OREI UHDS-202

Specifications

OREI  UHDS-202  4K 2x2 HDMI Matrix 

UHDS-202 is a high-performance AV distribution device that allows seamless switching and simultaneous transmission of video from two HDMI sources to two HDMI displays. With full support for 4K2K@60Hz (4:4:4) video resolutions and an 18Gbps bandwidth, it delivers ultra-clear images with zero signal loss.

This matrix also features audio extraction from Output A, supporting both optical and analog outputs, and accommodates various audio formats including LPCM, Dolby, and DTS. EDID management is simple and effective, offering three selectable modes—AUTO, COPY, and STD—via the front panel selector. 

Designed for intuitive operation, it includes control via panel buttons or the included IR remote, with LED indicators providing clear source-output status. Ideal for residential and commercial AV setups, this matrix switcher provides flexible, high-quality signal routing in a compact and reliable unit.

Key Features:

• HDCP 2.2 / HDCP 1.x and DVI 1.0 Compliant – Ensures compatibility with a wide range of modern and legacy HDMI devices.

• Supports Video Resolutions up to 4K@60Hz (4:4:4) – Delivers high-quality UHD video for crystal-clear detail.
• 18Gbps Video Bandwidth – Enables high-speed, uncompressed AV signal transmission.
• 2x2 HDMI Matrix Switching – Routes two HDMI inputs to two outputs independently or simultaneously.
• Audio Extraction (Output A) – Optical and 3.5mm analog outputs support digital LPCM, Dolby 5.1, Dolby TrueHD, Dolby Digital Plus, DTS 5.1, DTS-ES, DTS-HD MA, and DTS-HD HRA.
• Selectable EDID Modes – Choose between AUTO, COPY, and STD for optimized compatibility with connected devices.
• HDR Support – Ensures compatibility with high dynamic range content for improved contrast and color performance.
• Analog Audio Support – Supports PCM 2.0 for stereo sound output.
• User-Friendly Control – Front panel buttons and IR remote for easy source selection and matrix management.
• Status LEDs – Front panel indicators provide clear visual feedback for input-output mapping.

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