Only a few days left to back FireAnt! Early bird prices will only be available during the campaign. If you've already backed our project, thank you! If you want to help us even more, you can do so by sharing FireAnt with someone you think would be interested.
We built a real time Sobel filter and posterizing filter demonstration recently. (Credit to Efinix Inc Hong Kong Team for their help). The system is capturing video from camera module OV5640 with 720p resolution. The FireAnt processes all captured data and exports to monitor via VGA 666 module. It is powered by micro USB connection associated with FireAnt and consumes around 250mA.
FireAnt Embedded Vision - View 1
The demo design consists of 5 operating modes to illustrate the effect of each filter.
Streaming mode applies no filter and directly streams video captures from the camera:
FireAnt Embedded Vision - Streaming mode
Sobel mode applies a full-screen sobel filter to the video capture. The Sobel filter highlights the edges and displays on screen.
FireAnt Embedded Vision - Sobel mode
This mode splits the screen and shows the difference when applying the Sobel filter and the unchanged video capture.
FireAnt Embedded Vision - Sobel + streaming mode
Again, this mode separates the screen in half. On the left side the color is posterized; on the right side you can see the unchanged video capture.
FireAnt Embedded Vision - Posterize + Streaming mode
The final mode loops the previous 4 modes every 3 seconds. It automates all modes to easily demonstrate each filter.
The RTL Design utilizes 3086 logic elements counts (41.8%), dedicating 18 memory blocks (75%) and 0 multipliers (0%). A direct instruction with connection diagram and source code will be disclosed soon.
FireAnt Embedded Vision - Resource table
FireAnt Embedded Vision - Top View
FireAnt Embedded Vision - Bottom view