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The projection is now smooth after disabling VA-API (by removing libgstva.so and libgstvaapi.so).
Video Engine: 0% usage.
Render/3D Engine: Increased to ~60%.
GPU Clock: Jumped from 200MHz to 715MHz.
It appears that on Geminilake, the light VA-API workload was keeping the GPU in a low-power state ...

I see, I understand why the video engine usage is low.
I moved libgstva.so and disabled useX86Drm, but it seems vaapi is still being used. I've attached the log.
The display is just a regular FullHD 60Hz monitor. Thank you.

I’ve tested on Wayland,but unfortunately, the delay persists.
Interestingly, standalone ffmpeg uses 72% of the Video engine, while hudiy stays around 2.5%.
It seems my system supports VAAPI correctly, but hudiy might not be utilizing it fully.
I’ve attached the latest logs and intel-gpu-top outputs ...

Thank you for your guidance. I have installed all three requested packages.
I am providing the requested logs and command outputs as attachments.
Please let me know if you need any further information to investigate this problem.
Thank you!

First of all, thank you to the development team for adding x86 support!

I'm using Hudiy 2.8 on an Intel Celeron J4105 (Geminilake) with Debian 13 (X11).
While Geminilake is supposedly supported, I’m experiencing a massive video delay (tens of seconds) that accumulates over time.
intel-gpu-top shows ...