Checking for tinnitus starts with a simple question: do you hear a sound that nobody else around you can hear? Tinnitus is the perception of noise without an external source, and it affects roughly 10 to 15 percent of adults. The sounds vary widely from person to person, so recognizing what tinnitus actually sounds like, measuring how much it affects you, and understanding what professionals test for can help you figure out what you’re dealing with and what to do next.
What Tinnitus Sounds Like
Most people describe tinnitus as a ringing, but that’s only one version. The phantom sounds can also show up as buzzing, roaring, clicking, hissing, or humming. Pitch ranges from a low roar to a high squeal. Some people hear it in one ear, others in both, and some perceive it as coming from inside the head rather than either ear specifically.
The pattern matters too. Tinnitus may be constant or it may come and go. You might notice it only in quiet environments, like when you’re trying to fall asleep, or it might be loud enough to compete with conversation. Paying attention to these details is useful because they’ll be the first thing any audiologist or doctor asks about.
One distinct type is pulsatile tinnitus, which sounds like a rhythmic throbbing, beating, or whooshing that often syncs with your heartbeat. This is less common than the steady-tone variety and has different causes, so it’s worth distinguishing early. You can check by placing your fingers on your pulse while listening to the sound. If the rhythm matches, that’s pulsatile tinnitus.
How to Self-Assess at Home
There’s no home test that can diagnose tinnitus with clinical precision, but you can do a meaningful self-check. Find a quiet room, ideally at night when background noise is minimal. Sit still and listen. If you consistently hear a tone, buzz, hiss, or pulsing sound that isn’t coming from anything in your environment, that’s tinnitus.
To gauge severity, clinicians often use a validated questionnaire called the Tinnitus Handicap Inventory (THI). It’s freely available online and consists of 25 questions about how tinnitus affects your concentration, sleep, emotions, and social life. Each answer is scored, and the total falls into one of five categories:
- 0 to 16: Slight or no handicap
- 18 to 36: Mild handicap
- 38 to 56: Moderate handicap
- 58 to 76: Severe handicap
- 78 to 100: Catastrophic handicap
This score won’t tell you what’s causing your tinnitus, but it gives you a concrete number to track over time and to share with a professional. If you score in the moderate range or above, that’s a strong signal to get a clinical evaluation.
A Simple Physical Check You Can Try
Some tinnitus is linked to tension or dysfunction in the jaw or neck, a type called somatosensory tinnitus. You can do a rough screen for this at home. While your tinnitus is active, try clenching your jaw firmly, then releasing. Next, slowly turn your head as far left as you can, hold it, then repeat to the right. Try tilting your head to each side and pressing your chin toward your chest.
If any of these movements consistently makes the sound louder, softer, or changes its pitch or location, that suggests a musculoskeletal component. Repeat each maneuver a couple of times to see if the change is reproducible. This doesn’t replace a professional exam, but it gives you and your clinician a useful starting point. Somatosensory tinnitus often responds to physical therapy targeting the neck and jaw, so identifying it early can steer treatment in a productive direction.
What Happens During a Clinical Evaluation
A professional tinnitus evaluation typically starts with a standard hearing test. This matters because tinnitus and hearing loss frequently overlap, and the hearing test results shape every measurement that follows.
After the hearing test, an audiologist will often perform pitch matching. They play tones through headphones, starting at a middle frequency and moving upward, each tone set slightly above your hearing threshold at that pitch. You compare each tone to your tinnitus and identify the one that sounds closest. This pinpoints the frequency of your tinnitus, which is useful for treatment planning.
Next comes loudness matching. Using the frequency identified in pitch matching, the audiologist starts at your hearing threshold for that pitch and increases the volume in tiny one-decibel steps. You signal when the external tone feels equal in loudness to your tinnitus. Most people are surprised to learn their tinnitus matches a very quiet external sound, often just a few decibels above threshold, even when it feels overwhelmingly loud. This disconnect between the measured intensity and the perceived burden is one of the defining features of tinnitus.
The audiologist may also measure your minimum masking level: the quietest external noise needed to completely cover up your tinnitus. This helps determine whether sound therapy or masking devices are likely to work for you.
When Pulsatile Tinnitus Needs Imaging
Pulsatile tinnitus gets a different workup than the steady-tone kind because it’s more likely to have a structural cause, such as abnormal blood vessels or changes in blood flow near the ear. UK guidelines from NICE recommend that everyone with pulsatile tinnitus be offered imaging to rule out serious underlying conditions.
During a physical exam, a clinician will listen around your ear, behind the bone at the base of your skull, and along your neck with a stethoscope. If they can actually hear the sound too, that’s called objective tinnitus, and it significantly increases the likelihood of finding a specific cause on imaging. They may also press on the large vein in your neck on the same side as the tinnitus. If the sound gets quieter with that compression, the cause is more likely related to the veins rather than the arteries. Pulsatile tinnitus that changes when you turn your head also points toward a venous origin.
A high-pitched pulsatile sound carries a notably higher risk of a specific vascular abnormality called a shunt, where blood bypasses the normal capillary network. In one analysis, a subjectively high pitch had a relative risk 34 times greater for identifying a shunt compared to exclusively low-pitched pulsatile tinnitus. An audible sound that the clinician can hear through a stethoscope increased that risk tenfold. These numbers explain why pulsatile tinnitus prompts more urgent investigation than the continuous type.
What Your Results Tell You
If your hearing test is normal and your tinnitus is mild, you may not need any treatment at all. Many people find that once they understand the sound isn’t dangerous, it becomes easier to tune out. For moderate to severe cases, treatment options typically include sound therapy (using external noise to reduce the contrast between silence and tinnitus), cognitive behavioral therapy to change how your brain responds to the sound, and hearing aids if there’s underlying hearing loss.
If your self-check revealed jaw or neck involvement, a physical therapist can evaluate your cervical spine and jaw joint more thoroughly. The clinical version of that exam includes testing range of motion, muscle strength, endurance of the deep muscles in the front of the neck, and whether changing body positions (like going from sitting to lying down) shifts the tinnitus. When a clear musculoskeletal trigger is found, targeted treatment of that area often reduces tinnitus intensity.
The key takeaway from any evaluation is that tinnitus is not one condition. It’s a symptom with many possible sources. Checking for it at home gives you a starting point, but the specific pattern of your sound, your hearing profile, and whether physical maneuvers change it all point toward different causes and different solutions. The more detail you can bring to your first appointment, the faster you’ll get to an answer that’s useful.