BiDirectional HDMI EDID Emulator Ensure a stable, uninterrupted HDMI signal for your devices with this bidirectional EDID emulator. Designed to maintain consistent resolution and display settings, it eliminates common issues such as screen flicker, signal loss, and desktop rearranging when switching between multiple devices. Key Features and Benefits: Supports both male and female HDMI signal sources for flexible connectivity. Compatible with chroma sampling formats YCbCr 4:4:4, 4:2:2, 4:2:0, and RGB for accurate color reproduction. Handles audio data in LPCM 2channel format, with 16, 20, or 24bit depths at 32, 44, or 48 kHz. Default resolution 1920x1080 at 60Hz, with support for up to 3840x2160 at 60Hz for Ultra HD 4K displays. Plugandplay operation, requiring no drivers, software, or external power supply. Hotswap capable for easy switching between devices without interruptions. Low power consumption for efficient, alwayson use. Prevents Windows from resetting monitor settings or rearranging the desktop when switching via KVM. Maintains a stable EDID handshake to solve 'loss of sync' issues with multiple HDMI displays. Practical Applications: 1. **KVM Switch Setups** – Ideal for users managing multiple computers through one monitor. Keep your display settings intact when switching inputs without having to reconfigure Windows each time. 2. **Remote Access and Headless Operation** – Even when the monitor is turned off or disconnected, the emulator keeps Windows believing the display is still connected. This is for remote desktop sessions and server maintenance. 3. **MultiDevice UHD Workstations** – Works smoothly with Mac mini, Raspberry Pi, Intel NUC, Jetson Nano, and similar compact systems to maintain 4K resolution stability when devices are accessed remotely. Additional Compatibility: Fully functional with DP (DisplayPort) or USBC to HDMI adapters without requiring extra power. Works with both consumer and professionalgrade monitors up to 4K@60Hz. This HDMI EDID emulator is a reliable solution for any setup where display stability and consistent resolution are critical. It seamlessly integrates into existing systems and ensures your devices communicate properly, regardless of display availability or switching frequency.