Tag: cent accuracy
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StroboPro: 0.01 Cent Precision
Read more: StroboPro: 0.01 Cent PrecisionA closer look at 0.01-cent precision StroboPro now includes Brag Mode (or “Precision Readout” in advanced settings), a test display that can show current pitch at a ridiculous 0.01-cent resolution. It’s purpose? To prove the claim of <0.1 cent resolution is true. It’s pretty ridiculous; in reality, acoustic instruments can’t be measured to 0.01 cents,…
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Inharmonicity in Stringed Instruments: A Complete Guide
Read more: Inharmonicity in Stringed Instruments: A Complete GuideInharmonicity is a physical phenomenon in stringed instruments, most notably the piano, where the overtones of a vibrating string are naturally sharper than their theoretical mathematical values. While we often think of musical harmonics as perfect integer multiples of a fundamental frequency, real-world strings possess physical stiffness that pushes these “partials” slightly sharp, creating a…
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Best Tuner for Bass Guitar: Why Low-Frequency Accuracy Is Critical
Read more: Best Tuner for Bass Guitar: Why Low-Frequency Accuracy Is CriticalConsider, for your bass guitar, StroboPro, a multi-harmonic strobe tuner app that maintains <0.1 cent accuracy even at A0. Instead of relying on Fast Fourier Transform (FFT), StroboPro uses direct phase comparison – the same principle that light and physics make possible on classical hardware strobe tuners – to deliver high precision on web, iOS,…
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Best Guitar Tuner App: How Strobe Technology Beats FFT Tuners
Read more: Best Guitar Tuner App: How Strobe Technology Beats FFT TunersStrobe tuners with support for chromatic running are ideal for guitar tuning, comparing phase directly against a reference signal for 0.1 cent accuracy at any frequency. For the full technical breakdown (accuracy, response time, low-frequency performance, and a head-to-head comparison table), see our Strobe Tuner vs Regular Tuner: Complete Technical Comparison. This article focuses on…
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How to Test Any Tuner App for Accuracy (Using FakePiano)
Read more: How to Test Any Tuner App for Accuracy (Using FakePiano)How to Test Tuner App Accuracy with FakePiano You can test any tuner app’s accuracy in just a few minutes by using FakePiano to provide a known-exact pitch reference. While many tuner apps claim high precision, verifying those claims on a physical instrument is nearly impossible because strings drift, wood breathes, and human technique varies.…
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Piano Tuning Assistant: Measuring Inharmonicity & Building Stretch Curves
Read more: Piano Tuning Assistant: Measuring Inharmonicity & Building Stretch CurvesMost tuner apps treat a piano like a giant guitar: one note, one target frequency, tune to zero cents. More important, they “mush” all of the harmonics of each note into an “in-tune” or “out of tune” signal on a needle. Even “single strobe” tuners do this! This fails spectacularly for pianos. A real piano…
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Cent Accuracy in Tuners: Why 0.1 Cent Matters
Read more: Cent Accuracy in Tuners: Why 0.1 Cent MattersWhat is a Cent? A cent is a logarithmic unit of pitch: 100 cents make a semitone, 1,200 make an octave. Because cents are logarithmic, their Hz-value depends on register – at A4 (440 Hz) one cent is about 0.254 Hz, while at A1 (55 Hz) it is only about 0.032 Hz. This mirrors how…
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Strobe Tuner vs Regular Tuner: Complete Technical Comparison
Read more: Strobe Tuner vs Regular Tuner: Complete Technical ComparisonA technical comparison of the two fundamentally different approaches to electronic tuning; published on blog.strobopro.se A strobe tuner is fundamentally more accurate than a regular (FFT) tuner. It compares the phase of your instrument’s waveform directly against a reference signal. Consequently, it delivers 0.1 cent precision at every frequency. This includes the 30 Hz low…