Version of MJPG-STREAMER project: https://sourceforge.net/projects/mjpg-streamer/ Compiled for mini2440 SOC with support for embedded camera CAM130.

Current version is based on r63 version of mjpg-streamer, binary package is compiled with arm-none-linux-gnueabi-gcc (Sourcery G++ Lite 2008q3-72) 4.3.2

Installing

Binary package based on r6:

To use:

1. download binary package: http://mjpg-streamer-mini2440.googlecode.com/files/mjpg-streamer-mini2440-bin-r6.tar.gz or source code and compile
2. copy to mini2440 using NFS, FTP or SD card
3. create a directory, for example

mkdir /mjpg-streamer

4. untar

cd /mjpg-streamer;tar zxf mjpg-streamer-mini2440-bin.tar.gz

5. to try using CAM130 - run

start_s3c2410.sh

6. to try using USB UVC based camera - connect camera to usb socket and run

start_uvc.sh

7. to try using USB camera without MJPG support - connect camera to usb socket and run

start_uvc_yuv.sh

Compiling

1. install your platform version of gcc ( http://www.friendlyarm.net/dl.php?file=arm-linux-gcc-4.3.2.tgz in case of mini2440)
2. run make CC=arm-linux-gcc package to create a tar.gz package

Experimental S3C2440 camera interface linux kernel driver

Now project includes a minimal V4L2 driver for internal camera, able to capture images at full resolution (1280x1024) and scale down using hardware scaler in YUV422P format.

To try, build a custom kernel without built-in support form S3C2440 camera ( comment out CONFIG_S3C2440_CAMERA=y ) in configuration file. And build s3c2440camera_driver: make KERNELDIR=<whenever you have your kernel> , then install module using command insmod s3c2440camera.ko on mini2440 If you are compiling kernel version 2.6.29.4-FriendlyARM, you can use precompiled binary driver : s3c2440camera.ko Also, mjpg-streamer-mini2440-bin-r9.tar.gz precompiled binary package of the mjpg streamer able to use this driver.

Below is a screenshot of capture running at full resolition ( 1280x1024)