LT102 UWB
Radar Module
Micro Turn-Key Radar System for Indoor applications.
A new small form factor design to maximize performances and the user applications range. Extremely lightweight with patented embedded antennas system.
The embedded processing unit already performs advanced processing and target detection tasks.
The LT102 is a high configurable UWB radar. This module combines a full UWB transceiver and an on board MCU. The module is targeted for application like presence detection, position tracking, breath detection and analysis. The communication is achieved by an USB full speed (virtual com port). The module has an auxiliary connector that may be used as GPIOs or additional communication interface such as SPI and UART. The module is USB powered.
Integrated Antenna
FOV: ±60° by ±60°
Elaboration unit
STM32 ARM Cortex M4
Communication interfaces
USB 2.0, SPI, UART, digital IO
Dimensions
36x68 mm
Designed for
EU EN 302 065 and FCC 02-48
Micro turn-key radar system
for indoor applications
Security
Security and Military
applications
Industrial
Industrial and Automation for Industry 4.0
Home, Office & Retail
Domotics lighting and smart buildings
Health
People life and Health
monitoring
General
applications
PRESENCE
ARIA sensors can recognize the presence of moving and static people. High-resolution Ultra-Wideband Radars allow for detection of extremely small movements like Breath also behind a wall. Respect to other market available solutions this new technology ensures higher precision results, low power consumption in small form factor.
POSITIONING
Ability to measure the position of people and object in an area. Unlike Doppler-based radar devices or other technologies, UWB pulsed radar can accurately locate and count moving and static targets. Since these devices exploit the widest UWB spectrum available on the market, a lot of new applications are available.
SOLUTION
Since ARIA radars measure distances, it is easy to know direction, position and speed of peoples or vehicles. The sub-nanosecond pulses allow the speed detection, at the same time, slow movements (like a man breathing) up to very quick transitions (up to 300m/s).
