AVP 4K-6GSDI-SYNC 6G-SDI External Sync Interface Board for Sony FCB-ER9500 & FCB-ER8530 4K Block Cameras
Applied Vision Products

AVP 4K-6GSDI-SYNC 6G-SDI External Sync Interface Board for Sony FCB-ER9500 & FCB-ER8530 4K Block Cameras

Regular price $567.00 $0.00 Unit price per
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The AVP 4K-6GSDI-SYNC Interface Board enables professional 6G-SDI 4K video output and external synchronization for Sony FCB-ER9500 and FCB-ER8530 block cameras. Designed for broadcast, robotics, surveillance, and industrial imaging systems, this compact interface board supports SMPTE ST-2081 6G-SDI output up to 2160p29.97 while providing flexible external sync input/output and VISCA control for precise system integration.

Engineered for reliability, the 4K6GSDISYNC board operates from 6-12VDC, supports RS232 or TTL VISCA communication, and includes configurable video formats via DIP switches, making it ideal for high-performance synchronized imaging applications.

Key Features

  • 6G-SDI Video Output compliant with SMPTE ST-2081
  • 4K Resolution Support up to 2160p25 / 2160p29.97
  • External Sync Input for synchronized multi-camera systems
  • Optional Sync Output for advanced system timing
  • VISCA Communication Control via RS232 or TTL
  • Configurable Video Formats using DIP switches
  • Wide Input Voltage 6-12VDC power support
  • Industrial Temperature Range 0°C to 60°C
  • Compact PCB Design for easy integration
  • Multiple Connector Options including BNC, MCX, SMB

Applications:

  • Broadcast and Live Production
    4K SDI output enables professional video capture for broadcast studios and live streaming.
  • Machine Vision & Industrial Automation
    Integrates Sony 4K block cameras into inspection, robotics, and automation systems.
  • Security & Surveillance
    Ideal for high-resolution monitoring, aerial surveillance, and remote security platforms.
  • Medical Imaging
    Supports synchronized imaging systems used in telemedicine and diagnostic video capture.
  • Robotics & UAV Systems
    Compact design and VISCA control make it ideal for robotic vision and aerial platforms.