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AI TWS Earphone ODM Solution Multi-Microphone Array Local NPU Adaptive ANC and Low-Latency Audio Module

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AI TWS Earphone ODM Solution Multi-Microphone Array Local NPU Adaptive ANC and Low-Latency Audio Module

Latency : less than 40ms Gaming Mode

Water Resistance : IPX5

Place of Origin : Shenzhen, Guangdong, China

Packaging Details : Custom-branded retail box with shock-proof foam insert, export-grade corrugated carton

NPU Architecture : On-Chip Neural DSP, 15 GOPS

Supply Ability : 100000 Units per Month

Microphone Array : 3-Mic Beamforming Array

AI Features : Voice Activity Detection, Keyword Spotting, Adaptive EQ

Battery Life : 8h Playback, 32h Total with Charging Case

Payment Terms : T/T,L/C,PayPal

Audio Codec : SBC, AAC, LDAC, LC3

Delivery Time : 15-25 working days for production

Bluetooth Version : Bluetooth 5.3 LE Audio

Certification : CE, FCC, RoHS, REACH, BQB

Model Number : AI-TWS-V3

Chipset Platform : BES2600YP / Qualcomm QCC5171

Brand Name : ODM,OEM

Noise Cancellation : Adaptive Hybrid ANC, up to 35dB Depth

Driver Unit : 12mm Dynamic Driver

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AI-Powered TWS Earphone ODM Solution

The next generation of true wireless earphones demands more than just good audio—it requires intelligent, context-aware processing that adapts to the user's environment in real time. Our AI TWS Earphone ODM Solution eliminates the complexity of selecting and integrating microphone arrays, NPU chipsets, and noise cancellation algorithms by delivering a fully validated, production-ready audio module that combines all three into a single, tightly optimized platform.

Customer Challenge: The Integration Gap

Many brands entering the AI earphone market face three critical decision points where the wrong choice can sink a product before it reaches retail:

  • Microphone Array Selection: Beamforming, adaptive spatial filtering, and wind noise suppression require careful mic placement and tuning—a 2-mic, 3-mic, or bone-conduction hybrid approach each brings different tradeoffs in cost, PCB real estate, and call quality under varying noise conditions.
  • NPU Compute Architecture: On-device AI inference for keyword spotting, voice activity detection, and adaptive EQ demands a neural processing engine with sufficient TOPS headroom—yet over-specifying the NPU inflates BOM cost and drains battery. Balancing performance against power budget requires deep silicon-level expertise.
  • Noise Cancellation Algorithm Tuning: Adaptive hybrid ANC is not a plug-and-play feature. Feedforward and feedback mic calibration, filter coefficient optimization, and transparency mode transitions must be tuned per acoustic enclosure design. A generic ANC profile sounds hollow or introduces occlusion artifacts.

Our Solution: Integrated AI Audio Module

We bridge this integration gap with a pre-validated AI audio module that ships with all three subsystems—microphone array, NPU, and ANC—already calibrated and optimized for production. Our module is built around industry-leading BES or Qualcomm platforms and includes:

SubsystemSpecificationBenefit
Microphone Array 3-Mic beamforming with adaptive spatial filtering, bone-conduction sensor support optional 38dB+ SNR voice pickup in 75dBA ambient noise; wind noise suppression up to 12km/h
NPU Engine On-chip neural DSP delivering 15 GOPS at under 3mW per inference Real-time keyword spotting (0.5s latency), voice activity detection, and adaptive EQ—all running locally with zero cloud dependency
ANC System Adaptive hybrid ANC with feedforward + feedback topology, automatic scene detection Up to 35dB broadband noise attenuation; seamless transparency mode transition in under 100ms
Wireless Bluetooth 5.3 LE Audio with LC3 codec, multi-point connection, sub-40ms gaming latency Audiophile-grade wireless audio with broadcast audio support and ultra-low latency for gaming

What This Means for Your Brand

By adopting our integrated AI audio module, you bypass the 6–9 month learning curve typically required to select, integrate, and tune individual microphone, NPU, and ANC components. Instead, you receive:

  1. Validated Hardware Reference Design: Complete schematic, PCB layout guide, and BOM with pre-negotiated component pricing. Drop it into your industrial design and go.
  2. Pre-Tuned ANC Profiles: Three default ANC curves (Indoor, Commute, Flight) calibrated for the reference acoustic enclosure, with tuning support for custom enclosures included.
  3. Production-Ready Firmware SDK: AI feature suite with keyword spotting engine, adaptive EQ pipeline, and OTA infrastructure—all validated through 5,000-hour reliability testing.
  4. Regulatory Pre-Certification: Module-level CE, FCC, BQB, and RoHS certifications reduce your end-product certification timeline by 4–6 weeks.

ODM Customization Options

Every brand has unique requirements. Beyond the reference design, we offer:

  • Custom Acoustic Tuning: Our audio engineers work with your industrial design team to tune frequency response, ANC filters, and mic beam patterns for your specific enclosure geometry.
  • Custom Wake Word Training: Train the on-device keyword spotting model for your brand-specific wake phrase (e.g., "Hey BrandName") with under 5,000 audio samples.
  • Custom Industrial Design Support: From concept sketches to DFM review, our mechanical engineering team ensures your enclosure design is optimized for acoustic performance and manufacturability.
  • Packaging & Branding: Full retail packaging design, user manual localization, and brand identity integration.

Why Partner with Us for AI Earphone Development

The AI earphone market is moving fast—brands that spend 12 months figuring out component selection and integration will miss the window. Our integrated approach compresses the development cycle to 10–14 weeks from design freeze to pilot production, with a solution that has already been proven across 15+ earphone models shipped to markets in North America, Europe, and Southeast Asia. Whether you are launching a premium ANC flagship or a value-driven AI-enabled entry model, we provide the engineering depth and supply chain leverage to bring your vision to market—faster, at lower risk, and with better unit economics.

Contact our ODM team today to schedule a technical deep-dive and receive sample units for evaluation.


Product Tags:

Multi-Microphone Array Voice Pickup

      

On-Device NPU Neural Processing

      

Low-Latency Adaptive ANC Module

      
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