Camera interface boards take data from a proprietary block camera interface and convert it into industry-standard formats such as 3G-SDI / HD-SDI, USB 3.0, HDMI, or Ethernet IP. Designed for machine vision, automation, and embedded imaging, they ensure low-latency, reliable video acquisition and control.
Active Silicon’s camera interface converter boards integrate with block cameras such as Tamron AF-zoom cameras, Sony FCB EV-series block cameras, Harrier AF-zoom cameras and other LVDS block cameras.
All modules feature very low clock jitter and stable outputs over a wide temperature range and are suited to many applications in medical, industrial, defense and surveillance, UAVs and ROVs.
Contact us to discuss the options available.
The Harrier 3G-SDI Camera Interface Board provides real-time 3G-SDI output for autofocus-zoom cameras as the Tamron autofocus-zoom cameras, the Sony EV-Series cameras (e.g. Sony FCB EV9500L, -EV9520L) and the Harrier series cameras. Additionally, it can provide simultaneous analog output in Standard Definition (SD) video. Assembled camera solutions available.
The Harrier USB/HDMI interface solution from Active Silicon’s Harrier series of block camera interface boards provides HDMI and USB Video Class (UVC) v1.1 output for the Tamron MP3010M-EV and other Tamron AFZ cameras, Sony EV series (e.g. Sony FCB-EV9520L or FCB-EV9500L) and Harrier series cameras. Assembled camera solutions available.
The Harrier HDMI interface solution from Active Silicon’s Harrier series of camera interface boards provides HDMI output for the Tamron autofocus-zoom cameras, Harrier series cameras and Sony EV-series cameras e.g. FCB-EV9520L. Assembled camera solutions available.
The Harrier IP Camera Interface Board provides H.264 compressed IP video output for Harrier series cameras, Tamron AF-Zoom cameras and Sony EV-series cameras. Assembled camera solutions are available, including wireless options and PoE. Using the ONVIF Media service, the interface board can also add graphical overlays to the video stream.
