Smiling elderly woman wearing a hearing aid in a group exercise class with other seniors lifting weights in the background.

Repeatable results that still correlate with the real world

Real environments change constantly, which makes wireless debugging slow and performance claims hard to verify.

A reverberation chamber (RC) creates a statistically uniform multipath environment that resembles indoor conditions, but stays controlled and repeatable.

In Bluetest testing, Wi-Fi throughput measured in a house and in an RC showed very similar device performance, while the RC delivered much better repeatability (lower standard deviation) across repeated measurements.

Measure the metrics that decide battery life and robustness

MedTech devices often need to run for months or years on small batteries, while still performing reliably in crowded RF environments.

In an RC you can quickly and repeatably measure core OTA metrics like TRP and TIS, along with throughput and antenna efficiency. TRP can typically be measured in about one minute per channel using the RC statistical method.

For robustness, you can run coexistence testing by introducing an interferer (either a wireless-standard signal or random noise) and quantify performance degradation, helping you catch coexistence issues before production.
Close-up of a Bluetest device power button glowing blue with blurred red connectors in the foreground.

Test tomorrow’s healthcare devices today

Close-up of a metal panel with labeled ports including DUT Com 1, DUT Com 2, Reference Antenna, DUT AC, and DUT Opto.

From small sensors to wearables. We can test it with accuracy.

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