3 ms·
In general, its good for: * indoor unobstructed environments * outdoor point-to-point line-of-sight It is a holiday miracle for small low power handheld devi
by Joel_Mckay 2y ago
In general, its good for:
* indoor unobstructed environments
* outdoor point-to-point line-of-sight
It is a holiday miracle for small low power handheld devices.
We'll need to know the ERP limits for these bands before designing any changes.
However, hypothetically even 5W to 8W could open space networks (C band)
- binary132 2y agoNeat. So with let’s say, neighborhood repeaters, you could potentially get pretty far with this, I guess.
- Joel_Mckay 2y agoIn a city broadcast signals get attenuated by structures, but in point-to-point with a dish one could reach quite far. Ubiquiti products do 12km to 25km with relatively low power levels, and any unlicensed users may deploy the install. Best regards, =3
- ars 2y ago> It is a holiday miracle for small low power handheld devices. Is it really? Isn't the signal blocked if a person simply walks between he devices? i.e. if you are wearing a receiver and just turn around you will lose connection.
- BenjiWiebe 2y agoThis is 6Ghz, not 60Ghz. So not much different than the WiFi connection you're probably using right now (5Ghz).
- Joel_Mckay 2y agoI'd recommend taking the ham radio technician license, as it explains the various antenna types and radiation lobe patterns. You can learn a lot, meet some smart people, and may develop a different perspective on electronics in general. Best regards =3