4-Ch 3G-SDI Fiber Extender Reliable Video

Fiber Optic Extender
December 30, 2025
Category Connection: Fiber Optic Extender
Brief: Discover how this 4-Ch 3G-SDI Fiber Optic Extender works in this detailed demonstration. You'll see how it reliably transmits high-fidelity video over long distances using fiber optics, learn about its rack-mountable design, and understand its applications in broadcast, surveillance, and digital signage.
Related Product Features:
  • Supports uncompressed digital SDI HD video transmission over long distances via optical fiber.
  • Backward compatible and supports resolutions up to 1080P60HZ for high-quality video.
  • Features removable SFP modules with LC optical ports for flexible connectivity options.
  • Designed for plug-in chassis and rack-mount installation in 19-inch 1U configurations.
  • Includes an extra audio port for integrated audio and video signal distribution.
  • Built with industrial-grade durability for EMI protection and wide-temperature operation.
  • Supports single-mode and multi-mode fiber for transmission distances up to 80KM.
  • Operates with low power consumption and reliable performance in various environmental conditions.
FAQs:
  • What video standards does this fiber optic extender support?
    It supports SMPTE 424M, SMPTE 292M, SMPTE 259M, and DVB-ASI standards, ensuring compatibility with a wide range of professional video equipment.
  • What is the maximum transmission distance for this extender?
    The standard transmission distance is 20KM, with optional configurations available for 40KM, 60KM, and 80KM distances using single-mode or multi-mode fiber.
  • Can this extender be integrated into existing rack systems?
    Yes, it features a 19-inch 1U rack-mountable design and supports plug-in chassis configurations, making it easy to integrate into standard rack systems.
  • What power supply options are available for this device?
    Single-channel units use DC12V/1A power, while rack-mounted versions support AC220V, with maximum power consumption capped at 4W for energy efficiency.