Functionality:

The detector for locating GSM 3G / 4G LTE, Bluetooth, and WiFi signals represents a new category of hidden counter-surveillance devices. It differs from conventional detectors as it can locate hidden devices at large distances, such as Bluetooth and Wi-Fi encoders. Bluetooth encoders are typically undetectable by conventional radio frequency detectors due to their low radiation levels and type of modulation.

The GSM detector uses a separate high-frequency channel (2.44 / 5.39 GHz) and sensitivity for finding Bluetooth and Wi-Fi devices. The detector then processes the demodulated signal to determine which protocol has been found. Naturally, the detector can also detect "classic" encoders (GSM, 3G, 4G, 5G DECT, etc.).

Main Features:

• Wide antenna compatibility (for ANT1 socket) provides greater coverage, especially at lower frequencies, identifying the availability of detection for compatible VHF/UHF devices while maintaining ultra-sensitive detection at higher frequencies (GSM, Wi-Fi, Bluetooth).
• Corresponding antenna (for ANT2 socket) with 2 to 4 times greater sensitivity for all sources above 2 GHz (Wi-Fi 2.4 GHz, 5GHz, Bluetooth, Wi-Max, LTE High, etc.).
• Magnetic signal detector - install the magnetic front, turn on the device, and press the magnetic signal detection button.
• RF / MAG switch - after selecting the MAG option, adjust the sensitivity to maximum.
• Channel ANT1 (1) is used for detecting a wide range of frequencies from 50-6000 MHz.
• The second channel ANT2 (2), marked as "2.44 GHz 5.39 GHz," is used for detecting only Bluetooth and Wi-Fi with greater sensitivity.
• MODE - after pressing, you can set the desired display mode.
• SOUND ALERT - if a source is detected, you will hear an audible alert from the speaker.
• VIBRATION MODE - alerts through vibrations when a source is detected.
• SILENT MODE - no sounds and no vibrations.

Recommendations for using the device:

• Detection of encoding and GPS sensors in a vehicle or office.
• Locating radiation levels from transmission stations on building rooftops or residences.
• Checking if video cameras are monitoring you.
• Detection of hazardous microwave levels.
• Searching for suspicious wireless signals.