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I think you meant illegal. Either way, I think they are mostly concerned with signals that interfere with the normal operation of other devices. So you could op
by gh02t 11y ago
I think you meant illegal. Either way, I think they are mostly concerned with signals that interfere with the normal operation of other devices. So you could operate your 4G base station inside a Faraday cage to experiment with as long as you're not leaking signal that interferes with anybody else.
- kseverna 11y ago"I'm suspect that" ~= "I doubt that"
- dguaraglia 11y agoFunny, "I suspect" could actually work both ways, but "I'm suspect" kind of clears the ambiguity (but only because of usage, not because of any actual grammatical artifact.) English is such a crappy language sometimes!
- devishard 11y agoMy guess is Quequau doesn't speak American English; I've heard Brits and Aussie's say "I'm suspect" a few times, but never Americans.
- gh02t 11y agoI figured it was just an extra 'm and dropped the il, so "I suspect that... is illegal." Haven't heard "I'm suspect" used before, but either way I guess we know what they meant.
- jessaustin 11y agoThanks for the translation; that particular idiosyncratic usage defeated me.
- Quequau 11y agoWell, I'm glad you guys figured out what I meant, despite my lousy grammar and lack of proofreading. I have my eye on this project for autonomous drone command & control, so operating the device inside a Faraday cage to prevent leaking a signal that might interfere with others would defeat my purposes. I suppose the correct design would be to use two (one for the base station and one for the device) so that some other part of the RF spectrum could be used instead.
- gh02t 11y agoYou could always try XBee. The XBee Pro modules are a bit expensive (~$50 each), but they can reach up to 15 miles or more, albeit at fairly low baud rates. The Pro-900 XSC ( https://www.sparkfun.com/products/11634 https://www.sparkfun.com/products/11634 ) can stretch up to 28 miles with just its wire antenna. There's also LoRaWAN, which is even longer range but still low bandwidth and $$.