Compatible for PICO 4 Ultra MR Mixed Reality All-in-One VR Glasses, Smart 3D Game Streaming, Spatial Video Shooting

1. Image quality on Compatible For PICO 4 Ultra is 8MP in color Seethrough mode. The image is an integration of the original images captured by the 32MP cameras. The actual screen resolution presented is lower than 8MP. This is because under Seethrough mode, the camera will leave a margin around the view to accommodate your head motion. Additionally, the camera features square imaging while Seethrough features circular imaging, which consequently involves image cropping. 20.6 PPD is calculated using the number of pixels on one side of the screen (FoV=105°, 2160/10520.57). A 72 Hz MR image frame alignment means that in MR mode, the frame rates of the screen and color passthrough cameras are consistent at 72 Hz. This gives you a smoother MR experience. This functionality will be available in a future OTA update.
2. The “360° screen” refers to a 360° ringed area where you can place multiple open apps simultaneously. “280 inches” (approximately 6.3m x 3.5m) refers to the maximum size of each app window when you open certain native apps or mobile apps. When there are too many opened windows in the PanoScreen workspace, the device may enter an overload status, which will affect user experience in various aspects such as smoothness.
3. Running heavy-load apps and opening too many apps may cause the device to run in overload status, which will affect user experience in various aspects such as smoothness. The Compatible For PICO mobile app’s Screen Mirroring feature will be available in a future OTA update.
4. Data sourced from Compatible For PICO Lab. Tested under simultaneous wireless connectivity of 5G (80 MHz) + 5G (160 MHz) in four simulated user scenarios: PCT50, PCT90, PCT95 and PCT99.
5. AV1 encoding compression rate is improved compared to HEVC/H.265. In the test environment, fragment decoding is enabled to optimize overall decoding latency by approximately 2 milliseconds.
6. Keyboard and mouse interaction in PanoScreen workspace will be available in a future OTA update.
7. Spatial audio recording will be made available in a future OTA update.
8. Users need to use the Compatible For PICO mobile app to save files to Compatible For PICO 4 Ultra’s system folder.
9. Each Compatible For PICO Motion Tracker weighs approximately 27g. That includes the socket but not the strap or pad. Data sourced from Compatible For PICO Lab.
10. In Full-Body Tracking Mode, the Compatible For PICO Motion Tracker has a latency of approximately 20 milliseconds for motion capture, data transmission and calculation. It also has an accuracy of no less than 98% for detecting and matching stepping movements.
11. Turn on the Compatible For PICO Motion Tracker and open the Motion Tracker app on your headset. Click ‘Pair’ to auto-pair or ‘Calibrate’ to recalibrate, and simply follow the guide. The calibration process takes around 5 seconds. Data sourced from Compatible For PICO Lab.
12. Data as of August 19, 2024.
13. Compatible For PICO 4 Ultra weighs 304g at the front (including the foam pad) and 276g in the back (including the head straps, battery compartment and cushion). In total, Compatible For PICO 4 Ultra weighs approximately 580g (±3g).
14. GPU performance improvement data sourced from Qualcomm.
15. The rendering resolution of Compatible For PICO 4 Ultra is 1920 x 1920, over 62% higher than Compatible For PICO 4. Data sourced from Compatible For PICO Lab.
16. The height of the Compatible For PICO 4 Ultra controller is approximately 60mm. For comparison, the height of the Compatible For PICO 4 controller is approximately 134.7mm.
Immersive virtual environment, breaking the limitations of real space.
Multi sensory linkage, combined with visual and auditory simulation of real experiences.
High definition resolution display, with clear and realistic picture details.
Lightweight equipment design, comfortable to wear without obvious weight-bearing sensation.
Compatible For PICO 4 Ultra MR Mixed Reality All-in-One VR Glasses, Smart 3D Game Streaming, Spatial Video Shooting