A usable setup is a complete chain: exact glasses + exact host/port + signal conversion + power + the intended display mode. A matching connector or a larger advertised virtual screen does not settle that chain.
By Jayden. Source review: November 3, 2026. This is documentary research and workflow analysis; Lensden has not hands-on tested these setups or measured their performance or comfort.
Start with the existing Lensden device library. Select devices with its existing compare controls; this resource explains the meaning and limits of that comparison. It introduces no second catalog or compatibility certification. Device links below use the existing brand/model identities.
What the numbers mean
| Field | What to compare | What it cannot establish |
|---|---|---|
| Resolution | Pixels per eye, input mode and whether a figure is binocular | Two 1080p eyes do not make a 4K desktop |
| Refresh rate | A supported mode for the complete chain; Hz is display updates per second | The game rendering at that frame rate, or every adapter accepting it |
| Field of view | Angle and declared axis/measurement context | Advertised screen inches at an unspecified viewing distance |
| Brightness | Perceived/to-eye versus panel/projector number, with source wording intact | A fair cross-brand ranking when test conditions differ |
| PPD | Pixels per degree, including how it was calculated/measured | Edge clarity, comfort or text legibility for an individual |
| Tracking | What senses motion, what processes it, required software/accessory | A 3DoF screen being a room-mapped 6DoF application |
| Prescription support | Exact frame/insert and documented adjustment type | That a dial corrects every prescription or that different models share inserts |
These are editorial comparison rules. For the signal standard, see VESA’s DisplayPort FAQ. The existing display-specification guide provides more measurement context.
Model-specific starting points
All numbers below are manufacturer statements reviewed on 2026-11-03, not measured Lensden results. “D” means the cited model-specific documentation supports the stated field; “U” means unknown; “C” means a condition remains unresolved. Confidence concerns attribution, not product quality. Where the manufacturer leaves an FoV axis unspecified, the axis remains Unknown.
| Existing Lensden record | Documented display / maximum mode / FoV | Brightness wording, not a ranking | Evidence and confidence |
|---|---|---|---|
| XREAL One | 1920×1080 per eye; up to 120 Hz; 50° | Highest perceived: 600 nits | Series specifications, D; negotiated host mode C |
| XREAL One Pro | 1920×1080 per eye; up to 120 Hz; 57° | Highest perceived: 700 nits | Same source, One Pro section, D; negotiated host mode C |
| VITURE Pro XR | Full-HD/1080p; up to 120 Hz; 46° | Vendor distinguishes 4,000 projected from 1,000 perceived nits | Pro & One manual, Pro column, D; no independent measurement |
| RayNeo Air 3s | Advertised 1080P; 120 Hz gaming mode; 46° | 650 nits, labelled to-eye on EU page | EU Air 3s page, D; exact per-eye pixel dimensions not established by that page text |
| Rokid Max | Current model-specific resolution/refresh/FoV revalidation: Unknown | Measurement context: Unknown | Manufacturer FAQ supports secondary-display use; it does not independently revalidate this row’s full historical spec sheet, U |
| Ray-Ban Meta catalog record | Exact generation/display variant: Unknown in this review | Unknown | Catalog identity is too broad to transfer current-generation claims, U |
VITURE Pro XR catalog note: The older Lensden catalog snapshot lists a 52° field of view. The model-specific Pro XR manual linked above lists 46°, which this resource uses. The underlying catalog value has not been silently changed; this discrepancy is documented rather than treated as a measurement.
The Rokid Max row must not inherit Max 2 specifications. The generic Ray-Ban Meta record must not silently become a record for a differently named display product. For other existing records—Brilliant Labs Frame, Even Realities G1 and INMO Air 2—model-specific connection, power, tracking and vision claims remain Unknown in this resource until separately sourced. Their catalog pages remain the product records; lack of review here is not a claim that they lack a feature.
Connections, power and tracking
| Model / system | Connection and power evidence | Tracking boundary | Vision option |
|---|---|---|---|
| XREAL One / One Pro | Manufacturer guide: compatible USB-C DP source powers glasses; HDMI sources require conversion. Exact watts for a chosen host/adapter: Unknown here | Series spec documents glasses-powered 3DoF. No bare-glasses 6DoF claim; accessory/firmware combinations need separate evidence | Guide documents prescription inserts and warns that One, One Pro and Air-series frame models differ |
| VITURE Pro XR | Supplied USB-C-to-magnetic cable; compatible host or model-supported dock. Cable/adapter power rating is not measured glasses consumption; glasses-only watts Unknown | Spatial modes require the appropriate software/accessory workflow; do not copy Beast’s native positioning claims to Pro | Pro section documents myopia adjustment and optional prescription frame. Mixed-model range wording conflicts elsewhere on the page; confirm exact range for the purchased model |
| RayNeo Air 3s | Air 3s FAQ asks for video-capable USB-C/DP support. Exact source current and adapter-mode limits Unknown here | No model-specific 6DoF evidence established; standalone spatial anchoring Unknown | Air 3s package list lists a prescription-lens frame; individual lens suitability unverified |
| Rokid Max | FAQ describes a secondary display. Exact adapter/power chain Unknown | Secondary display does not imply multiple simultaneous virtual monitors; do not apply Station 2/Max 2 bundle claims automatically | Current Max-specific insert/range confirmation Unknown |
A connected device drawing power is not evidence of a particular battery runtime. A charging adapter’s wattage ceiling describes that accessory’s rating, not the glasses’ draw or net charging of a handheld.
Three connection patterns
| Intended source | Candidate chain | Before calling it compatible |
|---|---|---|
| Laptop or supported phone | Documented video-capable USB-C port → supplied/model-approved cable → glasses | Check exact port’s DP output and power; then confirm desired mode and audio |
| HDMI console | HDMI OUT → powered HDMI-input-to-glasses-output converter/dock → correct glasses cable | Verify signal direction, source/adapter resolution and refresh, power input, audio and protected-content support separately |
| A handheld while charging | Supported host port → specifically supported charge-and-video accessory → glasses, plus accessory power input where required | Check exact host generation, dock firmware, power source and app-mode restrictions; a generic USB splitter is insufficient |
For example, VITURE’s Pro/One dock manual distinguishes dock generations and input-mode limits. It contains model-specific footnotes; these are not a blanket promise that any dock/glasses/console combination reaches 120 Hz. A virtual desktop app can impose further restrictions even when direct video works.
What a correction should contain
Record the model and generation, region, firmware, host/OS, exact physical port, accessory model, input/output direction, source URL and the field being corrected. Separate a manufacturer statement from an independently observed result. For an observation, describe the procedure and actual mode rather than saying “works with USB-C.”
A useful compatibility result can be “video documented; audio unconfirmed; requested mode unknown.” It does not need to become an unsupported yes/no verdict.
The existing USB-C guide covers One/One Pro fundamentals; tracking explained separates orientation from positional tracking. This reference adds the cross-model source and uncertainty record. It is not a purchase ranking, a manufacturer endorsement or a substitute for a documented complete setup.