ARIA DK LT105OEM

Dev-Kit for Radar Module LT105OEM

It’s the optimal Development Kit LT105OEM+PCB, in order to fully provide:

  • High-end Processing and Computation Hardware
  • USB Communication for Development of Custom Algorithms

This Development Kit includes an STM32H7 MCU with external 32MB external SDRAM. The full Arduino uno rev3 compatibility allow squick setups and expansion features. The Pin headers include UART7, SPI4, I2C2 interfaces as well as different GPIOs.

m
Typical detection range

Variable
Power consumption

Freq. range: 7.3 GHz -8.5 GHz
Max allowed bandwidth for indoor
Multiple Power Supply
USB; 5V; 3-17Vdc
Temperature Range: -40° C to 85° C
Easily fits with extended industrial fields

LT105OEM features

radar capabilities

Arduino uno rev3

compatible

Communication interfaces

SPI; UART; I2C2; GPIOs; JTAG/SWD

Dimensions

125mm x 67mm

32MB external

SDRAM

Simultaneous virtual beams

Security and Military applications

Security

Security and Military
applications

Industrial and Automation for Industry 4.0

Industrial

Industrial and Automation for Industry 4.0

Domotics lighting and smart buildings

Home, Office & Retail

Domotics lighting and smart buildings

People life and Health monitoring

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).​