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Teyleten Robot ICS-43434 Omnidirectional vs Teyleten Robot INMP441 Omnidirectional Microphone

Updated August 2026 — Teyleten Robot ICS-43434 Omnidirectional leads on sound quality and power efficiency.

The ICS-43434 offers better sound quality and power efficiency, while the INMP441 is more budget-friendly and popular.

Why Teyleten Robot ICS-43434 Omnidirectional is better

Sound Quality

Higher signal-to-noise ratio of 65 dBA

Power Consumption

Uses 83% less power in low-power mode

Ease of Integration

Immediate 24-bit output without firmware configuration

Why Teyleten Robot INMP441 Omnidirectional Microphone is better

Price

Cheaper at $12.99

Popularity

Better sales rank at 2590

Frequency Response

Stable response from 60 Hz to 15 kHz

Overall score

Teyleten Robot ICS-43434 Omnidirectional
85
Teyleten Robot INMP441 Omnidirectional Microphone
78

Specifications

SpecTeyleten Robot ICS-43434 OmnidirectionalTeyleten Robot INMP441 Omnidirectional Microphone
Sensitivity26 dB FS ±1 dB26 dBFS
Current Consumption230 μA1.4 mA
Sampling Rate23–51.6 kHz60 Hz to 15 kHz
InterfaceI2SI2S
Output24-bit24-bit

Dimension comparison

Teyleten Robot ICS-43434 OmnidirectionalTeyleten Robot INMP441 Omnidirectional Microphone

Overview of the Teyleten Robot ICS-43434 and INMP441 Microphones

The Teyleten Robot ICS-43434 and INMP441 are both high-precision omnidirectional microphone modules designed for digital audio applications. The ICS-43434 is priced at $13.99, while the INMP441 is slightly cheaper at $12.99, making it about 7% less expensive. Both products are designed for low power consumption, targeting users seeking efficient audio solutions for microcontrollers and digital processors. However, their design and features cater to different use cases, which can affect your choice depending on your specific needs.

Sound Quality and Performance

In terms of sound quality, the INMP441 boasts a high signal-to-noise ratio of 61 dBA, making it suitable for near-field audio applications. The ICS-43434, on the other hand, offers a slightly higher performance mode signal-to-noise ratio of 65 dBA, indicating it may better capture sound in environments with more background noise. The frequency response range also varies, with the INMP441 covering 60 Hz to 15 kHz and the ICS-43434 from approximately 50 Hz to 15 kHz. While both microphones deliver satisfactory audio quality, the ICS-43434 might have a slight edge in terms of clarity due to its higher signal-to-noise ratio.

Design and Build

Both microphones feature a compact design, but the ICS-43434 is highlighted for its breakthrough board technology, which makes it smaller and thinner. The INMP441 includes a comprehensive solution with a MEMS sensor and built-in signal conditioning, which may offer a more robust overall build. The ICS-43434 is optimized for I2S connection, allowing for easier integration with modern microcontrollers. This emphasis on digital output in both models signifies a shift away from analog systems, making them both favorable for contemporary audio applications.

Power Consumption

Power efficiency is crucial for projects using battery-operated devices. The ICS-43434 operates with a low-power mode drawing only 230 μA, while the INMP441 consumes 1.4 mA under normal conditions. This makes the ICS-43434 significantly more power-efficient, using about 83% less power in low-power mode. This difference can lead to longer battery life in portable applications, making the ICS-43434 a preferred choice for those prioritizing power efficiency in their designs.

Ease of Integration

Both microphones utilize an I2S interface, allowing for straightforward connections to digital processors. However, the ICS-43434 stands out by allowing users to select the left or right channel without needing firmware or driver configurations, providing immediate 24-bit output. The INMP441, while also easy to integrate, requires specific GPIO connections for channel selection. This additional complexity could be a deciding factor for users looking for a plug-and-play solution.

Price and Value

The ICS-43434 is priced at $13.99, whereas the INMP441 is available for $12.99, making the latter about $1 cheaper. While the price difference is minor, the INMP441’s lower cost may appeal to budget-conscious buyers. However, considering the performance advantages of the ICS-43434, such as its better signal-to-noise ratio and lower power consumption, the additional dollar may be justified for users seeking optimal performance and efficiency.

Popularity and Sales Rank

In terms of market performance, the INMP441 has a significantly better sales rank at 2590 compared to the ICS-43434, which has a rank of 10781. This indicates that the INMP441 is more popular among consumers, potentially due to its established reputation in the market. However, this popularity does not necessarily reflect superior quality; rather, it could suggest that more users are aware of the INMP441 or that it has been available longer.

Which should you buy?

Choosing between the Teyleten Robot ICS-43434 and the INMP441 ultimately depends on your specific needs. If you prioritize sound quality, lower power consumption, and ease of channel selection, the ICS-43434 might be the better option despite its higher price. Conversely, if budget is your primary concern and you are looking for a reliable microphone with a solid sales history, the INMP441 offers excellent value. Both microphones are high-quality options, but weighing their unique features and your project requirements will guide you to the right choice.