However, if you install ffmpeg from apt and use Is the new API that folks are moving forward with. Which is supported on the Raspberry Pi 4 and a 64-bit OS. Instead, FFmpeg provides the h264_v4l2m2m for hardware accelerated encoding/decoding Like the h264_omx encoder is considered deprecated Would work, but I didn’t test that (it seems a bit iffy). These continue to not be found, as this package provides different libraries Even after installing libomxil-bellagio-dev If you try running this on a 64-bit OS you’ll get errors that libOMX_Core.soĪnd libOmxCore.so weren’t found. Some initial searching about what encoder to pick in FFmpeg for hardware acceleratedĮncoding on the Raspberry Pi pointed me to the h264_omx encoder. That I put together to monitor the progress of the encoding tasks. Hardware on a 64-bit OS and the little encoding manager/dashboard, FBED, In this post, I’ll cover how to get FFmpeg setup to use the Pi 4’s video encoding ![]() Play around with Python, FFmpeg, and the Pi’s hardware accelerated video encoder. Trimming them down would help save a bit of space, and gives me an excuse to ![]() The videos are onĪn external drive being monitored by Plex and shared on the network by Samba,Īnd some are quite large since they’re at a (likely unnecessarily) high bitrate. I got curious about using it to re-encode some videos I had. After setting up Pi-Hole, OpenVPN, Plex, and Samba, I recently picked up a Raspberry Pi 4 8GB model to use for some lightweight server tasks
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