AJA openGear OG-FS-Mini 3G-SDI Frame Synchronizer

Overview

OG-FS-Mini is an openGear broadcast quality utility frame sync that packs the production-proven reliability of AJA’s leading FS frame sync technology into an openGear card, supporting frame synchronization of untimed 3G-SDI, HD, and SD video signals at an affordable price.

OG-FS-Mini allows users to synchronize and convert a wide range of video formats to their house standard with a 3G-SDI input and output, HDMI output, and two 3-pin terminal block connectors for balanced analog audio outputs. The OG-FS-Mini also provides high quality up, down, cross-conversion.

OG-FS-Mini is designed for use in high-density openGear’s 2RU frames including AJA’s OG-X-FR frame. DashBoard software support on Windows®, macOS® and Linux offers remote control and monitoring of the openGear architecture and provides convenient and industry-standard configuration, monitoring and control options over a PC or local network.

Features

  • openGear compatible card
  • Utility frame sync function times input signals to an external reference
  • Supports bi-level and tri-level references
  • High quality 10-bit video processing
  • Low latency processing, nominal video delay of 1 frame
  • Freeze (on input signal loss) to black or last good frame
  • Synchronizes 3G, HD and SD video formats
  • Simultaneous SDI and HDMI outputs
  • 16-channel embedded SDI audio I/O
  • 8-channel HDMI output audio
  • 2x 3-pin terminal block connectors for analog audio output
  • Utility frame rate conversion, supports 3:2 pulldown
  • Up, down, cross conversion between 3G, HD and SD video formats
  • AFD input detection, down-convert control
  • Remote configuration through Ross DashBoard software
  • Rear I/O card included
  • Compatible with OG-X-FR, OG-3FR and DFR-8321 openGear frames
  • Five year warranty

NOTE:
OG-FS-Mini supports 3G-SDI Level A only. 3G-SDI Level B is not supported.
OG-FS-Mini passes-through embedded audio ancillary data only.  It does not pass through other types of embedded ancillary data.