Difference between revisions of "Camera interface"
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==Driver== | ==Driver== | ||
| + | * From now we consider that you have a supported camera module plugged on you development board | ||
* CSI interface can be driven through the V4L2 (Video For Linux) standard interface as soon as CSI driver is loaded: | * CSI interface can be driven through the V4L2 (Video For Linux) standard interface as soon as CSI driver is loaded: | ||
<pre class="apf"> | <pre class="apf"> | ||
# modprobe mx27_camera | # modprobe mx27_camera | ||
</pre> | </pre> | ||
| + | * Then you have to load your camera driver in order for him to "attach" to the CSI one (for example for the OV9653): | ||
| + | <pre class="apf"> | ||
| + | # modprobe ov96xx | ||
| + | </pre> | ||
| + | * Now it's up to you to configure your camera with the tools/API the camera driver is offering... | ||
Revision as of 11:00, 10 June 2009
Page under construction...
Informations on this page are not guaranteed !!
On this page you will find useful informations on how to use the Camera/CMOS Sensor Interface (CSI) of the i.MX chip found on your APF board. Currently only the i.MX27/APF27 are supported.
Hardware
- All the signals of the i.MX27 CSI interface can be found on the J9 connector of the APF27Dev development board.
- You should connect an external camera compatible with the CSI interface (8bits data) to see something ;-). Here are the tested sensor models:
Driver
- From now we consider that you have a supported camera module plugged on you development board
- CSI interface can be driven through the V4L2 (Video For Linux) standard interface as soon as CSI driver is loaded:
# modprobe mx27_camera
- Then you have to load your camera driver in order for him to "attach" to the CSI one (for example for the OV9653):
# modprobe ov96xx
- Now it's up to you to configure your camera with the tools/API the camera driver is offering...
