Lattice FPGA HDMI Video Camera Development Kit is a fully production ready High Dynamic Range (HDR) camera, designed to fit into commercially available camera housings. Lattice FPGA Video Camera Development system is more suitable for developing video surveillance camera systems for home security.

Lattice FPGA Video Camera Development system’s hardware is designed to support full 1080p resolution at 60 frames per second in streaming mode through the FPGA, without the need for any external frame buffer. The integrated ‘IONOS’ Image Signal Processing (ISP) IP pipeline from Lattice partner, Helion GmbH, provides end-to-end ISP support from sensor to displayable image, and incorporates sensor interfacing, defective pixel correction & 2D noise reduction, high quality 5 x 5 DeBayer, Color Correction Matrix, Fast Auto Exposure, Auto White Balance, HDR, Gamma Correction and Overlay (both character and graphics). Lattice HDMI PHY IP enables output to HDMI/DVI monitors.

Lattice FPGA HDR Video Camera Development Kit provides the industry’s fastest Auto-Exposure, very high quality Auto White Balance and HDR greater than 120dB. On board Broadcom Broadreach™ PHY enables support for Ethernet over coaxial cable up to a run length of 700 meters. The hardware supports up to 16-megapixel sensors, can support up to 2 sensors simultaneously and is easily programmable via standard low-cost USB cable.

  • FPGA-based Image Signal Processing
  • Fully Production-Ready HDR Camera Design
  • 1080p Capable @ 60 frames per second
  • Supports up to 16 Megapixel Sensors
  • Supports up to two sensors simultaneously
  • Full 60fps in streaming mode needs no external frame buffer
  • Fast Auto Exposure Instantly Adjust to Changing Light
  • Greater than 120 dB High Dynamic Range (HDR) Performance
  • Direct HDMI / DVI output from FPGA
  • Extremely Low-Latency
  • Comprehensive Image Processing IP Library
  • On-board Broadcom BroadreachTM PHY Enables IP over Coaxial cable
  • On-board FTDI Chip provides easy programming via low cost USB cable