Display path
Per-eye render target, 90 Hz profile, DisplayPort path, GPU output mode, and frame-time capture procedure.
Use these records to prepare a qualification session. Final compatibility depends on the complete delivered host, runtime, application, cables, operator, and room.
Per-eye render target, 90 Hz profile, DisplayPort path, GPU output mode, and frame-time capture procedure.
CPU, GPU, memory, USB controller, operating-system build, driver, runtime, and application version.
Illuminance, reflective surfaces, camera occlusion, seated reach, standing boundary, and reset position.
IPD fit, corrective lenses, head support, cable routing, session length, low-stim mode, and stop criteria.
Guest fitting, wipe procedure, queue reset, account access, offline mode, and incident escalation.
Known-good cable, spare host, runtime restart, firmware rollback, log export, and restoration timing.
Inside-out tracking reduces installed infrastructure and can speed reconfiguration. Outside-in tracking can offer more controlled coverage in large purpose-built volumes. Neither route removes the need to test occlusion, lighting, reflective surfaces, and emergency reset behavior.
Higher render resolution may improve fine-text legibility, but it increases GPU workload. For motion-heavy training, stable frame time at the selected refresh profile can be more useful than a higher pixel target with recurrent reprojection.
Limits: results do not transfer automatically to another GPU, runtime, room, cable extension, or application build. Motion comfort varies by user and content; define stop criteria before testing.