What Does Tinnitus Sound Like? Hear 6 Interactive Examples
Tinnitus is a sound only you can hear — which makes it hard to describe to family, friends, or a hearing professional. This page lets you play six of the most commonly reported tinnitus sounds, safely and at low volume, so you can point to the one closest to yours.
What does tinnitus actually sound like?
Tinnitus is the perception of sound with no external source. It is a signal generated inside the hearing system, not a noise entering the ear — which is why nobody else can hear it in the vast majority of cases. Research describes an enormous range of perceived sounds, but a few patterns dominate.
High-pitched ringing and hissing are reported most often, and they are frequently associated with noise exposure or age-related hearing changes. Lower buzzing and humming sounds are less common. Some people hear one steady tone; others hear a mix of two or three sounds that shift with fatigue, stress, or caffeine. All of these are variations of the same underlying phenomenon: subjective tinnitus, which accounts for the large majority of cases.
Hearing an external version of these sounds serves two practical purposes. It helps the people around you understand what you live with. And it gives you a starting point for matching your own frequency — the first step in choosing masking sounds that actually overlap with your pitch.
Hear it yourself — 6 interactive tinnitus sound examples
High-pitched ringing
A steady, pure tone. The classic "eeee" that many people notice after a concert or in a quiet room.
Very high ringing
A finer, sharper tone near the top of the common tinnitus range. Often described as a whistle.
Hissing
A "ssss" or static-like sound rather than a single tone. Common alongside high-frequency hearing changes.
Buzzing
A coarse, low buzz — often compared to a transformer, fluorescent light, or distant machinery.
Humming
A deep, engine-like hum. Lower-pitched tinnitus is less common but well documented.
Cricket / electrical chirp
A high tone that pulses rapidly, like crickets or electrical interference. Some people hear it only at night.
Pulsatile whooshing — not simulated here
Some people hear a rhythmic whoosh or thump in time with their heartbeat. We deliberately do not simulate this one. Pulsatile tinnitus can have physical, sometimes vascular causes and always warrants professional evaluation. If your tinnitus pulses with your pulse, book an appointment with a doctor or ENT specialist — do not self-manage it with an app.
None of these examples will match your tinnitus exactly — perception is personal, and even the "same" sound differs between two people. The goal is the closest neighbour, not a perfect copy. If you want a precise pitch number in Hz, the frequency matching guide walks you through a two-minute tone-sweep process.
The six sounds, compared
| Sound | Typical range | Often described as | Masking starting point |
|---|---|---|---|
| Ringing | 3,000–8,000 Hz | "Eeee", pure tone, whistle | White noise + matched pitch tone |
| Hissing | Broadband, high-weighted | Static, escaping air, "ssss" | White or pink noise |
| Buzzing | 100–400 Hz, rough | Transformer, fluorescent light | Brown noise, rain |
| Humming | Below ~150 Hz | Engine, refrigerator | Brown noise, low ambient sounds |
| Crickets / chirping | ~3,000–5,000 Hz, fluttering | Insects, electrical interference | Nature sounds, forest, pink noise |
| Pulsatile whoosh | Rhythmic, follows pulse | Heartbeat in the ear | Professional evaluation first |
These pairings are practical starting points drawn from common masking practice, not rules. Personal comfort beats any category, and individual results vary significantly. The noise colours guide explains why white, pink, and brown noise sit differently against different pitches.
Why identifying your sound helps
Masking works by reducing the contrast between your tinnitus and the surrounding acoustic environment. A masking sound that overlaps your pitch zone can sit at a lower volume and still soften the ringing — which matters if you plan to use sound for hours a day. A sound far from your pitch has to be played louder to achieve the same effect.
Knowing your sound also improves communication. "I have tinnitus" tells a hearing professional very little. "It is a steady high ring around 4,000 Hz in both ears" gives them something to work with. And it helps at home: playing the closest example for a partner is often the first time they genuinely understand what 3 a.m. is like for you.
This is the logic behind the app's core mechanism: a pitch tone matched to your tinnitus frequency plays alongside white noise, so your brain hears an external version of its own ringing and can begin to learn it is not a threat. That process — habituation — develops gradually, and individual results vary significantly. The sound therapy guide covers how it works in depth.
Why tinnitus sounds louder at night
Whatever your tinnitus sounds like by day, it almost always feels louder in a silent bedroom. That is contrast, not progression. During the day, ambient sound competes with the internal signal. At night, the competition disappears and the ringing fills the entire available soundscape.
The practical answer is gentle sound enrichment at bedtime — low-level background sound that gives the brain something else to process while you fall asleep. A sleep timer with a soft fade-out means the sound does its job during sleep onset without playing all night. The sleeping with tinnitus guide builds this into a full evening routine.
How to start tonight
- Identify your closest sound above. Play the examples at low volume and note which one — or which two — feel most familiar. That is enough precision to begin.
- Match your pitch in the app. Download Tinnitus Relief App free — no signup, no account. The guided 60-second matcher covers 100 to 15,000 Hz, and the matched tone plays with white noise on the free tier.
- Use it where silence hurts. Bedtime, quiet work, phone calls. The app keeps playing during calls, Zoom, YouTube, and locked screen — free for all users — so relief does not stop when life starts.
Frequently asked questions
Continue reading
Tinnitus Relief App is not a medical device and does not diagnose, treat, cure, or prevent any medical condition. If your tinnitus is new, sudden, in one ear only, or accompanied by hearing loss, dizziness, or pain, consult a healthcare professional. Individual results vary significantly.
Sources
- Baguley D., McFerran D., Hall D. (2013). Tinnitus. The Lancet, 382(9904), 1600–1607.
- Langguth B., Kreuzer P.M., Kleinjung T., De Ridder D. (2013). Tinnitus: causes and clinical management. The Lancet Neurology, 12(9), 920–930.
- Sereda M. et al. (2018). Sound therapy (using amplification devices and/or sound generators) for tinnitus. Cochrane Database of Systematic Reviews. The review found no convincing evidence of superiority for any single sound therapy option, while noting sound enrichment remains a commonly recommended non-invasive strategy.
- Tunkel D.E. et al. (2014). Clinical practice guideline: tinnitus. Otolaryngology–Head and Neck Surgery, 151(2 Suppl), S1–S40.
- Jastreboff P.J. (1990). Phantom auditory perception (tinnitus): mechanisms of generation and perception. Neuroscience Research, 8(4), 221–254.