cm0002@suppo.ficake to Greentext@sh.itjust.works · 2 days agoAnon is looking for a routersuppo.fiimagemessage-square175linkfedilinkarrow-up1683arrow-down18
arrow-up1675arrow-down1imageAnon is looking for a routersuppo.ficm0002@suppo.ficake to Greentext@sh.itjust.works · 2 days agomessage-square175linkfedilink
minus-squarePetDinosaurs@lemmy.worldlinkfedilinkarrow-up18arrow-down1·2 days agoThis is actually really nice. Even if human rf sensitivity were real, tin foil would work. You’re sharing actual faraday cage material. Real EE stuff. Probably better than the cage material that I know that lines MRI rooms.
minus-squaredoodeux@scribe.disroot.orglinkfedilinkEnglisharrow-up9·2 days agoYeah, it was some crazy stuff. We used to do mobile handsets, GPS, WiFi and other consumer electronics testing. We’ve be locked in cages like - https://engineering.ssl.berkeley.edu/faraday-cage/
minus-squareLH0ezVT@sh.itjust.workslinkfedilinkarrow-up2·1 day agoTinfoil works quite well, after aluminium has pretty good conductivity. The problem is not leaving any gaps that are too big in any direction, or you just build a slit antenna by accident.
This is actually really nice.
Even if human rf sensitivity were real, tin foil would work.
You’re sharing actual faraday cage material.
Real EE stuff. Probably better than the cage material that I know that lines MRI rooms.
Yeah, it was some crazy stuff. We used to do mobile handsets, GPS, WiFi and other consumer electronics testing.
We’ve be locked in cages like - https://engineering.ssl.berkeley.edu/faraday-cage/
Tinfoil works quite well, after aluminium has pretty good conductivity. The problem is not leaving any gaps that are too big in any direction, or you just build a slit antenna by accident.