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Lightware MX-DVI-OPT-IB-SC Fiber Optical Input Board for Single-Link DVI-D Signal Extension

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Lightware MX-DVI-OPT-IB-SC Fiber Optical Input Board for Single-Link DVI-D Signal Extension

The Lightware MX-DVI-OPT-IB-SC is an eight-channel fibre optical input board for Single-Link DVI-D signals, designed for the MX series modular matrix routers. It enables extremely long-distance transmission of DVI-D video—up to 2500 m—over a single multimode fibre core using multiple wavelengths. Each input port converts the incoming fibre signal to DVI-D format. Available with Neutrik OpticalCON, LC, SC, or ST connectors, it ensures zero frame delay and uncompressed video for professional AV environments.

Key Features

  • Long-Distance Fibre Extension: Extends DVI-D signals up to 2500 m (1600 × 1200 @60Hz) over multimode fibre.
  • Eight-Channel Input: Supports eight simultaneous Single-Link DVI inputs.
  • Connector Options: Neutrik OpticalCON, LC, SC, or ST connectors for flexible installation.
  • Single-Fibre Technology: Transmits DVI-D signals over a single fibre core using multiple wavelengths.
  • Zero Frame Delay: Ensures real-time, uncompressed video transmission.
  • Laser Detection LED: Indicator for each input to monitor incoming signal.
  • No Video Compression: Maintains full image fidelity across long distances.
  • Compatible Products: Works with MX series transmitters like DVI-OPT-TX110 and DVI-OPT-TX220-Pro.

Specifications

HDCP Compliancy No
Max Resolution 1920 × 1200 or 2048 × 1080
Laser Wavelengths (4 ch. CWDM) 778 nm, 800 nm, 825 nm, 850 nm
Power Consumption (3.3 V) 1.3 A (typical), 1.5 A (max)
Power Consumption (5 V) 0 A (typical), 0 A (max)
Calculated AC Power 6.1 W (typical), 7.1 W (max)
Heat Dissipation 23 BTU/h (typical), 26 BTU/h (max)
Weight 1350 g (LC, SC, NT), 1500 g (NT)
Input Connectors LC, NT, SC, ST


Use Case

  • Long-Distance DVI & Audio Distribution: Extend DVI video, audio, and RS-232 control signals over a single multimode fiber up to 2.5 km, ideal for large lecture halls, corporate campuses, broadcast facilities, and control rooms requiring reliable high-quality AV transmission.

The Lightware MX-DVI-OPT-IB-SC is an eight-channel fibre optical input board for Single-Link DVI-D signals, designed for the MX series modular matrix routers. It enables extremely long-distance transmission of DVI-D video—up to 2500 m—over a single multimode fibre core using multiple wavelengths. Each input port converts the incoming fibre signal to DVI-D format. Available with Neutrik OpticalCON, LC, SC, or ST connectors, it ensures zero frame delay and uncompressed video for professional AV environments.

Key Features

  • Long-Distance Fibre Extension: Extends DVI-D signals up to 2500 m (1600 × 1200 @60Hz) over multimode fibre.
  • Eight-Channel Input: Supports eight simultaneous Single-Link DVI inputs.
  • Connector Options: Neutrik OpticalCON, LC, SC, or ST connectors for flexible installation.
  • Single-Fibre Technology: Transmits DVI-D signals over a single fibre core using multiple wavelengths.
  • Zero Frame Delay: Ensures real-time, uncompressed video transmission.
  • Laser Detection LED: Indicator for each input to monitor incoming signal.
  • No Video Compression: Maintains full image fidelity across long distances.
  • Compatible Products: Works with MX series transmitters like DVI-OPT-TX110 and DVI-OPT-TX220-Pro.

Specifications

HDCP Compliancy No
Max Resolution 1920 × 1200 or 2048 × 1080
Laser Wavelengths (4 ch. CWDM) 778 nm, 800 nm, 825 nm, 850 nm
Power Consumption (3.3 V) 1.3 A (typical), 1.5 A (max)
Power Consumption (5 V) 0 A (typical), 0 A (max)
Calculated AC Power 6.1 W (typical), 7.1 W (max)
Heat Dissipation 23 BTU/h (typical), 26 BTU/h (max)
Weight 1350 g (LC, SC, NT), 1500 g (NT)
Input Connectors LC, NT, SC, ST


Use Case

  • Long-Distance DVI & Audio Distribution: Extend DVI video, audio, and RS-232 control signals over a single multimode fiber up to 2.5 km, ideal for large lecture halls, corporate campuses, broadcast facilities, and control rooms requiring reliable high-quality AV transmission.
$3,008.96

Original: $8,597.02

-65%
Lightware MX-DVI-OPT-IB-SC Fiber Optical Input Board for Single-Link DVI-D Signal Extension

$8,597.02

$3,008.96

Description

The Lightware MX-DVI-OPT-IB-SC is an eight-channel fibre optical input board for Single-Link DVI-D signals, designed for the MX series modular matrix routers. It enables extremely long-distance transmission of DVI-D video—up to 2500 m—over a single multimode fibre core using multiple wavelengths. Each input port converts the incoming fibre signal to DVI-D format. Available with Neutrik OpticalCON, LC, SC, or ST connectors, it ensures zero frame delay and uncompressed video for professional AV environments.

Key Features

  • Long-Distance Fibre Extension: Extends DVI-D signals up to 2500 m (1600 × 1200 @60Hz) over multimode fibre.
  • Eight-Channel Input: Supports eight simultaneous Single-Link DVI inputs.
  • Connector Options: Neutrik OpticalCON, LC, SC, or ST connectors for flexible installation.
  • Single-Fibre Technology: Transmits DVI-D signals over a single fibre core using multiple wavelengths.
  • Zero Frame Delay: Ensures real-time, uncompressed video transmission.
  • Laser Detection LED: Indicator for each input to monitor incoming signal.
  • No Video Compression: Maintains full image fidelity across long distances.
  • Compatible Products: Works with MX series transmitters like DVI-OPT-TX110 and DVI-OPT-TX220-Pro.

Specifications

HDCP Compliancy No
Max Resolution 1920 × 1200 or 2048 × 1080
Laser Wavelengths (4 ch. CWDM) 778 nm, 800 nm, 825 nm, 850 nm
Power Consumption (3.3 V) 1.3 A (typical), 1.5 A (max)
Power Consumption (5 V) 0 A (typical), 0 A (max)
Calculated AC Power 6.1 W (typical), 7.1 W (max)
Heat Dissipation 23 BTU/h (typical), 26 BTU/h (max)
Weight 1350 g (LC, SC, NT), 1500 g (NT)
Input Connectors LC, NT, SC, ST


Use Case

  • Long-Distance DVI & Audio Distribution: Extend DVI video, audio, and RS-232 control signals over a single multimode fiber up to 2.5 km, ideal for large lecture halls, corporate campuses, broadcast facilities, and control rooms requiring reliable high-quality AV transmission.