I wanted to find a cheap camera that would work without a lot of futzing around with register settings.
The OV7675 fits the bill.
It seems that most of the new cameras are dropping parallel data ports in favor
of MIPI. To do MIPI correctly I think we are going to need a real P2 on a board with an FPGA.
I'm voting for a P2P123+.
After the P2 is done, I think Chip is going to want to play with it for a while:)
What better way to play than to create all kinds of enablers on a paired up FPGA? I'm seeing all kinds of
soc's with "on board" this and that. Seems to be the way the world is going, and the P2 will get it there
a lot faster.
Comments
Looks ok here. But I'm using Windows 10, so maybe I
see it because it is mine:)
try this
Here, first post is blank, but the later post shows youtube preview
I can't stop smiling:)
Chip did all the work. I was just playing:)
I wanted to find a cheap camera that would work without a lot of futzing around with register settings.
The OV7675 fits the bill.
It seems that most of the new cameras are dropping parallel data ports in favor
of MIPI. To do MIPI correctly I think we are going to need a real P2 on a board with an FPGA.
I'm voting for a P2P123+.
After the P2 is done, I think Chip is going to want to play with it for a while:)
What better way to play than to create all kinds of enablers on a paired up FPGA? I'm seeing all kinds of
soc's with "on board" this and that. Seems to be the way the world is going, and the P2 will get it there
a lot faster.