Problem
Bring glanceable AR information into a distinct cat-eye eyewear design for the intended collection.
A women-first cat-eye product with its own frame geometry, approximately 29g bare-device weight and prescription-lens options. AR99-MY shares the AR99 optical and electronic platform: a right-eye, single-green Micro-LED display with a 30° field of view and VHG waveguide optics.
PRODUCT FIT & DEVELOPMENT SCOPE
Bring glanceable AR information into a distinct cat-eye eyewear design for the intended collection.
AR99-MY is the separately listed Mimosa frame product on the AR99 platform. Its camera-free monocular VHG configuration weighs approximately 29 g as a bare device, excluding prescription lenses.
Optical and fashion-led eyewear brands seeking the AR99-MY frame and display configuration.
Phone-assisted prompts, translation and navigation using the selected companion or partner application. AR99-MY is a display product; it does not establish specifications for a separate Mimosa audio-eyewear platform.
Review frame finish, branding, packaging, lens configuration and software integration. Logo-branded pilots on existing frames start at 200 units; final configuration, pricing and deeper development are agreed per project.
AR99 MY supports detachable sunglass lenses with clip-on or magnetic attachment, depending on the model and configuration. With the sunglass lenses fitted, the AI smart glasses also serve as sunglasses for everyday outdoor wear.
Real product photography of Mimosa AR99 MY frames with tinted lenses. Discuss frame colour, lens configuration and branding for your market.

AR99-MY has its own industrial design. It shares the AR99 display platform while defining a different frame, bridge, nose-pad and hinge configuration.
The cat-eye silhouette and narrower, lower bridge geometry distinguish AR99-MY from the unisex AR99 frame. Evaluate the shape against representative facial profiles in your optical or retail channel.
A memory-metal frame with air-cushion nose pads provides a specific fitting approach. Nose-pad contact and pressure distribution should be checked with the selected lenses during sample evaluation.
The hinge combines titanium and liquid-metal elastic elements. Temple fit, retention and everyday handling belong in the product validation plan; comfort is assessed with intended users.
The TR90 and magnesium-lithium body references approximately 29g bare-device weight, excluding prescription lenses. Reference dimensions are approximately 151 × 156 × 47.8 mm.
Frame colour, surface finish and branding can be discussed for fashion, lifestyle and optical-retail projects. CMF and frame changes are subject to engineering evaluation and agreed scope.
Integrated and snap-in lens paths support optical-chain customization. Confirm lens power, thickness, alignment, fitting and final configured weight with an approved optical partner.
AR99-MY shares AR99 optics, electronics, firmware and software. Its physical key and temple touch area provide the reference controls; gesture mappings depend on the selected firmware and application.
AR99-MY pairs a 0.12cc Micro-LED light engine with a volume holographic grating (VHG) waveguide. The single-wavelength display and waveguide form one optical design. Brightness, optical alignment and the intended viewing conditions should be evaluated together using the reference sample.
AR99-MY renders a single green channel at 640 × 480 and 30 Hz across a 30° field of view. It is designed to present short text, captions, navigation cues and notifications. It does not provide a full-colour image. In-eye brightness is up to 2,000 nits under reference conditions.
AR99-MY · Product details
Compare colours, application workflows, lens options and the reference configuration in one place.
Four reference colours: confirm sample colour, configuration, availability and delivery in the project quotation.




The cat-eye frame has memory-metal air-cushion nose pads, a titanium and liquid-metal elastic hinge, and magnesium-lithium alloy with TR90. Reference dimensions are approximately 151 × 156 × 47.8 mm. Bare-device weight is approximately 29g, excluding prescription lenses; fitting and final configured weight are assessed per optical project.



