Critical Link, LLC will present five embedded imaging demonstrations at Photonics West 2018 in San Francisco, January 30 through February 1, 2018. The company will demonstrate its latest Embedded Vision Development Kit (VDK) which integrates Basler’s dart BCON camera with Critical Link’s most popular processor board, interfaces, and onboard FPGA processing. In addition, Basler’s Pylon camera software suite completes the kit’s functionality.
Critical Link’s second demo highlights a new 48MP Imaging Platform with On-Board Processing which features the AMS/CMOSIS CMV50000 high speed CMOS sensor, Critical Link’s Arria 10 SoC image processing board, and HDMI, AIA U3V (USB3.0), Camera Link, and AIA GigE Vision interfaces. Out-of-the-box processing includes bad pixel replacement, 2-point pixel correction, image cropping, and up/down scaling.
The company will also demonstrate a 2MP Ultra-Low-Noise Embedded Imaging Platform with Edge Detection that features superior performance in low-light applications. The BAE/Fairchild Imaging CIS1910 is a 1920 x 1080, 6.5 µm square pixel, low-noise sCMOS sensor with global and rolling shutter modes, and color or mono imagery.
Highlighting some of the company’s design capabilities will be a Small Form Factor Sensor Design, Portable Imaging Device with HDMI and USB2.0 interfaces. Critical Link’s engineering team rapidly developed the custom device which offers video playback and still image capture, including date and time stamp, and uses a low-cost Intel/Altera Cyclone V SoC processor. The design features an image sensor from OmniVision.
Finally, Critical Link will demonstrate MIPI Real-Time HD Image Transmission over Extended Distance featuring a SONY IMX219 8MP CMOS color image sensor. The design integrates MIPI, I2C, and HDMI interfaces, with MIPI transmission length of 30 feet. Onboard processing capabilities include functions such as image rotation, color combining, white balance, auto gain control, defective pixel location/replacement, image overlay, and brightness and contrast, many of which will be demonstrated live. For more details, visit Critical Link.