Measured: iPhone 16 Pro microphone frequency response and directivity

Frequency Response In order to measure the frequency response of the iPhone 16 Pro’s microphone, a lab-grade reference microphone (PCB model 378B02 1/2-inch pre-polarized free-field condenser microphone) was positioned facing the iPhone mic approximately 1mm away from the phone within our anechoic chamber. The speaker was behind the PCB mic, facing the iPhone. Both microphone signals were fed into a 485B39 USB stereo ICP signal conditioner and the response of the iPhone relative to the reference mic was measured using SignalScope’s Dual FFT Analyzer. Then, the iPhone and PCB mic were rotated 180 degrees, keeping the same orientation and position relative to each other, and the response was measured again. The 2 resulting frequency response measurements were averaged. Each averaged […]

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Measured: iPhone 15 Pro Max microphone frequency response and directivity

In the early days of the iPhone app store, I posted frequency response measurements of some iPhone microphones, including before and after certain iOS updates. This post represents the beginning of a new effort to measure the performance characteristics of iPhone microphones. Similar to the recent post on the Vision Pro microphone, two important metrics will be frequency response (magnitude) as well as the directional response of the primary (bottom) iPhone microphone. Frequency Response In order to measure the frequency response of the iPhone’s microphone, a lab-grade reference microphone (PCB model 378B02 1/2-inch pre-polarized free-field condenser microphone) was positioned facing the iPhone mic approximately 1 mm away from it. The speaker was behind the PCB mic, facing the iPhone. Both […]

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Measured: Apple Vision Pro microphone directivity and frequency response

Since SignalScope is available on Apple Vision Pro, it is important to understand the behavior of the Vision Pro’s built-in microphone to make the most of it. Although Apple states that the Vision Pro actually has a “Six-mic array with directional beamforming,” SignalScope only has access to one of these microphones–

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Which measurement microphone should I use with iPhone, iPad, or Mac?

“Which mic do you recommend?” The short answer is that you can connect just about any kind of microphone you want to your iPhone, iPad, or Mac through a suitable USB audio interface. The means that choosing a mic must be done with your own specific needs in mind. The suggestions below offer an answer to this question which addresses various needs and budgets.

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How do I calibrate my microphone with SignalScope or SoundMeter?

If you would like to make accurate sound level measurements with your iPhone, iPad, or Mac, then proper calibration of your microphone sensitivity is an important step to success. With the right equipment, calibrating a microphone can be a very simple process.

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SoundMeter X Succeeds the Original iPhone Sound Level Meter

SoundMeter has been validated by professional researchers as “the app best suited for occupational and general purpose noise measurements.” With a continued pursuit of accuracy, precision, and reliability, Faber Acoustical announces SoundMeter X as the newest version of SoundMeter for iOS.

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Faber Acoustical Releases SignalScope X for iOS as a Free Download

Faber Acoustical introduces SignalScope X as its new flagship dynamic signal analysis, data acquisition, and acoustics app for iOS. The culmination of nearly 10 years of iOS development experience, SignalScope X offers in-app subscriptions to replace and exceed the functionality currently found in other apps from Faber Acoustical, including SignalScope, which was available in the iPhone App Store on its opening day in 2008. SignalScope X is now available on the App Store as a free download.

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