Or you could do this. Quick Google search and this worked like a charm for me The Radxa Dragon Q6A on Armbian may lose Wi‑Fi after a kernel upgrade because the AIC8800 Wi‑Fi/BT module's DKMS driver fails to rebuild automatically; users report manually running sudo dpkg-reconfigure aic8800-usb-dkms can restore Wi‑Fi until the next kernel update. After it was done I just did a quick reboot and Wireless and Bluetooth were back.

I wanted to play with: kernel on ubifs or perhaps DAX on erofs. Btw, Amlogic's boy did "job secure". The bootloader must be signed with aml-enc, a x86 binary, differently for SD and NOR flash. Anyways, it makes x00kb of trice encrypted and signed 0s.

I tried different overlays, reduced max-frequency, set rx-(-tx)-bus-width and different mode settings indepently. Is it perhaps driven by gpio regulator instead of fixed 3v3? With a vcc-supply property one line (warning) goes away.

https://github.com/radxa-pkg/u-boot-aw2501 This is the radxa u-boot build. The important build scripts are in the Makefile.local and the ones in the main directory. I believe the patch directory is in the Debian folder. https://github.com/radxa-pkg/u-boot-aw2501/blob/main/.github/local/Makefile.local https://docs.radxa.com/en/cubie/a7a/low-level-dev/build-system/u-boot Use AI to help you figure it out. My armbian build downloads the official uboot deb package. But I also added a directory for custom uboot packages that overrides the official package.

How can we acces the SPI NOR Flash on Odroid HC4? The usual error seems to be the driver, not a thing we can overlay device tree? Id for xt25f128b is implemented. meson-spifc ffd14000.spi: registered host spi0 spi spi0.0: setup mode 0, 8 bits/w, 1000000 Hz max --> 0 spi-nor spi0.0: supply vcc not found, using dummy regulator spi-nor spi0.0: error -95 reading JEDEC ID spi-nor spi0.0: probe with driver spi-nor failed with error -95 meson-spifc ffd14000.spi: registered child spi0.0