Or use the BSD-style sockets provided by FreeRTOS/LWIP. I think that'd be the quickest way to whip something up.

As far as I know, the ESP8266 also has pre-emptible tasks in the FreeRTOS SDK. Or were you referring to the non-OS SDK?

Just checking: did you do this step?
sudo apt-get install git autoconf build-essential gperf bison flex texinfo libtool libncurses5-dev wget gawk libc6-dev python-serial libexpat-dev libtool-bin

If you did (or if that didn't work), could you try
apt-get install g++
and then re-try?

Can you attach the mentioned build.log file?

The Chip_En pin is the same as on the ESP8266: if it's pulled low, the chip is entirely disabled, which is functionally the same as it being in reset state. That's why you can use it as a reset pin; it has the same effect. Yes, there is a very nice mode for watching pins (and A/D, and capacative sen...

No, you can't swap the IRAMs. It's just that the IRAM for one CPU shows up in the address space (at a different address) of the other CPU; if you don't use the 2nd CPU this means you can use it's IRAM as data space for the 1st, which I do in the sms emulator. The cores have clock gating, so you can ...

At the moment, we're concentrating on the FreeRTOS SDK. If any, in the multithreaded variant you'll be able to suspend the scheduler on the core that doesn't handle WiFi connectivity. This basically gives the thread you run on that core 100% of the CPU time, which is mostly equivalent to having no p...

Very nice; first time I've seen that approach to getting raw pixel data from a video.

Awesome! Are you streaming the raw pixel data to the display, or are you doing some decoding in the esp?

Ahoi Claude

The Ethernet MAC supports MDIO. For RMII, the ESP32 can generate a 50MHz clock to supply to the PHY.