camera board

the camera i designed for vision applications for mobile robots. at the point the picture was taken the ethernet socket for data connection hadn't been soldered.

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  • This is Great. Perhaps it would help to mount cameras very far apart, perhaps placing one on each wingtip to produce 3D images?
  • I would like to see the specs as well. Power draw probably isn't bad, depending on the Xilinx and his choice of image sensors. The Blackfins typically draw 60-90mA @ 3.3V. Image sensors can draw 60mA each.
  • Did UC Berkeley pay for it? Guess the next step is writing down the specs. Image sensor, microprocessor, cost, functionality, voltage regulators. That must burn a lot of power.
  • Which Blackfin is that ? I can't read the small print, but looks like BF512 or BF532, both which come in LQFP package.
  • looks impressive! can you tell a bit more about the camera board - do both cameras and lenses have same spec, what's a processing power (or what chip do you use), what is a design consideration for distance between two camera, etc...
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