Reference styling images. Colour appearance varies with lighting and screen settings; final finish and fit are confirmed on the selected sample.
The glasses present concise information; a paired phone, supported application or connected service performs the AI processing. Features below describe integration workflows, with application availability, languages, service accounts, connectivity, permissions and release versions confirmed for your project.
A supported application on the paired phone or a connected service prepares translated captions for the glasses. Languages, accuracy, response time and availability depend on the selected integration, service and network.
A supported phone application supplies scripts or presentation cues to the display. Scrolling, pacing and control mappings follow the selected application and firmware.
A paired phone application supplies glanceable route instructions. Map coverage, positioning, network access and supported routes depend on the selected service; the wearer must remain attentive to the surroundings.
The paired phone application or connected AI service prepares trip suggestions and concise itinerary information for display. This is a host-processed workflow, not an on-glasses model or a guarantee of current travel information.
The agreed microphone and phone/service workflow converts speech into displayable text. Review language support, permissions, consent, storage and transcription behavior for the selected application.
A supported phone application supplies available lyrics for display. Music-service support, lyric availability and display timing are determined by the agreed software integration.
Requests are processed by the paired phone application or a connected AI service, with concise responses returned to the glasses. Model access, account requirements, output behavior and service availability depend on the project configuration.



AR99 platform display demonstrations: Arabic translation, navigation and teleprompter. These reference screens illustrate the display path; they do not define a complete supported-language list or a universal app package.
Configure AR99-MY for prescription use, outdoor wear and daily care. Lens fitting and supplied accessories are confirmed in your project quotation.

An inner lens insert for your prescription. Have lenses fitted by your optical partner, with prescription power, thickness and alignment checked for the selected frame.

A detachable tinted lens layer for outdoor use. Match the attachment and lens shape to your selected frame and confirm the optical configuration for your project.

Plan the complete kit: glasses, lens accessories, retail box, protective case, USB-C charging cable, cleaning cloth and user guide. Final supplied contents follow the project quotation.
Accessory images show a square-frame platform reference. AR99-MY uses its own cat-eye frame; lens shape, fitting and the final package are confirmed for the selected AR99-MY configuration.

Confirm prescription power, thickness, alignment, fitting, compatibility and final weight with the optical partner. Lens selection and included accessories are specified in the project quotation.
AR99-MY shares the AR99 optical and electronic platform. The following AR99 platform details are reference information; confirm the delivered AR99-MY hardware, firmware and application interfaces for your selected build.
| Item | Reference details |
|---|---|
| Bluetooth SoC | Actions ATS3089C in the AR99 reference configuration. |
| Operating system | RTOS in the reference configuration. Phone applications and connected services provide the supported AI workflows. |
| Memory | 256MB ROM / 8MB PSRAM in the reference configuration. |
| Connectivity | Bluetooth 5.3 dual-mode. Confirm phone, application and firmware compatibility for the selected build. |
| Sensors | Ambient light sensor (ALS), 6-axis sensing and wear detection. Sensor behavior and application access depend on the selected firmware and integration. |
| Audio input | 1 microphone in the reference configuration. Confirm the microphone and service data flow for the intended application. |
