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Tinnitus Frequency Matcher

Use this tinnitus frequency matcher to slowly tune a tone until its pitch matches the ringing, buzzing, or hissing you hear, then read its frequency in hertz and the nearest musical note. Many people find it interesting to put a number to their tinnitus — a process audiologists call tinnitus pitch matching. You can also use the online tone generator to generate and hold any specific frequency once you have identified your rough pitch region here.

This is a self-exploration aid, not a medical test, measurement, or treatment. Real tinnitus pitch-matching is done by an audiologist with calibrated equipment. This tool can’t diagnose, measure, or treat tinnitus. Keep the volume low, and don’t dwell on the sound — focusing on tinnitus can make it feel worse, so use this briefly. If your tinnitus is new, in one ear only, pulsing in time with your heartbeat, or distressing, please see a doctor or audiologist.

Tune the tone

4000Hz
≈ B7
100 Hz1 kHz4 kHz16 kHz

Keep this low — just loud enough to compare. There’s no need to hear it loudly.

Your match

When the tone sits at the same pitch as your tinnitus, lock it in to see the details. Don’t worry about being exact — tinnitus is hard to match and often sits between a pure tone and a hiss.

Typical tinnitus pitch

Most tinnitus is high-pitched, very often in the 4–8 kHz range, though it can be anywhere and may be a tone, a hiss, a buzz, or several sounds at once — audiologists call noise-like tinnitus narrowband noise rather than a pure tone. Where yours falls says nothing about how serious it is. Research consistently finds that tinnitus pitch tends to fall within or just above the person's region of noise-induced or age-related hearing loss (presbycusis), which is why high-frequency matches are so common.

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Using This Tool Safely

Read this first. Tinnitus is the perception of sound — ringing, buzzing, hissing, humming — with no external source. If you experience ringing in your ears, this tool lets you tune a tinnitus tone (a pure sine wave) to compare against what you hear, for your own curiosity. It is not a hearing test, not a diagnosis, not a measurement, and not a treatment. It cannot tell you why you have tinnitus or what to do about it. For that, see a doctor or audiologist — especially if your tinnitus is recent, only in one ear, pulsing with your heartbeat, paired with hearing loss or dizziness, or is upsetting you.

A note on how you use it: paying close attention to tinnitus tends to make it more noticeable and more bothersome. Matching the pitch once out of curiosity is fine; repeatedly hunting for it or playing matching tones for long stretches can backfire. Keep sessions short, keep the volume low, and if it increases your distress, stop and step away.

Why a clinic does it differently

In an audiology clinic, pitch matching is done in a quiet, sound-treated room with calibrated headphones, careful level control, and techniques to avoid common errors (people frequently match an octave away from their true tinnitus pitch). Your browser, your speakers or headphones, your volume, and room noise all affect what you hear here — so treat any number you get as a rough, personal impression rather than a clinical result. Audiologists also typically test for minimum masking level and residual inhibition (the brief quiet after a masking tone switches off) — phenomena that require precisely calibrated equipment and trained interpretation, and that this browser tool cannot replicate. If you are exploring masking sounds, a continuous broadband or swept-frequency tone played at a comfortable level is often more soothing than a pure-tone match.

Frequently Asked Questions

What frequency is tinnitus usually?
It varies a lot, but tinnitus is most often high-pitched — commonly around 4–8 kHz, and frequently near a region of hearing loss. It can also be low or mid-pitched, and some people hear noise (a hiss or buzz) rather than a clear tone. There is no "normal" pitch.
Can this tool diagnose or treat my tinnitus?
No. It only plays a tone you can tune. It can’t diagnose the cause, measure your tinnitus clinically, or treat it. If tinnitus bothers you, see an audiologist or doctor — there are real strategies (sound therapy, counselling, addressing hearing loss) that a professional can guide.
My tinnitus is a hiss, not a tone — what do I do?
A pure tone won’t match a hiss or buzz well. You can still find the rough region where the tone feels "closest," but accept that noise-like tinnitus doesn’t have a single pitch. That’s normal and not a sign of anything.
Why might I match the wrong octave?
Octave confusion is extremely common in tinnitus matching, even in clinics — a tone one octave above or below can feel like the same pitch. Try the octave buttons to check: if 4 kHz and 8 kHz both feel close, your true match may be ambiguous. Don’t over-interpret the exact number.
Is it safe to listen to these tones?
At a low volume, yes. Don’t turn it up loud, and don’t use it for long periods — both to protect your hearing and because dwelling on tinnitus can make it more intrusive. If listening increases your distress, stop.
Will matching my tinnitus make it worse?
A brief, curious check is generally fine. The thing to avoid is fixating — repeatedly checking or listening can train your attention onto the tinnitus and make it feel louder. Use this once or occasionally, not as a habit.
Is my matched frequency stored or sent anywhere?
No data is sent anywhere. If you lock in a match, the frequency may be saved only in your own browser (local storage) so you can compare next time; you can clear it any time with the Clear button. Nothing is uploaded, and the tool never uses your microphone.
My tinnitus is in one ear only — does that change how I should match it?
Unilateral tinnitus (one ear only) is clinically more significant and warrants prompt evaluation by an audiologist or ENT, particularly to rule out acoustic neuroma or other causes. For matching purposes, use only the corresponding earphone on that side if you can — or listen with both ears open and try to focus on the side that perceives the ringing. Single-sided tinnitus pitch can still be estimated this way, but always follow up medically first for any new unilateral ringing.
What is residual inhibition and can this tool produce it?
Residual inhibition is the temporary suppression of tinnitus that sometimes occurs immediately after a masking tone is turned off — it can last from a few seconds to several minutes. It is a real, clinically documented phenomenon used in research and some tinnitus management strategies. This tool cannot reliably replicate it because producing residual inhibition requires playing a tone at or above the tinnitus level (which risks hearing damage if misused) and results are highly individual. Do not attempt prolonged loud masking on your own; discuss this approach with an audiologist.
How does tinnitus pitch relate to my hearing loss?
Research shows tinnitus pitch often corresponds to the edge or center of a person's high-frequency hearing loss region — for example, if noise-induced hearing loss peaks around 4 kHz, tinnitus is frequently perceived near that frequency. This is thought to reflect increased neural gain in the auditory cortex as it compensates for reduced cochlear input. Knowing your matched pitch can therefore give your audiologist useful context, though a formal audiogram (hearing test) provides far more diagnostic information.