Tinnitus Frequency Matcher

Play the reference tone below and adjust the slider until it's clearly audible but comfortable — not loud. You can change this at any time.

Before you begin

This tool is for personal exploration only — it cannot diagnose tinnitus or its cause. If tinnitus is new, sudden, only in one ear, or distressing, please see a doctor or audiologist rather than relying on a self-test. Nothing you do on this page is recorded, stored, or sent anywhere.

Tinnitus Frequency Matcher helps you put an actual number on the pitch of the tone you perceive, which is useful when you're describing it to a clinician. Play the reference tone, drag the frequency slider and use the fine-adjust buttons to zero in on a match, then click This Is Close Enough to lock in your result — this is not a diagnostic tool, and nothing you do here is recorded or saved. Run the hearing age test online to see exactly what's working and what isn't.

Your Tinnitus Frequency Matcher result is a single number, but what you do with it matters more than the number itself. Adjusting a tone until it lines up with the ringing, hissing, or roaring in your ears takes about five minutes, and doing it carefully — not just once — turns a rough guess into a genuinely useful reference point for sound therapy and your next audiologist visit. Below is how to get an accurate match, what your matched pitch does and doesn't mean, and when it's a sign to call a doctor instead of retesting at home.

How to Get an Accurate Match From a Tinnitus Frequency Matcher

Most people get their tinnitus frequency wrong on the first try, and it's almost always the same handful of mistakes. Whether you're using a slider-based matcher, a two-tone tinnitus frequency finder, or an app built around basic tinnitus matching, five extra minutes of setup makes your number genuinely useful instead of a shot in the dark. The audio frequency range reference is written to be skimmed — find your answer in seconds.

Set Up Right, Then Sweep Wide Before You Narrow

Use headphones in a quiet room and start the volume low — you're matching a pitch, not a loudness, so the tone only needs to be just audible enough to compare against your tinnitus. If you normally wear amplification, take it out first.

Frequency is measured in Hertz — abbreviated Hz — the number of sound-wave cycles per second, so a higher number simply means a higher-pitched tone. Drag the slider across the whole range to find the general neighborhood before you fine-tune.

In the wave type menu, pick whichever option sounds closest to your tinnitus tone: a clean pure tone for a whistling or humming sound, or a noise-like option if yours sounds more like static or a hiss. Most matches land between 3,000 and 8,000 Hz, and plenty sit above 8,000 Hz, so don't be surprised if your tinnitus lives near the top of the range.

Run the Octave Confusion Check

Octave confusion is the single biggest reason self-matches disagree with a clinician's. Once you have a candidate frequency, don't stop there — verify it with a short check:

  1. Note your candidate frequency, call it F.
  2. Play a tone at half that frequency (F ÷ 2) and compare it to your tinnitus.
  3. Play a tone at double that frequency (F × 2) and compare it as well.
  4. Keep whichever of the three — F, F÷2, or F×2 — sounds genuinely closest.

In one self-testing study, a quarter of participants matched a full octave off before running this check. If your first pass landed at 4,000 Hz, also try 2,000 Hz and 8,000 Hz before you trust the number.

Match Both Sides Separately, Then Retest on Another Day

If your tinnitus differs between ears, match them one at a time — which ear the comparison tone plays into can shift the answer by more than half an octave. Tinnitus that's present in only one ear is also worth mentioning to a clinician on its own.

Matches drift session to session: across a cohort of people who ran ten matching sessions each, the average spread was roughly 0.41 octaves, and first attempts tend to be the least reliable. Match a couple of times over a week and take the pattern that emerges rather than trusting any single reading — that's what real test-retest reliability looks like for a self-administered tool, and it's still comparable to how a clinician's own repeat measurements behave.

What Your Tinnitus Tone Actually Means

Pitch matching is one of several psychoacoustic measures an audiologist might use, and it's worth knowing what your number can and can't tell you. Check the find out about one channel not working before you assume the worst about what you're seeing.

A Band, Not a Single Pure Tone

Psychoacoustic research shows the internal tinnitus spectrum spans a wide frequency range that largely tracks your region of elevated hearing threshold — your matched number is really just the peak of that band, not the whole percept. That's part of why pinning down a single frequency can feel slippery even when you're doing everything right.

The Loudness Paradox and Where Your Pitch Sits Inside Your Hearing Loss

Tinnitus that feels deafening usually matches to a tone only a few decibels above a person's own hearing threshold — in one study of patients with normal audiograms, most matches landed below 5 dB above threshold.

The gap between how loud tinnitus feels and how loud it actually measures comes down to recruitment — abnormally steep loudness growth in ears with hearing damage — plus attention. Critically, loudness matching doesn't predict how distressing tinnitus is; two people can match the same decibel level and have wildly different experiences of it.

In the largest published series on the subject, matched pitch correlated with the frequency of maximum hearing loss rather than the edge of it, which supports a "fill-in" model: tinnitus tends to arise in the exact frequency region getting less auditory input. In practice, your pitch is a rough pointer to where your audiogram probably needs attention, not a diagnosis in itself.

When a Match Means You Should See a Doctor Instead of Retesting

Most tinnitus isn't dangerous, and pitch has little to do with urgency. A short list of presentations are the exception, and they warrant a medical visit rather than another round with the slider.

Pulsatile Tinnitus, Sudden Hearing Loss, and One-Sided Symptoms

  • Pulsatile tinnitus — ringing that pulses in time with your heartbeat. A specific, sometimes serious cause is identifiable in the majority of these cases with proper evaluation.
  • Sudden hearing loss paired with new tinnitus — treated as urgent, not something to watch and wait on.
  • Tinnitus limited to one side only, or a clearly asymmetric change in hearing — guidelines call for a full audiologic exam, and imaging is specifically indicated for one-sided presentations.
  • Tinnitus with vertigo, dizziness, or other neurological symptoms, especially alongside aural fullness — a pattern that can point toward Meniere's disease.
  • Tinnitus that's wrecking your sleep or concentration. Not an emergency, but worth treating directly — there's good evidence for what helps.

