Ngô Huỳnh Ngọc Khánh

First of all, a huge thank you for your work on bringing Armbian to RK3128 TV boxes. Your guide is incredibly detailed and practical — not just theoretically correct, but actually usable in real-world scenarios where hardware varies wildly. That’s something many tutorials lack. It’s clear you spent a lot of time testing across different boards, and it really helps people like me who are dealing with these unpredictable cheap TV boxes. I also want to say I truly appreciate how you approached the NAND installation process using rkdeveloptool. The way you structured the workflow, especially handling boot components and low-level flashing, made it much easier to understand what’s actually happening under the hood instead of just blindly following commands. I happen to have a bunch of RK3128 devices myself, and thanks to your work, I’ve successfully brought several of them back to life. Even with different variants of RK3128, I was able to get them running properly on NAND with kernel 4.x, which is honestly impressive given how inconsistent these boards can be. That said, I’d like to ask if you might consider extending your approach to RK3228/RK3229 devices using rkdeveloptool on Windows, similar to what you’ve done for RK3128. I’ve been trying to replicate a similar workflow based on your guide and also by studying the multitool source, especially the step-nand function. So far, I’ve attempted: Reusing trust.img and legacy U-Boot from the multitool BSP folder Manually creating a GPT at 0x8000 Writing the image with dd while skipping the first 4MB (similar to step-nand logic) Unfortunately, none of these attempts have worked so far. The main challenge is that many RK3229 boards don’t have an accessible SD card slot (or even pads for one), which makes recovery and testing much harder. If SD boot were available, this would be much easier to debug and iterate. Since you’ve already done the hard work of figuring things out for RK3128 using rkdeveloptool, I was wondering if you might be willing to give RK3229 a try using a similar method. Even a partial guide or some hints about differences in bootloader layout, trust image, or NAND handling would be extremely helpful. Thanks again for your contribution — it’s genuinely valuable for the community. Hopefully RK3229 can be the next one to crack Cheers!

The x96q-v5-1 image support aic8800 wifi chip without modify anything from dtb. Follow this https://github.com/LYU4662/aic8800-sdio-linux-1.0, the AIC8800 and alternate based on AIC8800 will work!