Is there a good resource for getting started with the AD725 (or AD724) and the Arduino or Aduino Due? I need to make a gui (possibly using bitmaps) that outputs s-video and composite.
Thanks in advance
Is there a good resource for getting started with the AD725 (or AD724) and the Arduino or Aduino Due? I need to make a gui (possibly using bitmaps) that outputs s-video and composite.
Thanks in advance
If it goes one way it will go the other too, just configuration
Interesting, the STM32Fs don't support all the same modes for memory to memory that they do for peripheral to memory.
I'm not sure how far from Arduino Due the OP is prepared to stray .....
MK
FPGA is a good idea, though the problem is that this is basically the last point in a rather large project, so it's already completely designed around the Due.
Could I get a small example of how to generate a mhz signal?
I guess I don't mind using any solution that works. I'm down to the point where I'll just use a small oled on the device, though this is intended to be a temporary solution. I am looking at the Atmel Studio packages to see if it will offer me the low level language I probably need.
I also ordered the AD725 and it should arrive soon, though I still haven't the first clue what to do with it. Thank you all contributors and readers who wish they could contribute.
Here is an update:
I found this very helpful:
Basic Arduino VGA - Introduction | PyroElectro - News, Projects & Tutorials
I successfully ported it to the Due, and by adding a DAC and additional timings, I would be well on my way.
I am also looking at using a PICASO μVGA-III Graphics Controller instead of the DIY approach. This would make things much easier. It would be interfaced with the Due to get it's input, and the AD725 to convert the signals to composite and S-video. This is probably going to be my solution, and I'll continue to update this post to help future viewers.
My final solution will end up not using the AD725. The uVGA would need to be reprogrammed to output interlaced RGB in order to give correct signals to the AD725.
Instead, I will be using the uVGA mentioned in my last post, and parts from an external generic VGA to Composite/S-Video adapter.
This will provide 640x480 true color for my project.
The uVGA is a great solution for my project, and it even provides a micro-SD card, hence eliminating a shield on my project. It also provides audio output, but only in mono - so I won't be using it. Reading a graphic from the SD card and displaying it is extremely easy with serial commands and the provided Arduino library.
Thanks to my two participants. I appreciate your input.