AI + AR smart eyewear technology, from chip platform to mass production.
SmartXY turns compact optics, low-power computing, camera/audio AI, embedded software and wearable comfort into manufacturable smart-glasses platforms.
One platform, seven differentiated capabilities.
The winning capability is system co-design — product definition, optics, electronics, software, ID, validation and MP readiness, connected.
Full-chain OEM/ODM delivery
End-to-end delivery from requirement definition through EVT, DVT, PVT and MP.
Multi-platform & miniaturized hardware
Deep adaptation across MTK, BES, Nordic and Actions in a wearable form factor.
Mainstream AR optical adaptation
Diffractive waveguide, BirdBath and array waveguide, co-designed with structure.
Industry-customized AI/AR capability
Consumer, medical, accessibility, security, telecom and industrial scenarios.
Professional mass-production experience
Proven AI/AR mass production across camera, audio and system domains.
New-technology pre-research
On-device AI, low-power systems, holographic display, materials and interaction.
Industrial design & extreme miniaturization
Multi-style ID, ergonomics, lightweight structures and MP-ready materials.
System co-design
Modules optimized together, not in isolation — the real moat for smart eyewear.
Wearable-grade engineering across volume, power, RF, heat and comfort.
01High-density electronic integration
12-layer HDI, ultra-narrow FPC, micro power management and compact RF/camera/sensing integration for stable power and thermal paths.
02Extreme structural stacking
Ultra-thin temples, wearable-grade layout and lightweight mechanical design balancing ergonomics and internal stacking.
03Optical-system miniaturization
Compact optical-engine architecture, waveguide/display module adaptation and tolerance coordination with structure.
04Engineering balance
Unified design across display, RF, thermal, battery, wearing comfort and mass-production feasibility.
Deep Production Know-how Across AI Glasses Chip Platforms
Few teams can transform AI glasses into reliable, mass-production-ready products on highly integrated communication platforms. SmartXY has extensive experience across MT8766, MT6765, MT6762, MT6771 and other mainstream 4G platforms, with ongoing development for next-generation 5G architectures.
Platform choice driven by positioning, cost, power and time-to-market.
| Platform | Best-fit scenario | Engineering value |
|---|---|---|
| MediaTek / MTK | Camera AI glasses, communication glasses, Android products | Computing, imaging, connectivity and app ecosystem |
| BES2700 / BES2810 | AI audio glasses, Bluetooth audio, branded audio | Low-power audio, multi-mic ANC, voice algorithms |
| Nordic nRF5340 | BLE ultra-low-power wearables, sensors, health | Multi-sensor fusion and long battery life |
| Actions ATS3089C / ATW6095 | Lightweight audio terminals, low-cost integration | Hardware acceleration and AR display adaptation |
Software manufacturability: standardization, modularization, reusability.
A successful smart-glasses platform needs more than an app — drivers, HAL, SDK/API, OTA, cloud collaboration, production test tools, privacy boundaries and version traceability.
Full-stack system customization
Root-level drivers, HAL, system trimming, algorithm integration, cross-platform porting and power/performance tuning.
Camera capability
Camera drivers, 3A tuning, HDR, ultra-night mode, MFNR and EIS video stabilization for camera glasses.
Audio capability
AI noise reduction, acoustic echo cancellation, multi-source separation, voice wake-up and open-sound-field tuning.
SDK / API open
Native protocol and SDK dual-mode interfacing to reduce client integration thresholds.
OTA + cloud collaboration
App, cloud platform, factory test data and OTA version-iteration closed loop, with rollback strategy.
On-device AI & privacy
Lightweight model deployment, local-first data path, permission-boundary design and data minimization.
| Platform | AI boundary | SDK / app positioning |
|---|---|---|
| K900 | Local capture, audio, buttons and connectivity; cloud-assisted AI assistant, object recognition, meeting notes and AI-agent workflows through app/network services. K900 has no AR display. | SDK support for partner local app integration, protocol access and cloud-assisted workflows. |
| AR99AR99 Pro | Phone/app-assisted AR information display. No camera on the baseline AR99 family. | SDK/API support for prompt display, translation, navigation, notification and enterprise app integration. |
| C100Falcon 007 ProConfidant | Local sensing, capture and device control with project-defined online/offline AI policies and regional compliance gates. | SDK/API support for capture modes, display overlays, field-operation apps and approved AI service integration. |
| Audio 01NudgeBB Medical | Audio, sensor or clinical-display workflows scoped to the selected product category; claims and certifications are handled by target market/project. | App and SDK requests are routed through the SmartXY RFQ workflow for requirement review. |
Mainstream optical adaptation, co-designed with structure, thermal and ergonomics.
| Optical route | Positioning | SmartXY capability |
|---|---|---|
| Volume-holographic / grating waveguide | Lightweight monocular AR information display | AR99 uses a 0.12cc Micro-LED optical engine with volume-holographic / grating waveguide for 29g, 30°, 640×480 @ 30Hz display. |
| BirdBath | Clinical display and large-FOV viewing workflows | Large FOV, viewing-distance alignment and productized optical-engine integration for clinical display concepts. |
| Array waveguide | Field-operation AR and professional display overlays | Array-type optical-engine design and field-operation deployment experience, subject to project evidence and regional compliance gates. |
Human-factor database
Head & face 3D data supports wearing comfort, optical-alignment accuracy and first-pass sampling success.
Standard-component stock
Common materials, shorter validation cycles, lower BOM cost and reduced non-standard supply risk.
Full-link ID / CMF
Multi-contour and color system, modular stacking, lightweight materials, precision CNC and MP-ready CMF.
Production readiness is designed before production begins.
Smart-glasses failures often come from late discovery of optical tolerance, thermal comfort, hinge fatigue, RF instability, acoustic leakage, battery life or assembly yield. SmartXY moves these risks into the design and prototype stages.
Front-end process co-engineering
SMT, FPC, precision injection molding, CNC machining, tooling and assembly evaluated during the solution phase.
Optical engine & display module
Assembly precision, display consistency and tolerance control between optics and mechanical structure.
Thermal & structural simulation
Thermal-source control in a compact form factor, wearing temperature rise and ergonomic/aesthetic balance.
Rapid prototyping
Rapid PCB prototyping, FPC customization, 3D printing, CNC machining, structural mockups and assembly.
Testing & validation
Optical, structural, hardware-electronic, environmental durability, ergonomic and compliance pre-certification tests.
ERP/MES traceability
Supply chain, BOM, materials, orders, inspection, warehousing, error-proofing and one-item-one-code logging.
Quantified, traceable and closed-loop quality control.
Unified design, engineering, software and AI stack.
Mechanical: Creo, AutoCAD, SolidWorks. ID: Rhinoceros, KeyShot, Procreate, Midjourney, ComfyUI, Lovart, Jimeng. Hardware: PADS, Cadence, CAM350. Software: Keil, VSCode, Android Studio, Xcode. Interaction: Figma, Axure RP, Adobe suite. AI: ChatGPT, Copilot, Cursor, Claude, DeepSeek, Google Gemini, Grok.
Technical questions buyers ask before launch
What are SmartXY's core AI + AR smart eyewear technologies?+
Which chip platforms can SmartXY adapt for smart glasses?+
Which optical architectures does SmartXY support?+
How does SmartXY reduce mass-production risk?+
Need a technical feasibility review for your AI/AR roadmap?
Share your target chipset, optical path, camera/audio needs, battery target, product weight, certification markets and launch date — we'll map technical risk and a realistic validation plan.