Oculus Quest Pro could get a Super Resolution upgrade with T-REx tech


What you need to know

  • The upcoming Meta Quest Pro VR headset could finally feature “human-eye resolution,” or 60 pixels-per-degree resolution.
  • Meta is achieving this with a Super Resolution tech known as “T-REx,” which alternates pixels on a display to fool the human eye into perceiving a higher-resolution.
  • It’s not known if T-REx tech could be used on existing headsets to create a virtually higher-resolution image.

The upcoming Meta Quest Pro is looking to be one stunner of a high-end standalone headset, with the latest rumors pointing to the highest-resolution display any VR headset has ever had. Those rumors are showing that one potential Quest Pro prototype can achieve an effective 60 pixels-per-degree resolution, which is comparable to the “resolution” the human eye sees real life. That’s an important step for VR headsets which have struggled to fit enough pixels on a display to keep individual pixels from being visible.

According to Brad Lynch, a tech and VR analyst, the Seabright prototype — that’s one of the many Project Cambria (opens in new tab) prototypes being worked on at Meta Reality Labs — will feature micro-OLED displays with 3K-per-eye physical resolution complete with a 100-degree field-of-view (FoV). At its base, that equates to 30-pixels-per-degree resolution, which is a 50% improvement over the current Oculus Quest 2 (opens in new tab) and the upcoming PS VR2 (opens in new tab).

Super Res Zoom on the Pixel 2 vs 3

An example from Google on how wobulation can enhance image detail. (Image credit: Google)

But Quest Pro could virtually double that resolution by using a new technology that was datamined from current Quest firmware. That new tech is called Transparent resolution expander, or T-REx for short. This T-REx tech likely comes from a company called Imagine Optix that Meta acquired last year (opens in new tab), which specializes in liquid crystal polymer optical lens systems.


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