Free Tinnitus Frequency Test Online
Find the frequency closest to your tinnitus sound in minutes. This free tool helps you identify your tinnitus frequency for personalized sound therapy.
Step 1: Select Frequency
Click the buttons below to listen to different frequencies. Select the one that sounds most similar to your tinnitus.
How It Works
- 1
Listen to Different Frequencies
Click on the frequency buttons to listen to different tones. Try to identify which one sounds most similar to your tinnitus.
- 2
Select the Closest Match
When you find a frequency that sounds similar to your tinnitus, click on it to select it.
- 3
Fine-tune the Frequency
Use the slider to fine-tune the frequency until it precisely matches your tinnitus sound.
- 4
Confirm and Get Results
Once you are satisfied with the match, click "Confirm" to see your results and get personalized sound therapy recommendations.
Understanding Tinnitus Frequency Ranges: What Your Results Mean
Tinnitus frequencies are generally categorized into three ranges: low-frequency (below 500 Hz), mid-frequency (500-2000 Hz), and high-frequency (above 2000 Hz). Each range carries different clinical significance and responds differently to treatment. Low-frequency tinnitus often manifests as a deep rumbling or buzzing and is frequently associated with conditions like Meniere's disease, Eustachian tube dysfunction, or endolymphatic hydrops. Mid-frequency tinnitus, which sounds like a steady hum or drone, may indicate conductive hearing loss, otosclerosis, or middle ear pathology. High-frequency tinnitus—the most common type—typically presents as a high-pitched ring, hiss, or whistle and is strongly correlated with noise-induced hearing loss and age-related hearing decline (presbycusis).
Research consistently shows that the majority of tinnitus sufferers—approximately 60-70%—have a dominant frequency between 3000 and 8000 Hz. This is not coincidental: the human ear is most vulnerable to noise damage in the 4000 Hz region, where the cochlea's basilar membrane experiences maximum mechanical stress from loud sounds. The classic "noise notch" seen on audiograms of people with noise-induced hearing loss appears precisely at 4000 Hz. If your frequency test result falls in this range, it may indicate that your tinnitus is linked to past noise exposure, whether from concerts, power tools, firearms, or prolonged headphone use at high volumes.
Knowing your tinnitus frequency is the foundation of personalized treatment. It allows sound therapy to be precisely calibrated to your specific pitch, making masking far more effective than generic white noise. It also enables advanced treatments like notched sound therapy, which removes a narrow band around your tinnitus frequency to promote cortical reorganization in the auditory cortex. A study from the University of Munster (Okamoto et al., 2010, published in PNAS) demonstrated that targeted notched therapy reduced tinnitus-related brain activity by an average of 28% after 12 weeks of daily sessions. Your frequency result also helps audiologists fine-tune hearing aid settings and design individualized tinnitus retraining therapy protocols.
We recommend retesting your tinnitus frequency every 3-6 months, as it can shift over time due to hearing changes, treatment effects, or new noise exposure. Some patients report their tinnitus frequency moving lower (toward more manageable ranges) after consistent sound therapy, while others notice it stabilizing as their condition becomes more chronic. For best results with this online test, use over-ear headphones in a quiet room and take your time comparing each tone—rushing the test can lead to inaccurate matches, especially if your tinnitus is similar to multiple test frequencies.
Frequently Asked Questions
What frequency is most common for tinnitus?
The most common tinnitus frequency falls between 3000 and 8000 Hz, with the peak prevalence concentrated around 4000-6000 Hz. This range corresponds to the frequencies most vulnerable to noise-induced hearing damage, which is the leading cause of tinnitus worldwide. A study in the journal Audiology found that approximately 60% of tinnitus patients have a dominant frequency between 4000 and 6000 Hz. However, tinnitus can occur at any frequency from as low as 20 Hz (infrasound-like rumbling) to above 16000 Hz (very high-pitched hissing). Low-frequency tinnitus below 500 Hz is often associated with Meniere's disease or Eustachian tube dysfunction, while mid-frequency tinnitus (500-2000 Hz) may be linked to conductive hearing loss or otosclerosis.
Is high-frequency tinnitus worse?
High-frequency tinnitus is not inherently more severe than low-frequency tinnitus, but it tends to be more bothersome in practice. Research published in the International Journal of Audiology found that patients with high-frequency tinnitus (above 4000 Hz) report higher annoyance scores and greater sleep disruption compared to those with lower-frequency tinnitus. This is partly because high-pitched sounds are evolutionarily associated with alarm signals—the human brain is hardwired to pay more attention to high-frequency sounds. High-frequency tinnitus is also more likely to be perceived as "sharp" or "piercing," making it harder to ignore. However, low-frequency tinnitus can be equally debilitating when it presents as a loud, pulsating roar, particularly when associated with vascular conditions.
How accurate is an online frequency test?
Online frequency tests can identify your tinnitus frequency with reasonable accuracy, typically within 100-500 Hz of what a clinical audiometer would determine. A validation study published in the Journal of Medical Internet Research found that web-based tinnitus frequency matching was within one octave of clinical measurements in 85% of participants, and within half an octave in 65% of cases. The accuracy depends on several factors: the quality of your audio output device (headphones are significantly more accurate than laptop speakers), your listening environment (a quiet room is essential), and your ability to focus on the comparison tones. For clinical-grade precision, a formal audiometric evaluation by an audiologist is recommended, but an online test provides an excellent starting point for personalizing your sound therapy.
What should I do after finding my tinnitus frequency?
Once you know your tinnitus frequency, you can take several evidence-based steps to manage your condition. First, use our Sound Therapy tool with your identified frequency to create targeted masking sounds that directly address your tinnitus pitch. Second, try our Notched Sound Therapy, which removes a narrow band around your tinnitus frequency to promote neural reorganization—research from the University of Munster showed this approach can reduce tinnitus loudness by up to 30% after 12 weeks of daily use. Third, share your frequency result with your audiologist, as this information helps them program hearing aids with built-in tinnitus maskers and design a personalized tinnitus retraining therapy (TRT) protocol. Finally, retest every 3-6 months, as tinnitus frequency can shift over time, especially with treatment.
Next Steps After Your Frequency Test
Now that you know your tinnitus frequency, use these tools for targeted relief:
Sound Therapy
Use your identified frequency to generate personalized masking sounds for immediate tinnitus relief.
Notched Therapy
Clinically researched therapy that removes your tinnitus frequency to retrain your brain over time.
Sleep Timer
Fall asleep with frequency-matched masking sounds on a timed session with gentle fade-out.