| Controls and updates | Touch swipe, physical key and OTA support in the reference configuration. Control mappings, update delivery and software scope are confirmed for the selected build. |
| Charging | USB-C charging in the reference configuration. Confirm the supplied cable, charging accessories and operating instructions in the project quotation. |
| Protection reference | IPX4 and smudge-resistant properties are listed in the reference sheet. Confirm the applicable configuration, conditions and supporting evidence for the target project. |
| PDF light-engine size notation | Micro-LED 0.15 inch, as labelled in the source sheet. This dimensional notation is separate from optical-engine volume. |
| Approved optical-engine volume | 0.12cc Micro-LED optical-engine volume. This approved volume value is retained; it is not replaced by the PDF 0.15-inch size notation. |
AR99-MY uses its own cat-eye frame and packaging scope. Confirm the retail box, dimensions, shipping weight, carton quantity, lenses and final contents in the project quotation.
OEM / ODM discussions can cover colour and finish, frame logo, co-branding, gift box and cleaning cloth. Define the target region, optical configuration, software workflow and acceptance criteria with SmartXY before the sample and production stages.
OEM / ODM / JDM and white-label projects; logo-branded pilots on existing frames from 200 units; deeper customization, pricing and NRE are scoped at RFQ. Mentra OS support; paired phone with companion or partner application; software integration, localization and service scope are confirmed per project. The smart ring integration is complete; ring configuration and package contents are confirmed in the project quotation.
| Specification | Reference configuration |
|---|---|
| Product type | Camera-free monocular AR display glasses |
| Display | Right-eye monocular, single green channel |
| Resolution / refresh | 640 × 480 @ 30 Hz |
| Field of view | 30° |
| In-eye brightness | Up to 2,000 nits under reference conditions |
| Light engine | 0.12cc Micro-LED module |
| Waveguide | Volume holographic grating (VHG) |
| Bare-device weight | Approximately 29g, excluding prescription lenses |
| Frame | Women-first cat-eye silhouette, presented under Mimosa |
| Reference dimensions | Approximately 151 × 156 × 47.8 mm |
| Nose pads | Memory-metal frame with air-cushion nose pads |
| Battery | 100mAh fixed battery |
| Feature-use runtime | Approximately 1–3 hours under reference conditions |
| Standby | 72+ hours under reference conditions |
| Materials | Magnesium-lithium alloy and TR90; titanium and liquid-metal elastic hinge |
| Interaction | Physical key and temple touch area; smart ring integration is complete; interaction mappings depend on firmware and app; ring configuration and package contents are confirmed in the project quotation |
| Connectivity | Bluetooth, phone-tethered |
| Camera | None |
| Prescription lenses | Integrated and snap-in insert paths; fit and lens configuration confirmed per optical project |
| Software | Mentra OS support; paired phone with companion or partner application; software integration, localization and service scope are confirmed per project |
| Commercial model | OEM / ODM / JDM / white label; logo-branded pilots from 200 units |
| Production status | Mass production |
Reference configuration. Final specification is confirmed per project and target market. Actual runtime and standby vary with feature use, brightness, Bluetooth and app activity, network, environment and battery condition. Prescription power, lens thickness, alignment, fitting and final configured weight require optical-project confirmation.
Original product boards show the cat-eye design, frame details and illustrative use cases. The source artwork is retained in full.
Original design references. Original product boards are retained as supplied. Use the HTML specification table for the current product configuration; artwork does not establish certification scope or package commitments.

