Voice Interface Microphone Array

Digitally Variable Directional Microphone

A digital microphone array solution with freely adjustable pickup patterns and beam direction, flexibly adapting to various products and use cases, significantly improving voice clarity.

4 Pickup Patterns 360° Beam Direction Control Ultra-Low Latency Stereo/Dual-Track Output

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Digitally Variable Directional Microphone

Flexible and Versatile Microphone Array

Traditional microphone directivity is usually fixed and dependent on acoustic structure, making flexible switching difficult. Pawpaw uses a new generation of efficient beamforming algorithms combined with a structurally optimized 4 PDM microphone array to achieve multiple switchable pickup patterns, enabling flexible adjustment of pickup direction and coverage based on actual application.

Unidirectional

Single-beam pickup mode supports adjustable beam direction and range, providing three focus levels: normal, strong, and very strong directivity. Suitable for meeting speech, live recording, and other common application scenarios.

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Key Features

Multiple Pickup Pattern Switching

One-click switching between omnidirectional, unidirectional, bidirectional, and stereo pickup patterns via host software. The same hardware flexibly adapts to meetings, live streaming, vlogging and more, accelerating time-to-market for different product types.

360° Beam Direction Control

0-360° beam direction control allows flexible adjustment of pickup direction without physical rotation, supporting simultaneous multi-beam output. Combined with DOA sound source localization, it precisely tracks target sound sources, greatly improving voice clarity.

Excellent Directivity

Effectively suppresses ambient noise outside the pickup range, achieving ≥72 dB combined SNR in the target direction, especially suitable for high-demand scenarios like speech recognition, transcription, and AI meeting recording.

Efficient Algorithm with Ample Customization Space

Using computationally efficient algorithms with high-performance DSP controller, achieving end-to-end latency under 5 ms, while reserving ample processing power for audio processing or edge AI computing, facilitating custom features and application extensions.

Redefining Microphone Products

Conferencing

Conferencing Microphone

Replace space-consuming gooseneck mics with variable-directional boundary microphones, eliminating manual adjustment with a sleek design that doesn't obstruct speakers and supports machine vision.

Intercom

Bidirectional Intercom

Flatter profile integrates with modern counters, combining hardware and software to enhance voice clarity and noise resistance.

Camera Mic

Camera Microphone

Compact module with diverse, flexible pickup patterns adapts to interviews, indoor, and outdoor scenarios, creating next-generation microphone products for vloggers and streamers.

Camera Microphone

Compact module with diverse, flexible pickup patterns adapts to interviews, indoor, and outdoor scenarios, creating next-generation microphone products for vloggers and streamers.

Conferencing Microphone

Replace space-consuming gooseneck mics with variable-directional boundary microphones, eliminating manual adjustment with a sleek design that doesn't obstruct speakers and supports machine vision.

Bidirectional Intercom

Flatter profile integrates with modern counters, combining hardware and software to enhance voice clarity and noise resistance.

Camera Microphone

Compact module with diverse, flexible pickup patterns adapts to interviews, indoor, and outdoor scenarios, creating next-generation microphone products for vloggers and streamers.

Conferencing Microphone

Replace space-consuming gooseneck mics with variable-directional boundary microphones, eliminating manual adjustment with a sleek design that doesn't obstruct speakers and supports machine vision.

Application Scenarios

Meeting Collaboration

Replace traditional gooseneck microphones with sleek, modern design. Unidirectional pickup significantly improves speaker voice quality while reducing desk space occupation.

Vlog / Content Creation

Multiple pickup patterns meet creators' personalized needs. Unidirectional mode highlights individual voice, bidirectional mode suits interviews, and stereo mode realistically recreates ambient atmosphere.

Medical Consultation

Outstanding directivity and voice optimization algorithms effectively improve speech recognition accuracy and smart medical record systems, fully capturing patient-described condition details.

Bank Counter Intercom

Bidirectional pickup mode optimized for bank counter scenarios ensures clear, efficient communication between customers and tellers in noisy environments.

Legal Interrogation

Precise bidirectional pickup and voice optimization algorithms ensure clear, accurate interrogation records, providing high-quality audio evidence for law enforcement and court personnel.

Integrate This Solution Into Your Product

Design Services

Our team will work with you to develop detailed project plans covering EVT, DVT, PVT, and MP phases, estimate project timelines, and identify key milestones. We also provide initial proof-of-concept (POC) and demos.

Evaluation Samples

We provide evaluation samples to help you test and validate solutions in the early stages of product development.

Agile Development

Requirements sometimes change, and our agile team excels at handling these changes, always ready to adapt and adjust. Our testers will monitor the latest feature modifications to ensure product quality.

MRD/PRD

Write data-driven requirements documents to ensure engineering R&D precisely aligns with market needs.

Digitally Variable Directional Microphone Eval Kit CONF-PECM-K1

The evaluation board has built-in multiple pickup mode presets. With intuitive PC debugging tools, users can quickly configure pickup modes, focus levels, and beam direction for rapid product demo and feature validation.

Coming Soon

Digitally Variable Directional Microphone Eval Kit CONF-PECM-K1

Coming Soon