M1-HDMI2.0
M1-HDMI2.0
M1-HDMI2.0
M1-HDMI2.0

M1-HDMI2.0

One-core Single-mode HDMI 2.0 Fiber Optic Extender+ RJ45+ RS232

  • Supports lossless, uncompressed, and delay-free high-speed signal transmission, 100% restoration of the source signal.
  • Supports resolutions up to 3840*2160@60Hz and 18Gbps data transmission rate.
  • Supports distance up to 700 meters with one core LC cable of single-mode optical fiber.
  • Two-way 100M Ethernet RJ45 interfaces and one RS232 interface support two-way data and control signal transmission.
  • Supports pass-through EDID transmission for various professional audio and video applications.
  • Four-way indicator lights for signal, power supply, Ethernet RJ45, and hot-plug allow you to quickly troubleshoot.
  • Reliable connection is ensured with locking power supplies, locking HDMI interface and dust-proof fiber interface latches.
  • Full-featured HDMI 2.0 supports HDR, HDCP, ARC, CEC and 3D.
  • Optional 1U rack tray available for rack mounting.
  • New features include independent audio, emdedding and de-embedded transmission.
The M1-HDMI2.0 is an uncompressed, zero-frame delay HDMI single-mode fiber extender that transmits an HDMI 2.0 signal losslessly up to 700 meters through a single LC fiber with resolutions up to 3840*2160@60Hz, and it has two-way 100M Ethernet and RS232 interfaces for two-way transmission of data and control signals, and new features include independent audio and embedded/de-embedded transmission. Full-featured HDMI interface supports pass-through EDID transmission, HDR, HDCP, ARC, CEC and 3D, plug and play. This product with locking power supplies and dust-proof fiber interface latches make signal connection more reliable. An optional 1U rack tray is available for mounting, making it suitable for long-distance HDMI signal transmission in a variety of environments.

Key Features

Full-featured HDMI 2.0 supports HDR, HDCP, ARC, CEC and 3D.

One-core single-mode HDMI 2.0+Ethernet RJ45+RS232 fiber extender.

New features include independent audio, emdedding and de-embedded transmission.