Turnkey smart eyewear hardware powered by high-definition optical sensors, directional open-ear acoustics, and real-time AI processing engines.
Shenzhen Ennava Technology Co., Ltd. leads the wearable hardware industry with end-to-end integration across optical design, SMT surface mounting, acoustic calibration, and AI algorithm firmware tuning.
Complete flexibility across tooling design, TR90/titanium frame injection molding, surface coating finishes (pearl high-gloss, matte rubberized), lens tint customization, and custom packaging design.
Accelerate your product launch cycle with customized functional samples delivered in just 7 to 10 working days, including logo silkscreening, laser engraving, and tailored firmware pre-loads.
Every batch undergoes incoming component checks, automated optical alignment (AOA), acoustic frequency spectrum analysis, waterproofing pressure tests, and 100% full-function aging inspection.
Designing high-performance camera glasses requires overcoming extreme spatial, thermal, and power constraints while preserving classic optical aesthetics.
Integrating miniature 8MP or 13MP CMOS optical modules into ultra-slender frame temples demands state-of-the-art heat dissipation and power distribution engineering.
Ennava's OEM platforms support flexible system architecture integration: On-device Edge AI handles ultra-low latency voice triggers, local gesture inputs, and basic image ISP processing. For real-time visual recognition and contextual translation, our BLE 5.4 and high-speed Wi-Fi 6 modules bridge seamless data streaming to cloud-based LLM frameworks (such as ChatGPT-4o, Google Gemini, and customized enterprise LLMs).
Key technological transitions shaping global buyer procurement specifications over the next 3 to 5 years.
Future camera glasses are evolving from passive image capture devices into proactive cognitive assistants. Procurement standards now emphasize integrated image-to-text algorithms, contextual scene interpretation, visual object search, and instantaneous real-time language translation overlay capabilities.
Static sunglasses lenses are rapidly being replaced by dynamic Electrochromic (EC) lenses that automatically shift transparency within milliseconds based on ambient lux levels. Combining EC lens driver ICs into smart audio-camera frames represents a high-margin growth segment for sports and lifestyle brands.
Battery density breakthroughs coupled with hyper-efficient silicon (such as ultra-low-power DSPs and micro-NPUs) allow 110mAh to 300mAh batteries to sustain continuous 2K video recording and hours of music playback. Charging cases with integrated fast-charge contacts are becoming standard procurement requirements.
Our structured four-stage manufacturing process minimizes engineering risks and ensures total quality control from initial blueprint to mass delivery.
Confirm lens optics, camera resolution (1080P/2K/4K), battery runtime, chipset platform, frame materials, and target retail compliance specs.
Execution of 3D frame CAD models, SMT board layout adjustments, and rapid sample delivery within 7-10 working days for evaluation.
Precision steel mold casting, custom color spray coating, Bluetooth profile pairing optimization, and SDK application integration.
Standardized assembly line production featuring automated AOA testing, environmental stress testing, CE/FCC documentation, and drop-ship logistics.
Detailed technical and commercial guidance for purchasing managers, hardware importers, and brand owners.
For standard wholesale catalog orders, our MOQ starts as low as 20 to 50 units. For customized private label branding (custom logos, specialized packaging, bespoke colorways), our MOQ typically begins at 500 units per model. Custom industrial design or tooling ODM projects are evaluated based on project scope.
Our smart glasses models comply with major global export standards, including CE, FCC, RoHS, REACH, and UN38.3 (battery transport safety). Depending on your target market (North America, European Union, Japan, Australia), we assist in delivering necessary technical documentation for custom clearance.
Yes. We offer SDKs and API documentation for our Bluetooth and Wi-Fi streaming models. Your software engineering team can map custom touch gestures, voice triggers, and camera video data feeds directly into your proprietary Android/iOS application or cloud backend.
We combine dynamic CPU/NPU clock scaling with multi-layered graphite heat spreaders situated along the inner frame chassis. Thermal energy is dissipated away from the face towards the temple tips, guaranteeing long-term wearing comfort and battery longevity.
Most of our smart frame models feature detachable rim structures or universal optical clip grooves. This allows optical retailers and distributors to install prescription myopia lenses, anti-blue light gaming lenses, or polarized sun protection lenses effortlessly.
Once functional samples are approved and deposit confirmed, standard mass production order completion takes approximately 20 to 30 calendar days depending on batch volume and frame customization complexity.
Our micro-speakers utilize reverse-phase acoustic cavity engineering. Soundwaves directed towards the ear canal are countered by out-of-phase sound waves emitted from exterior vents, reducing audible leakage by over 80% in quiet room environments.
Ennava provides a standard 12-month quality warranty for all hardware shipments. In cases of manufacturing defects, we supply replacement spare parts, technical support, or replacement units in your subsequent shipment batch.
Connect directly with our engineering and procurement sales specialists. Obtain tailored quotation sheets, factory audit reports, product samples, and OEM/ODM feasibility assessments.