Xavier/Processors/HDAV Subsystem/JPEG: Difference between revisions
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* JPEG2000 codec (8-16 bits per channel) | * JPEG2000 codec (8-16 bits per channel) | ||
Input (encode) format: | '''Input (encode) format:''' | ||
* Subsample format: YUV420 | * Subsample format: YUV420 | ||
* Resolution (up to): 16K x 16K | * Resolution (up to): 16K x 16K | ||
* Pixel pack format | * Pixel pack format | ||
** Semi-planar/Planar for 420 | ** Semi-planar/Planar for 420 | ||
Output (decode) formats: | '''Output (decode) formats:''' | ||
* Resolution (up to): 16K x 16K | * Resolution (up to): 16K x 16K | ||
* Pixel pack format | * Pixel pack format |
Revision as of 12:10, 2 September 2022
The JPEG processing block is responsible for JPEG compression, decompression, image scaling, decoding (YUV420, YUV422H/V, YUV444, YUV400), and color space conversion (RGB to YUV).
Features
- JPEG codec (8/12 bits per channel)
- JPEG2000 codec (8-16 bits per channel)
Input (encode) format:
- Subsample format: YUV420
- Resolution (up to): 16K x 16K
- Pixel pack format
- Semi-planar/Planar for 420
Output (decode) formats:
- Resolution (up to): 16K x 16K
- Pixel pack format
- Semi-planar/Planar for YUV420
- YUY2/Planar for 422H/422V
- Planar for YUV444/YUV
NVIDIA Hardware Accelerated GStreamer JPEG Plugins
Plugin | Description |
---|---|
nvjpegenc | JPEG encoder element |
nvjpegdec | JPEG decoder element |
Multimedia API
The Multimedia API provides the NvJpegEncoder
and the NvJpegDecoder
helper classes. The examples located in ~/tegra_multimedia_api/samples/05_jpeg_encode
and ~/tegra_multimedia_api/samples/06_jpeg_decode
provide more information on how to use this API.