Difference between revisions of "Rockchip platform Application Note Index"
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==== VEYE and CS series camera ==== | ==== VEYE and CS series camera ==== | ||
| − | *[[VEYE CS Camera on Firfly Boards|How to use VEYE | + | *[[VEYE CS Camera on Firfly Boards|How to use VEYE series camera module on Firefly RK35xx boards]] |
| + | *[[VEYE CS Camera on Radxa Boards|How to use VEYE series camera module on Radxa RK35xx boards]] | ||
==== MV and RAW series camera ==== | ==== MV and RAW series camera ==== | ||
* [[MV Camera on Firfly Boards|How to use MV and RAW series camera module on Firefly RK35xx boards]] | * [[MV Camera on Firfly Boards|How to use MV and RAW series camera module on Firefly RK35xx boards]] | ||
| + | *[[MV Camera on Radxa Boards|How to use MV and RAW series camera module on Radxa RK35xx boards]] | ||
=== I2C user guide === | === I2C user guide === | ||
Latest revision as of 15:09, 24 April 2024
1 Main App Note
1.1 VEYE and CS series camera
- How to use VEYE series camera module on Firefly RK35xx boards
- How to use VEYE series camera module on Radxa RK35xx boards
1.2 MV and RAW series camera
- How to use MV and RAW series camera module on Firefly RK35xx boards
- How to use MV and RAW series camera module on Radxa RK35xx boards
2 I2C user guide
For the parameter configuration aspect of the camera module, we use the DRA (Direct Register Access) approach instead of encapsulating the interface in the v4l2 driver in order to achieve better flexibility and a more direct parameter configuration function.
The following shell scripts can be used directly or embedded into your programs. Of course, by reading their source codes, you will be able to see the registers and access methods corresponding to each function.
2.1 veye_mipi_i2c.sh
Applicable models: VEYE-MIPI-290/327,VEYE-MIPI-IMX327S,VEYE-MIPI-IMX462,VEYE-MIPI-IMX385.
2.2 cs_mipi_i2c.sh
Applicable models: CS-MIPI-IMX307,CS-MIPI-SC132.
2.3 veye5_mipi_i2c.sh
Applicable models:VEYE-MIPI-IMX335.
2.4 mv_mipi_i2c.sh
Applicable models:MV-MIPI-XXX,RAW-MIPI-XXX.