The design consists of 2 cards, each with an FPGA. Each FPGA receives 6 1280 x 800 HD camera sensors 120 frames per second.

Each FPGA streams the 6 channels to a 10Gb IP UDP Ethernet block (Our own IP block) directly to a PC. Everything is done in pure HW, none of the video flow is handled by the ARM CPU in the PGA in this version. Each 10Gb Ethernet cable transfers 70% of full HW speed, i.e. 7 Gbps, at a total of 14 Gbps for the PC to receive and render.

Of course, FPGAs can also encode and compress incoming data to reduce image flow or process early.

12 HD camera sensor streamed 14 Gigabit/s to PC