Goertek (歌尔股份) MEMS Microphones

About MEMS Microphones

Goertek MEMS microphones deliver high-quality audio capture with digital and analog outputs for consumer electronics, automotive, and industrial applications.

As an authorized distributor of Goertek (歌尔股份), BeiLuo provides a comprehensive range of MEMS Microphones products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right MEMS Microphones

Product List

6 products available

Part Number ↕	Type ↕	SNR ↕	Sensitivity ↕	Frequency Range ↕	Current Consumption ↕	Package ↕	Stock Status	Action
SPM0408LE5H	Analog MEMS Microphone	63dB	-42dBV	100Hz - 10kHz	150μA	2.75mm x 1.85mm x 0.9mm	In Stock	View Details
SPU0410LR5H	Analog MEMS Microphone	65dB	-42dBV	100Hz - 10kHz	180μA	2.75mm x 1.85mm x 0.9mm	In Stock	View Details
SPH0641LU4H	Digital MEMS Microphone	64dB	-26dBFS	100Hz - 10kHz	200μA	3.76mm x 2.95mm x 1.1mm	In Stock	View Details
SPH0645LM4H	Digital MEMS Microphone	66dB	-26dBFS	100Hz - 10kHz	220μA	3.76mm x 2.95mm x 1.1mm	In Stock	View Details
SPU0410HR5H	Analog MEMS Microphone	67dB	-42dBV	100Hz - 10kHz	200μA	2.75mm x 1.85mm x 0.9mm	In Stock	View Details
SPM0408HE5H	Analog MEMS Microphone	63dB	-42dBV	100Hz - 10kHz	150μA	2.75mm x 1.85mm x 0.9mm	In Stock	View Details

Need MEMS Microphones Products?

Download Datasheet Request Samples Get Quote Contact FAE

Frequently Asked Questions

What is the difference between analog and digital MEMS microphones?

Analog MEMS microphones output an analog voltage signal proportional to sound pressure, requiring an external ADC for digital processing. Digital MEMS microphones include an integrated ADC and output digital audio data (typically PDM format), simplifying system design and reducing noise pickup. Digital microphones are preferred for modern digital systems, while analog microphones offer flexibility in analog signal chains. Contact BeiLuo FAE team for additional guidance and support.

Choose digital for modern digital systems, analog for analog signal chains.

What is the typical SNR of Goertek MEMS microphones?

Goertek MEMS microphones offer excellent signal-to-noise ratios ranging from 60dB to 70dB depending on the model. High-performance models achieve up to 70dB SNR, suitable for high-quality audio recording and voice recognition applications. Standard models provide 60-65dB SNR for general-purpose applications. Contact BeiLuo FAE team for additional guidance and support.

Select based on your audio quality requirements.

What package sizes are available for Goertek MEMS microphones?

Goertek MEMS microphones are available in industry-standard packages including 2.75mm x 1.85mm, 3.76mm x 2.95mm, and 4.72mm x 3.76mm. The compact packages enable integration in space-constrained devices such as smartphones, wearables, and IoT devices. Contact BeiLuo FAE team for additional guidance and support.

Select package size based on your PCB space constraints.

Are Goertek MEMS microphones suitable for automotive applications?

Yes, Goertek offers automotive-grade MEMS microphones qualified to AEC-Q100 standards. These microphones feature extended temperature range (-40°C to +125°C) and enhanced reliability for automotive applications such as hands-free systems, voice recognition, and active noise cancellation. Contact BeiLuo FAE team for additional guidance and support.

Specify automotive-grade parts for automotive applications.

What is the power consumption of Goertek MEMS microphones?

Goertek MEMS microphones feature low power consumption optimized for battery-powered devices. Typical power consumption ranges from 100μA to 500μA depending on the model and operating mode. Sleep modes are available for further power reduction in always-listening applications. Contact BeiLuo FAE team for additional guidance and support.

Consider power consumption for battery-powered applications.