21–30 of 68 posts
Title is missleading, i was hoping for https://bellard.org/lte/ :(
But I might be bias, I'd really ike a CAT-M1 and NB-IOT base station
Earlier quoted context omitted.
Correct. If you were to create an actual “access point” you will have the FCC and other agencies knocking on your door within minutes.
I don't think their response time would be nearly that quick. All the stories about Stingrays would imply that this actually isn't very well policed (FCC enforcement is reactionary. The carriers could be proactive, but then would discover the Stingrays. And if carriers were complicit with Stingrays, then Stingrays themselves wouldn't be necessary). I would also think the widespread deployment of legit femtocells woul…
Earlier quoted context omitted.
I don't think their response time would be nearly that quick. All the stories about Stingrays would imply that this actually isn't very well policed (FCC enforcement is reactionary. The carriers could be proactive, but then would discover the Stingrays. And if carriers were complicit with Stingrays, then Stingrays themselves wouldn't be necessary). I would also think the widespread deployment of legit femtocells woul…
Yes, we had the FCC (via FBI) knocking on our door within 30 minutes. This was about 10 years ago when we were doing research with an access point.
Earlier quoted context omitted.
Correct. If you were to create an actual “access point” you will have the FCC and other agencies knocking on your door within minutes.
Within minutes? Seems optimistic.
I don't with to diminish the author's work but there's nothing all that special about the LTE portion. From the perspective of the Pi it's just another interface/network. This is more akin to building a basic consumer all-in-one router -- which I think actually sounds cooler. So the pieces that this article puts together: * Bridging the Pi's ethernet and wireless interface and setting up DHCP pointing to a forwarding…
For anyone who is interested in setting up their own LTE base station (which can be legal, btw) consider the LimeSDR Mini [1]
For some reason doing anything a normal Linux user would do but on a raspberry pi is instant clickbait.
I don't with to diminish the author's work but there's nothing all that special about the LTE portion. From the perspective of the Pi it's just another interface/network. This is more akin to building a basic consumer all-in-one router -- which I think actually sounds cooler. So the pieces that this article puts together: * Bridging the Pi's ethernet and wireless interface and setting up DHCP pointing to a forwarding…
E3372 can be reflashed to do this.
As for the Huawei stick, most of them support being switched to modem mode using usb-modeswitch. But I'd prefer the "virtual network interface" mode if I had the choice, usb-modeswitch and modem stuff isn't exactly the best documented thing on this planet.
I had hoped this was a howto for building an LTE booster. I know the spectrum isn’t licensed for us, but wouldn’t it be great if someone figures out how to build a booster for those of us with a weak signal.