This is an overview of our standard embedded boards with Yocto-based Linux.
We can do both customer-specific adaptations & completely new developments from the ground up.

WCU100

This board based on the i.MX6 was developed for video streaming with data overlay and supports TVI, PAL & NTSC cameras. It supports interfacing with different sensors and overlaying sensor readouts onto the video.

Features
  • Video stream with low latency via WiFi/Ethernet for SD & HD cameras
  • Video output to display via DVI
  • Scalable video, configurable frame-rate and encoding quality
  • Freely customizable video overlay with texts and images
  • Unicode text overlay including support for Russian, Chinese, Japanese and Korean scripts
  • Bidirectional control channel for the camera via WiFi/Ethernet
  • Interfaces for external sensors, readouts can be overlaid onto the video
  • Optional power supply with two separate batteries with seamless switching for continuous operation
  • Web interface for system configuration
Technical Data
  • Power supply: 10 - 20VDC / 45W
  • Management for 2 Li-Ion 4S2P 14,4V batteries included
  • Interfaces: CAN, RS-232, USB, IO ports, Ethernet, WiFi, DVI
  • Distance counter: interface for external encoder, alternatively via internal sensor
  • Video input: PAL, NTSC, TVI (differential)
  • Video output: 
    PAL@25fps, NTSC@30fps (deinterlaced)
    720p@25fps, 720p@29.97fps, 720p@30fps
    1080p@25fps, 1080p@29.97fps, 1080p@30fps
  • Video encoding: H.264, MJPEG
  • Video stream: RTP via RTSP, SRT
  • Video latency: ~300ms with standard config for H.264 and 1080p@30fps (end-to-end)
  • Text encoding: UTF-8
  • WiFi:  2.4Ghz max 21dBm & 5GHz max 20dBm IEEEE 802.11ac (802.11a/b/g/n)
  • Antennas: 2x U.F.L
  • Output voltage: 12V/2,5A | 15V/2A | 24V/1,25A | 30V/1A
  • Dimensions: 100 x 100 x 25 mm

XDV100

This board was developed for video streaming with data overlay and offers an interface for Sony FCB camera modules like the FCB-EV7520A (and compatibles).

Features
  • Video stream with low latency via WiFi/Ethernet for SD & HD cameras
  • Scalable video, configurable frame-rate and encoding quality
  • Freely customizable video overlay with texts and images
  • Unicode text overlay including support for Russian, Chinese, Japanese and Korean scripts
  • Bidirectional control channel for the camera via WiFi/Ethernet
  • Interfaces for external sensors, readouts can be overlaid onto the video
  • Web interface for system configuration
Technical Data
  • Interfaces: CAN, RS-232, USB, IO ports, Ethernet, WiFi
  • Video input: depending on camera module, switchable at runtime
  • Video output: 
    PAL@25fps, NTSC@30fps (deinterlaced)
    720p@25fps, 720p@29.97fps, 720p@30fps
    1080p@25fps, 1080p@29.97fps, 1080p@30fps
  • Video encoding: H.264, MJPEG
  • Video stream: RTP via RTSP, SRT
  • Video latency: ~300ms with standard config for H.264 and 1080p@30fps (end-to-end)
  • Text encoding: UTF-8
  • WiFi:  2.4Ghz max 21dBm & 5GHz max 20dBm IEEEE 802.11ac (802.11a/b/g/n)
  • Antennas: 2x U.F.L