BQX-FX01 is a nonlinear node detector developed by China Minda, which can detect any electronic device hidden in walls, floors, ceilings, lamps, furniture or containers, regardless of whether these electronic devices are transmitting signals, whether they are turned on or not, through a variety of ways such as display, vibration and sound prompts to alarm. It allows detection crews to focus on hidden targets.

The transmitting end of the nonlinear node detector sends S-band fundamental wave to the target area or object, while the receiving end captures the second and third harmonics generated from the target object, and uses artificial intelligence algorithm to analyze the harmonic law, so as to detect and identify the electronic device with nonlinear section.

Domestic substitution: completely independent intellectual property rights, not subject to foreign technology import restrictions, can quickly customize characteristics and optimization algorithms, security is greatly guaranteed;

High positioning accuracy: The product adopts 2400MHz radio frequency detection technology, with high precision positioning characteristics;

Strong semiconductor recognition ability: the built-in spectrum analyzer supporting the second and third harmonic detection can quickly and effectively identify semiconductor devices and equipment;

High sensitivity: built-in high-gain antenna, large detection distance, especially for SIM card equipment has a high spirit density, to ensure that secret records, mobile phone communication equipment can be quickly detected;

Low false alarm rate: the built-in non-destructive detection algorithm greatly improves the detection ability, and the false alarm rate is very low;

Safe and reliable: the characteristics of the equipment meet the requirements of electromagnetic radiation, absolutely safe for the human body;

Flexible operation: small size, flexible operation, simple and practical, good user experience;

Cost-effective: the world's most cost-effective, cost saving and excellent performance;