Rugged 4K DisplayPort Splitter and Dual-Display Extender

Applied Video Imaging's S200201-0X series provides rugged 1×2 DisplayPort video distribution for aerospace, military, industrial, and other demanding applications. Designed for integration into multifunctional mission video systems, the series allows a single DisplayPort video source to drive two independent display connections.

The unit supports two configurable operating modes: mirrored video distribution, duplicating a single DisplayPort image across two outputs at resolutions up to 4K, or extended desktop operation, allowing a single video source to drive two separate displays at resolutions up to 2K per display.

The S200201-0X series is available in two configurations:

  • S200201-00: Standard rugged 1×2 DisplayPort splitter and dual-display extender.

  • S200201-01: Rugged 1×2 DisplayPort splitter and dual-display extender with a MIL-STD power supply option.

By combining high-resolution video distribution and extended-display functionality in a compact, rugged unit, the S200201-0X series provides a flexible solution for multi-display video systems where space and integration requirements are critical.

S200201-00

AVI’s standard 1×2 DP Splitter and extender with DO-160G qualified power supply

Specifications:

Input Voltage: 9-36V DC, 28V Typ.

Inputs: 1 x DP up to 4K

Outputs: 2 x Duplicated DP up to 4K, or 2K for extended display option

Current Draw: 0.09A @ 28VDC

Control Interfaces: None

Environmental: DO-160G

Typical Applications: surveillance systems, airborne law enforcement, military missions systems

S200201-01

AVI’s 1×2 DP Splitter and extender with MIL_STD qualified power supply

Specifications:

Input Voltage: 9-36V DC, 28V Typ.

Inputs: 1 x DP up to 4K

Outputs: 2 x Duplicated DP up to 4K, or 2K for extended display option

Current Draw: 0.09A @ 28VDC

Control Interfaces: None

Environmental: DO-160G, MIL_STD 1275, MIL_STD 704, MIL_STD 461

Typical Applications: surveillance systems, airborne law enforcement, military missions systems