(I have posted the title to this incorrectly, I meant to write that SCCB is similar/same to I2C)
I want to do some work with 3G video transmission. I've done a bit with sms/DTMF control/txing/rxing on the PSTN or I wouldn't otherwise go near this. The hw issues alone are scary let alone the sw. Had a go at soldering 100 pin .5mm pitch connectors in a fry pan yet?
I've sourced a 3G module that is designed to work with a CMOS camera.
I just found this data sheet on SCCB.
http://www4.cs.umanitoba.ca/~jacky/Robotics/DataSheets/ov-sccb.pdf
This link was helpfull,
http://www.kanecomputing.co.uk/pdfs/d_module to cmos image sensor.pdf
It says on page 6:
"...A CMOS sensor is typically controlled via a SCCB (I²C) bus, a serial two-wire
interface. Depending on the sensor the host processor can control exposure,
gain, brightness, contrast, gamma correction, windowing, frame rate and output
data format..."
I want to do some work with 3G video transmission. I've done a bit with sms/DTMF control/txing/rxing on the PSTN or I wouldn't otherwise go near this. The hw issues alone are scary let alone the sw. Had a go at soldering 100 pin .5mm pitch connectors in a fry pan yet?
I've sourced a 3G module that is designed to work with a CMOS camera.
I just found this data sheet on SCCB.
http://www4.cs.umanitoba.ca/~jacky/Robotics/DataSheets/ov-sccb.pdf
This link was helpfull,
http://www.kanecomputing.co.uk/pdfs/d_module to cmos image sensor.pdf
It says on page 6:
"...A CMOS sensor is typically controlled via a SCCB (I²C) bus, a serial two-wire
interface. Depending on the sensor the host processor can control exposure,
gain, brightness, contrast, gamma correction, windowing, frame rate and output
data format..."
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