channel one, then decoded to screen.
IF A BROKEN ANALOG TV does not fully divide a frequency fully to "channel one" and instead creates harmonics that interfere with Wifi... then WIFI can indeed get messed up.
in 1946, Channel 1 TV was moved to 44–50 MHz, and is the internal band used by a receiver to downshift into. Internally used in TVs since 1948.
channels above channel 1 :
https://www.rfwireless-world.com/Tutorials/TV-channel-frequencies.html
chances are they are watching a legacy UHF channel and it upshifted harmonics into a signal interfering with a repeater uplink to a wifi distribution network