Tinnitus Treatment Options, Ranked by Evidence

Tinnitus attracts more unproven remedies than almost any other condition, and no single tinnitus treatment works for everyone. Here's an honest ranking of what current clinical guidelines actually support for tinnitus treatment, from strongest evidence to weakest.

Strongest Evidence: Cognitive Behavioral Therapy

Cognitive behavioral therapy is the only behavioral treatment that guidelines elevate to a full recommendation. A Cochrane review of 28 trials and over 2,700 participants found it reduced tinnitus's impact on quality of life — measured on the Tinnitus Handicap Inventory — by a clinically meaningful margin versus no intervention, with essentially no downside. It doesn't make the sound quieter; it changes how much the sound costs you day to day, which for most people is the part that actually needs treating.

Guideline-Recommended: Hearing Aids

If you have measurable hearing loss and persistent, bothersome tinnitus, guidelines recommend a hearing aid evaluation. The logic follows directly from where pitch tends to sit: your matched frequency usually falls inside your region of reduced input, and restoring that input gives your brain less to "fill in."

Ask About Verified Fitting Accuracy

Fittings verified with objective, real-ear measurement produce meaningfully larger reductions in tinnitus loudness than fittings that skip that step. It's a simple question worth asking before you commit to a device.

Reasonable to Try: Sound Therapy and Masking

Sound therapy — everything from generic background noise to dedicated sound generator devices — sits in "reasonable to try" territory: uncertain evidence balanced against very low risk. A Cochrane review of eight trials found no clear evidence that this approach beats a waiting list or simple education, and no meaningful difference between hearing aids, sound generators, and generic white noise.

Some people prefer personalized white noise tuned to sound more pleasant, while others just run a fan or a sound machine at night — either way, plain white noise masks tinnitus without changing it, so it's often paired with therapies that address the tinnitus itself. Your matched frequency is a practical starting point for choosing a masking sound, since residual inhibition — the temporary quiet that follows — tends to be deepest when that sound matches your own tinnitus spectrum.

Mixed Evidence: Notched Sound Therapy

Notched sound therapy filters a narrow band centered on your matched frequency out of music you already enjoy. The founding study reported reduced loudness after twelve months, but it involved only sixteen people; the largest double-blind trial run since found no effect on its primary outcomes, and a recent meta-analysis found no significant difference against listening to unmodified music. It's low-risk and free to try — just not the proven cure some sites imply.

The width of that notch isn't arbitrary. Audiologists size it using the equivalent rectangular bandwidth, or ERB, which widens as frequency increases:

$$\text{ERB (Hz)} = 107.94 \times f_{kHz} + 24.7$$
Worked example: at a matched frequency of 10 kHz, ERB ≈ 107.94 × 10 + 24.7 ≈ 1,104 Hz — so a match within about 1,000 Hz of your true tinnitus frequency still falls inside a standard notch width.

That's also why an approximate match is enough for notched audio to work as intended — you don't need laboratory precision, just a reasonably careful one.

Emerging Option: Bimodal Neuromodulation (Lenire)

Bimodal neuromodulation, marketed as Lenire, pairs sound with mild electrical tongue stimulation. It was authorized by the FDA in 2023 through the De Novo pathway — a new device classification, not the same thing as a traditional approval, despite how it's sometimes marketed.

In its pivotal trial, the device didn't outperform sound alone across the full study population; the benefit showed up specifically in the moderate-or-worse severity subgroup. It's prescription-only, clinician-fitted, and generally not covered by insurance.

What to Do With Your Matched Frequency

Write your number down along with the date — tinnitus pitch can drift, and a record helps you and your care team spot real change later. Bring it to your next appointment; a self-matched pitch gives a hearing specialist a useful head start on formal audiometry and a full audiogram. If sound-based relief interests you, your matched frequency is the setup parameter both notched audio and masking sounds are built around.

  • Write it down with the date it was taken.
  • Bring it to your next hearing appointment.
  • Use it to choose a masking sound or set up notched audio.

Track Drift Over Time

Some day-to-day variation is real fluctuation tied to stress, fatigue, noise exposure, and even anxiety — and some of it is simply measurement noise, since your tinnitus tone is really a band rather than a single sine wave. A noise-like, roaring or hissing tinnitus tends to match lower and is harder to pin to one number than a clean, high-pitched tone; if that's your experience, mention the sound quality to your clinician rather than fighting for a perfect match.

Common contributing factors worth ruling out include TMJ dysfunction and, less often, nerve-damaged hearing from noise or age-related change. Persistent hearing damage from loud environments is one of the most preventable drivers of new tinnitus, which is a good reason to book a hearing test if you haven't had one recently — particularly if the ringing in your ears showed up after a loud concert or a period of noisy work. If tinnitus-driven insomnia is the bigger problem, treating sleep directly often matters more than chasing a perfect frequency match.

Other self-directed options exist too, from white-noise machines and a dedicated tinnitus masker to more structured programs: tinnitus retraining therapy, acoustic CR neuromodulation, and spectral ripple approaches all use your matched frequency as a starting parameter, and low-dose melatonin is sometimes suggested alongside behavioral steps for people whose tinnitus disrupts sleep. None of these replace a conversation with a professional — the goal is simply to match your tinnitus as closely as you can, then let that number guide the conversation, not end it.