HDMI Dummy Headless Video Adapter / Ghost Display / Emulator Plug

The 4K HDMI Headless Ghost Video Display Video Adapter for network server / eGPU / Windows PC / MacOS / Linux and Raspberry Pi hardware setups emulates (or ghosts) a phyiscal video connection of external monitors and displays - simply and reliably.

• No need to phyiscally connect additional display hardware just to login to a server, trick the operating system, troubleshoot a problem or mount a shared drive remotely.
• This handy adapter is a great solution designed to save you time, effort and frustration. And that's just the tip of the iceberg!

Mac and PC computers pack phenomenal power into a beautiful form factor, but when it's operated without a display attached, the GPU isn't activated - meaning it's not pulling its weight.

So when you access your computer remotely, the CPU does all the work rendering the user interface. As a result, the interface lags making remote operations a pain.

Plugging the Fake Headless Video Accelerator into the HDMI port activates the GPU, even without a display, emulating resolution displays up to 4K, so your remote interface works exactly how you'd expect.

Features

• Ultra-compact, low-profile design.
• Plug and Play functionality (no installation drivers required).
• Use the full power of your graphics processor without needing a display.
• Remotely access your Mac or PC with native display support.
• Handy for Bitcoin and cryptocurrency mining setups.
• Emulates resolutions up to 4K (see support notes below).

Compatibility

• Supports HDMI video output (see below).
   
• Connect to hardware running:
  • MacOS 10.6.8 (or higher).
  • Windows 7 (or higher).
  • Linux.
  • ...and other operating systems.
     
• Works great with:
  • Server grade hardware.
  • PC desktop / laptop.
  • eGPU / video card enclosure (AKiTiO Node etc).
  • MacBook Pro / Mac Mini / Mac Pro
  • ...and many more hardware configurations.

What's in the Package?

• HDMI Headless Video Adapter

Support Notes

• Emulated resolutions may vary when connected to different hardware configurations.