Specification comparison
PlayStation VR vs Sony Mocopi
This comparison places manufacturer-published fields side by side. It does not report hands-on testing, declare a winner, or fill missing values from unofficial databases.
| Field | PlayStation VR | Sony Mocopi |
|---|---|---|
| Manufacturer | Sony | Sony |
| Release year | 2016 | 2023 |
| Connectivity | tethered | wireless |
| Tracking | outside-in | inertial tracking |
| Display type | OLED | not applicable |
| Resolution per eye | 960 × 1080 | not applicable |
| Refresh rates | 90/120 Hz | not applicable |
| Weight | 610 g | 8 g per sensor |
How the records differ
The two records differ across 7 published fields in this index: Release year, Connectivity, Tracking, Display type, Resolution per eye, Refresh rates, Weight. These differences describe documented configuration, not measured image quality, comfort, tracking precision, application support, or total operating cost. A field that appears more capable on paper may also impose a different compute, fit, power, software, or deployment requirement.
PlayStation VR is recorded as a 2016 tethered system using outside-in tracking. Sony Mocopi is recorded as a 2023 wireless system using inertial tracking tracking. That distinction is useful when defining the physical workspace and host-compute plan, but it does not replace a complete compatibility check with the intended runtime and application.
Reading display fields
The display entries list OLED for PlayStation VR and not applicable for Sony Mocopi. Resolution per eye is recorded as 960 × 1080 and not applicable, while the published refresh entries are 90/120 Hz and not applicable. Resolution alone does not state pixels per degree, subpixel layout, optical clarity, distortion profile, or rendered resolution. Refresh support may depend on software mode and host performance.
Deployment questions
Before choosing either record for a project, confirm region and exact model, required controllers or tracking accessories, supported host operating systems, runtime compatibility, physical boundary needs, charging or cabling, device-management support, and the accessibility needs of participants. If the use case is safety-critical, clinical, or industrial, validate the full workflow under the organization’s own procedures.
This page is intentionally limited to fields that can be traced to the primary links below. It does not infer a purchase recommendation from age, weight, display type, or any other single dimension. Manufacturer documentation can change, so re-open both sources before procurement and retain a dated copy of the requirements used in the decision.
Primary sources