TI's OMAP Series of DSPs is designed to handle video and imaging quite 
fast:
https://en.wikipedia.org/wiki/OMAP

matzetronics wrote:
> TI's OMAP Series of DSPs is designed to handle video and imaging quite
> fast:
> https://en.wikipedia.org/wiki/OMAP

That's not helpful and close to nonsense, really. Ever tried getting 
your hands on OMAP 4 and above for industrial applications?

@TO: Please tell us more about the interface (MIPI, Parallel, ...?)
If it's MIPI, there aren't many viable options, the best luck you'd then 
have with an FPGA solution. From experience I can tell that there are 
many potential dead ends with MIPI capable processors, unless you're 
playing in the consumer (>50k p.a.) league.

Thank you for the help,

Fitzebutze wrote:
> @TO: Please tell us more about the interface (MIPI, Parallel, ...?)

It's send over 6 LVDS OUTPUT, 4 Data Output, 1 Clock Output and 1 
synchronization LVDS, which send information, what currendly send over 
the Data Output, for example:"New Line, New Frame,...".

Sometime has gone and i finished my project.
Here is a sort explanation for everyone with the same problem.
First thing is i changed the sensor to the  Python 1300 NOIP2SN1300A-QDI 
with Parallel CMOS Output, which is slower.
For reading the Data and control the sensor I used the  CYUSB3KIT-003 
EZ-USB board.  With the Cypress Board it's possible to send the data to 
the PC and save them there .
However my System wasn't perfect, because sometimes i lost some Bytes 
during transmission. Maybe with some change to the parameters from the 
USB transmission or an algorithm to recover the lost byte, it might be 
an useful setup.