prateek_k_chd
Member level 5
Hello,
I'm a researcher trying to build a device that grabs RAW monochrome VGA images from a fast, LVDS camera (100+ frames per second) and stores them onto a SD card, and also drives a touch LCD (plus a trifle little other logic)
I'm wondering what would be the correct development platform for this? Should I go with an ARM based system OR a FPGA+ARM based one OR a FPGA alone.
I'm confused since I have never worked professionally with high speed designs and hence am wondering (especially after reading through some posts) if even a 1 GHz ARM can handle that kind of data flow.
The experienced designers - could you please suggest something? Thanks a ton !!!
BTW, the device is for a medical diagnostic method and is envisioned to be mass-marketable and hence needs to be low cost (which is why I'm :bang: at the PYTHON300 image sensor from OnSemi instead of buying a ready-made but costly USB camera).
I'm a researcher trying to build a device that grabs RAW monochrome VGA images from a fast, LVDS camera (100+ frames per second) and stores them onto a SD card, and also drives a touch LCD (plus a trifle little other logic)
I'm wondering what would be the correct development platform for this? Should I go with an ARM based system OR a FPGA+ARM based one OR a FPGA alone.
I'm confused since I have never worked professionally with high speed designs and hence am wondering (especially after reading through some posts) if even a 1 GHz ARM can handle that kind of data flow.
The experienced designers - could you please suggest something? Thanks a ton !!!
BTW, the device is for a medical diagnostic method and is envisioned to be mass-marketable and hence needs to be low cost (which is why I'm :bang: at the PYTHON300 image sensor from OnSemi instead of buying a ready-made but costly USB camera).