Broadcom is famous for their terrible Linux support (typical android style binary firmware blob dump). Many drivers are unofficial, only reverse engineered. Some commenter here even mentions patching binary blobs to fix issues!
Murata Type1GC mentioned here, goes back to 2015. It also has several compromises to keep size small. Hardly stellar config!
Question for those with more experience - I’ve just purchased a Pi Zero 2 and I’ve been having real issues with the WiFi since I opened the box. Is it likely a faulty device?
To follow up, I moved the device to be right near the access point and it worked ok. So now I need to figure out what I’m going to do when it’s in situ…
bottom barrel price hardware components usually mean top quality component that failed QA and then went on a lower quality bin and then passed QA there.
it's not a different design or anything. the car analogy would be all factories making only 4x4 cars and the cheap cars just being the 4x4 with the trans axle broken or something, resulting in two wheel drive (doesn't even care which two wheel because the cheap bin QA just test if the car moved). you probably got a chip with two trans axle broken and the chip limped with one wheel drive thru QA and they called it a day.
thanks artificial Monopoly protections via bogus IP laws.
Ahhh I wanted to use the esp32, and thus the esp-at for some specific stuff, but I'm a bit clueless about what else is available and what I'd be missing. What are the more stone agey parts of it?
An obnoxious mountain of binary blobs, no 5 GHz, no WPA3, and if you plan on using Bluetooth, you're gonna have to re-flash the ESP every time you want to add a new GATT attribute.
Broadcom is famous for their terrible Linux support (typical android style binary firmware blob dump). Many drivers are unofficial, only reverse engineered. Some commenter here even mentions patching binary blobs to fix issues!
Murata Type1GC mentioned here, goes back to 2015. It also has several compromises to keep size small. Hardly stellar config!