This detector allows people who are interested in living in a low RF environment to test their surroundings for enhanced comfort. Whether you want to identify radiation hotspots in your home, track your daily exposure, or glue the detector to your wall, doorstep, windows, or any other convenient place to detect RF radiation if visitors and guests enter with an RF source into your home, the CelloEye-24G RF Detector is the best wide range radio frequency detection device on the market.


Important Notice! This detector scans a very wide RF frequency range and has a prefixed sensitivity at approximately 0.1 mW/m2. It is possible that for people living near cell towers, the LEDs will stay on all or most of the time as the levels there exceed 0.1 mW/m2. This detector is designed to help those who would like to limit their exposure to RF and willing to take actions needed. It is also not always easy to know what the source of the radiation is, a Cell tower, our smart phones, Wi-Fi, Blutooth devices, Cordless phones, Smart meters and more are the reason and often it takes some investigating to find the cause.
The sensitivity is pre-set at the factory and cannot be adjusted by the user.

Ultra-wide-range radio frequency detector


Most detectors can only detect frequencies up to 8 GHz, missing newer types of transmitters, but the CelloEye RF Detector surpasses previous limits, detecting up to 24GHz with a high sensitivity of up to 0.1 mW/m2. Designed to be ultra-compact and lightweight, the CelloEye RF Detector weighs only 16 grams and alerts you to any exposure above the pre-programmed limit - perfect for on-the-go use.

Lasting on a single battery for around 5 years, CelloEye’s always-on functionality means that you’ll constantly be able to detect radiation from devices such as cell towers, Wi-Fi routers, microwaves, and more. Better yet, we’ve worked hard to make this the most affordable wide-range radiation detector on the market.

Product Specification:


The value of 0.1 mW/m2 is not an official standard but has been arrived at after many years of user experience and private research recommendations.