HDR / InfoFrames
Real-time HDR metadata injection/extraction plus AVI InfoFrame, VSIF and other InfoFrame manipulation.
Besides the picture, HDMI sends small labels that say what kind of picture it is, for example 'this is HDR'.
These labels are called InfoFrames, and HDR metadata is one of them.
The Vertex can read these labels, block them, or replace them with your own.
Can the HDfury Vertex read and change HDR metadata and InfoFrames?
YESYes. It captures and decodes HDR, AVI and VSI InfoFrames, can inject your own, or can block the incoming ones. Custom and disable settings stay on after power cycles, so turn them off when you are done (p.32–35).
How to use it with the Vertex:
- HDR INFOFRAME tab: read CAPTURED HDR METADATA (p.32).
- Build your own values, then Create IF and Send HDR; untick Enable Custom HDR to stop (p.32–33).
- Disable HDR removes all incoming HDR metadata, for example for JVC custom gamma (p.32).
- AVI/VSI IF tab: Send or Disable AVI/VSI; advanced users only, wrong values can blank the screen (p.34–35).
- To clear strings: hold RST 10 s or reset on the GUI CONFIG page (p.33).
What is it?
The metadata travelling alongside the video.
Why would you use it?
Useful for diagnostics, calibration and specialist HDR workflows.
Inside the HDMI chain
Real-time HDR metadata injection/extraction plus AVI InfoFrame, VSIF and other InfoFrame manipulation.
Do not confuse this with…
Metadata is not the picture itself; it describes properties of the signal.
Common questions
Why would I want to change HDR metadata?
Sometimes a display chooses the wrong mode or tone-mapping. With the Vertex you can inject your own HDR metadata, or cancel incoming HDR metadata so, for example, a JVC projector can use its own gamma curve (p.32).
Is changing InfoFrames risky?
It can be. The manual calls the AVI change an advanced-user feature: wrong values can blank the screen, and the setting survives power cycles until you undo or reset it (p.34–35).
Does the Vertex change the picture itself when I change metadata?
No. Metadata only describes the signal; the display decides what to do with it.