Function Support Comparison List
On the S6P platform, UCP supports only the BPU IP. Other IPs such as vDSP, ISP, and Stitch are not supported. As a result, only BPU-related model inference capabilities are available on S6P, and any modules or examples in the sections below that rely on IPs such as vDSP, ISP, or Stitch do not apply on S6P.
The sections below focus on describing the differences in supported features of the J6 series products in the current version of UCP, starting from the two operating systems Linux and QNX. Function points not mentioned in the sections below are assumed to have no difference in support between products and operating systems.
Linux
Currently, only J6E/M supports running the full process of target detection examples. Currently, only J6B supports GDC, PYM and CODEC processing of 10-bit and GDC, PYM processing of 12-bit images. The current J6B VDSP operators do not support the FRAME_PADDING_REFLECT_101 edge padding mode.
QNX
- The entire J6 series does not support the full process example of target detection under the QNX operating system.
- The Perfetto Trace tool in the UCP performance tool is not currently supported.
- DEB packaging tools are not supported.
- GPU custom operator development related to OpenCL is not supported.
- Relay mode is not supported.
- The current J6B VDSP operators do not support the FRAME_PADDING_REFLECT_101 edge padding mode.
In addition to the above limitations common to QNX, J6B also has other limitations listed in the following table:
| Modules | Function | J6B |
| HPL | HPL API | Not supported |
| HPL Sample | Not supported | |
| VP | VP operator based on JPU | Not supported |
| Surround view image stitching example | Not supported | |
| Bilinear pyramid | The maximum supported number of layers is 3, and the maximum size supported by PYM1 is 2592x2592. | |
| Plugin operator | Slam example in DSP | Not supported |
Android
- The Android version of UCP only supports direct connection mode for the model inference module and deployment on the Starry platform (S6P).
