SPU0410LR5H
Goertek SPU0410LR5H analog MEMS microphone with 65dB SNR for high-quality audio applications.
Product Overview
Description
The SPU0410LR5H is a high-performance analog MEMS microphone featuring 65dB signal-to-noise ratio for superior audio quality. The compact package enables integration in premium consumer electronics.
This microphone delivers excellent audio performance for high-quality voice recording, video capture, and professional audio applications. The enhanced SNR provides cleaner audio with less background noise.
With low power consumption and wide operating voltage range, the SPU0410LR5H is ideal for smartphones, professional audio equipment, and high-end IoT devices.
Product Series
SPU
Primary Application
Smartphones
Key Features
- 65dB signal-to-noise ratio
- Compact 2.75mm x 1.85mm package
- Low power consumption 180μA
- Wide frequency response
- Analog output
- Industrial temperature range
Specifications
| Type | Analog MEMS Microphone |
|---|---|
| SNR | 65dB |
| Sensitivity | -42dBV |
| Frequency Range | 100Hz - 10kHz |
| Current Consumption | 180μA |
| Operating Voltage | 1.5V - 3.6V |
| Package | 2.75mm x 1.85mm x 0.9mm |
| Temperature Range | -40°C to +85°C |
Applications
Smartphones
Electronic system design
Professional audio
Electronic system design
Video recording
Electronic system design
High-end IoT
Electronic system design
Voice assistants
Electronic system design
FAE Expert Insights
"The SPU0410LR5H provides excellent audio quality with its 65dB SNR. I have used this microphone in professional audio recording applications with great success. The improved noise performance is noticeable compared to standard 63dB microphones. For applications where audio quality is critical, the SPU0410LR5H is worth the small price premium over entry-level models."
High-performance analog MEMS microphone with 65dB SNR
— Senior FAE Team, BeiLuo
Frequently Asked Questions
What makes SPU0410LR5H better than standard microphones?
The SPU0410LR5H features 65dB SNR compared to 63dB in standard microphones, providing 2dB better noise performance. This results in cleaner audio with less background noise, especially noticeable in quiet environments. Contact BeiLuo FAE team for additional guidance and support.
Choose for applications where audio quality is important.
Is SPU0410LR5H suitable for video recording?
Yes, the SPU0410LR5H is excellent for video recording applications. The 65dB SNR provides high-quality audio capture that matches the video quality. Many smartphone manufacturers use similar microphones for their premium video recording features. Contact BeiLuo FAE team for additional guidance and support.
Excellent choice for video recording applications.
What is the sensitivity tolerance of SPU0410LR5H?
The SPU0410LR5H has a sensitivity tolerance of ±3dB, ensuring consistent performance across production lots. This tight tolerance is important for multi-microphone arrays and professional audio applications. Contact BeiLuo FAE team for additional guidance and support.
Tight tolerance suitable for matched microphone arrays.
How does SPU0410LR5H compare to SPH0641LU4H?
The SPU0410LR5H is an analog microphone with 65dB SNR, while SPH0641LU4H is a digital microphone with 64dB SNR. Choose SPU0410LR5H for analog signal chains or when you need slightly better SNR. Choose SPH0641LU4H for digital systems where PDM output simplifies design. Contact BeiLuo FAE team for additional guidance and support.
Analog vs digital choice based on system architecture.
What is the lead time for SPU0410LR5H?
Standard lead time for SPU0410LR5H is 8-12 weeks for production quantities. Samples are typically available from stock with 1-2 week delivery. Contact sales for current availability. Contact BeiLuo FAE team for additional guidance and support.
Plan 12-week lead time for production orders.
Can SPU0410LR5H be used in microphone arrays?
Yes, the SPU0410LR5H is suitable for microphone array applications. The tight sensitivity tolerance (±3dB) ensures good matching between microphones in an array. This is important for beamforming and noise cancellation applications. Contact BeiLuo FAE team for additional guidance and support.
Suitable for beamforming and noise cancellation arrays.