Smart ring integration is complete for AR99, AR99 MY and AR99 Pro.
Use a compatible smart ring alongside the physical key and temple touch area. Commands and control mappings follow the selected firmware and application.
For AR99 MY OEM / ODM projects, ring selection, finish and package inclusion are agreed in the project quotation.

AR99 MY supports Mentra OS through its shared AR99 platform, giving fashion-led optical and retail channel partners a software route without building a companion app from zero.
AR99 and AR99 MY support Mentra OS. The supplied screenshots show Xingyi AR99 in the model selector and connected app screen.
The supplied AR99 app menu shows Captions, Mentra AI, Mentra Maps, Mentra Notes, Recorder, Teleprompter and Translation. Review app version, language, permissions and target-market service availability for your project.
Camera and Livestreamer appear greyed out in this AR99 screen. AR99 and AR99 MY remain camera-free, phone-tethered display glasses.
Request AR99 MY Mentra OS setup and project details.



AR99-MY contains no camera or image sensor. Information is displayed through the glasses; AI, translation and navigation run on the paired smartphone, partner application or connected service. This is a phone-tethered display architecture.
For daily-wear and enterprise projects, evaluate both the hardware and the software data flow: microphone source, permissions, storage, consent and connected-service behavior depend on the selected integration. Venue and workplace policies still apply to camera-free eyewear.
If your project requires visual capture, compare the K900 camera-equipped AI glasses platform and C100 standalone Android live AI platform.
Choose a starting scope for hardware, software, branding and market validation. Each project has an agreed specification and delivery boundary.
Use existing frames with your branding, custom retail packaging and app boot branding. Confirm the reference configuration, lens path, required software support and destination markets before quotation.
Evaluate frame geometry and CMF, lens configuration, firmware behavior, interaction mapping, localization, accessories, SDK and companion-app integration. The agreed scope determines engineering work and validation.
Define new industrial design, tooling, hardware configuration and software integration against a project specification. Engineering feasibility, certification scope, development stages and acceptance criteria are agreed for the project.
The reference optical engine, waveguide architecture, camera-free architecture, core compute platform, display resolution and colour channel define the baseline. Changes to these are assessed as new development rather than assumed to be standard options.
Commercial scope. AR99-MY supports OEM, ODM, JDM and white-label branding. Pricing, NRE and tiered volume terms are quoted on specification freeze. Certification scope and included deliverables are confirmed for the selected configuration and target markets.
Review SmartXY OEM and ODM manufacturing projects and Micro-LED waveguide AR display technology.
For partners evaluating a camera-free display product, a prescription-lens project or an app-assisted information workflow.
The work plan follows the agreed project scope; an existing-frame pilot and a new industrial design require different engineering and validation deliverables.
Review the sample and specification sheet against your target users and applications.
Agree frame, lenses, CMF, software, branding and market scope.
Where development is required: EVT prototype assembly, software V1 and SDK demonstration.
DVT functional, reliability, RF and market-specific certification testing within the agreed scope.
PVT manufacturability, fixtures, SOP and packaging preparation, followed by mass production.
AR99 and AR99-MY are both in mass production and support OEM / ODM customization. They share the optical and electronic platform, with frame-specific fitting, validation and commercial scope for each product project.
The camera-free unisex product uses a single-green right-eye display, a VHG waveguide and a 100mAh battery. Explore the AR99 AR display platform.
The independent women-first product shares AR99 optics, electronics, firmware and software, with its own frame geometry, nose pads and hinge system. Explore women-first cat-eye AR eyewear.
AR99 Pro: extended-operation configuration. AR99 Pro uses a single-green SRG waveguide with 25° FOV, 1,800-nit brightness, 25 g weight and carbon-fiber construction. Its two 40 mAh user-swappable batteries maintain operation during replacement, with a required paired ring supplied with every unit. EVT3 functional CNC prototypes support evaluation and industrial-design customization for mass-production projects. Review AR99 Pro operating requirements.
For a product-design perspective on display, fit and software boundaries, read Vanda’s personal camera-free AR glasses guide.
Related design record: review the applicant, identifiers, dates and documented status.
Mimosa AR99-MY is an independent women-first cat-eye AR smart glasses product on the SmartXY AR99 platform. It shares AR99 optics, electronics, firmware and software, with its own frame engineering.
AR99 is the unisex product at approximately 28g bare device; AR99-MY is the cat-eye product at approximately 29g. Both use a VHG waveguide and single-green 640 × 480 @ 30 Hz display with a 30° field of view. AR99-MY adds different frame geometry, memory-metal air-cushion nose pads and a titanium and liquid-metal elastic hinge.
Mimosa is SmartXY's consumer-facing brand for fashion-led smart eyewear. AR99-MY is presented under Mimosa for consumer and optical-retail channels; partner white-label projects are also supported.
AR99-MY has a women-first cat-eye silhouette and frame geometry developed for narrower and lower facial profiles. Its reference dimensions are approximately 151 × 156 × 47.8 mm. Fit should be assessed with representative users and the selected lens configuration.
No. AR99-MY is camera-free by design and contains no image sensor.
AR99-MY renders a single green channel. The right-eye monocular display provides 640 × 480 resolution at 30 Hz across a 30° field of view; it does not display full-colour images.
AR99-MY uses a volume holographic grating (VHG) waveguide and a 0.12cc Micro-LED engine. In-eye brightness is up to 2,000 nits under reference conditions.
Approximately 29g as a bare device, excluding prescription lenses. Final configured weight depends on the selected lenses and project.
The reference battery is 100mAh, with approximately 1–3 hours feature use and 72+ hours standby under reference conditions. Actual results vary with feature use, brightness, Bluetooth and app activity, network, environment and battery condition.
Yes. AR99-MY connects over Bluetooth to a paired phone. AI, translation and navigation run on the paired smartphone, partner application or connected service and are displayed through the glasses. Available functions depend on the integration and market.
Integrated and snap-in prescription paths are available. Lens power, thickness, optical alignment, fitting and warranty are confirmed through an approved optical partner for the selected configuration.
Yes. AR99-MY supports OEM, ODM, JDM and white-label projects. Logo-branded pilots run on existing frames from 200 units with custom retail packaging and app boot branding. Deeper customization is evaluated at RFQ; pricing and NRE are quoted on specification freeze.
Share your company, target market, expected annual volume, preferred product and project type, lens requirements, software path and customization needs. SmartXY will review the project against the reference platform and the requested delivery scope.