Sparkfun Camera

MagnaChip HV7131GP CMOS Camera Module


 * 640x480 (actual 652 x 488 )
 * [Media:HV171GP.pdf datasheet]
 * on sale at Sparkfun for $19.95
 * SMD Connector is a [Media:df18.pdf DF18 Hirose Connector]
 * SMD Connect available from Sparkfun for $0.95
 * Break out Board
 * SparkfunCameraFPGA
 * AVR project based on a similiar cameras - http://www.jrobot.net/Projects/AVRcam.html

8-Bit Output Format Support:

the [[Media:libdc1394.pdf|libdc1394 howto]] provides an excellent introduction to the Bayer format.

the starting row and column determine the Bayer format
 * even
 * odd

basically because the camera is slightly larger than 640x480 you can set the window for usage:
 * Row 2 and Column 2 with Window Heigh 640 and Width 480 produces
 * Row 1 and Column 1 with Window Heigh 640 and Width 480 produces

the odd/even are dependent on the orientation of the scan.

Information gathered from the Sparkfun Forums

although the camera does support a 16-bit mode, the ribbon cable only provides support for the 8-bit mode.

ENB | 11     1 |    Y0     RST  | 12     2 |    Y1     GND  | 13     3 |    Y2     VDD  | 14     4 |    Y3     SCL  | 15     5 |    Y4     SDA  | 16     6 |    Y5  FVALID  | 17     7 |    Y6  LVALID  | 18     8 |    Y7    PCLK  | 19     9 |    VDD MCLK | 20    10 |    GND

NOTE: Pins 14 + 9 are connected to VDD : V+ --| |    |[B1]--#- Pin 9 |                     |     |                      |     |[B2]---#--)- Pin 14                     |      |                     |      |                     [C1]   [C2]                     |      |                   -  -                    ---    ---                     -      -

busonerd states - "My guess for the parts values would be a ~600ohm @ 100MHZ ferrite bead (B1 and B2), current capacity ~100-200 ma, and a 0.1uf caps(C1 and C2). You really can't go wrong with the ferrite bead - just get a higher impedance + higher current capacity one if in doubt. For the caps(C1 and C2) - if you really want to be paranoid, use an 0.47uf, an 0.1uf and an 0.01uf - with the smaller values nearer the connector - but that is guaranteed overkill."


 * the i2c interface needs to be level shifted from the 2.8v to either 3.3v or 5v depending on your host device
 * http://www.standardics.philips.com/support/documents/i2c/pdf/an97055.pdf - application note on i2c level shifting