This radar assembles multiple functions in one device which are customizable with your own definitions.

It can detect human presence and absence, the motion and the direction of motion, object speed, and detected distance. Meanwhile, it provides the open custom function by offering adjustable underlying parameters for you to adjust detected range, sensing sensitivity, trigger threshold, valid time for states changing, and installation environment.

There is also an underlying open function provided and the parameters from it are the statics noise of the environment, the detection range of presence, motion noise of the environment, the detection range of object moving, and the detection speed of an object moving. That is, you can utilize its performance to build your own object movement detection radars, to meet the different needs in various scenarios.

What’s FMCW’s advantages?

Based on the principle of millimeter wave radar and FMCW ranging technology, the radar only needs to calculate the high-frequency continuous waves emitted to and received from the objects, without any privacy risks. Designed with a low power output, the radar maintains health-friendly working status when it is observed. Thanks to its high immunity against interferences, the output data is less vulnerable to environmental influences like temperature, humidity, noise, airflow, dust, light, etc.

To know more basic features of FMCW radar, its working principle, and the advantages of FMCW sensors compared to other radar technologies, check this article: What is mmWave Radar? : Everything You Need to Know About FMCW

Most Amazing Part: Visual debugging and configuration tools

The hardware design of it is scalable and supports secondary development based on related upper computer software(Windows) and Arduino. It can be even amazed that the radar can be upgraded by OTA(over-the-air) programming method as the board can be upgraded locally. Combined with its multiple customizable functions, this radar is an ideal motion-sensing solution in times of devices getting smarter. It presents a range of functional configurations that can be developed for realizing various application requirements.

Upper Computer Software

There is an upper computer software related to this radar, published for real-time acquisition and visualization of radar data, that displays sensing parameters through real-time waveform images which makes data monitoring more intuitive and clear. Meanwhile, it offers a series of actionable items generated by serial command protocols. Both of them help to increase development efficiency.

Application

• Automatically outdoor lighting
• Automaed door opening
• Whole house monitor
• Intelligent home appliances (TV, bath bully, security, etc.)
• Office energy (air conditioning, lighting)
• Sleep monitoring curve
• Home security
• IPC trigger

Specification

Basic Information

 

Contents	Minimum	Typical	Maximum	Unit
Operating voltage (VCC)	4.5	5.0	6	V
Operating current (ICC)	95	110	120	mA
Operating I\O Input/output current(IIO)	–	8	20	mA
Operating temperature	-20	–	+85	℃
Storage temperature	-40	–	+85	℃
Buad Rate		115200
Size	35mmx30mmx9mm

Detect Angle and Range

Contents	Minimum	Typical(default)	Maximum	unit	Installation
Motion detection range	–	5	5	meter	slide mount
Stationary/micro movements detection range	–	4	4	meter	slide mount
Detection range in the case of sleep	–	3	3.5	meter	slide mount
Radar detection angle (horizontal)	–	90		degree
Radar detection angle (pitch)	–	60		degree

 

RF Performace

Contents	Minimum	Typical	Maximum	unit
Operating frequency	24.0	–	24.25	GHz
Transmitted power	–	6	8	dBm
Antenna gain		10		dBi
horizontal beam (3dB)		100		degree
vertical beam (3dB)		80		degree

Part List

24GHz mmWave Sensor – Human Static Presence Module Lite

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LEARN AND DOCUMENTS

Documentations

User Manual and User Protocol

Datasheet

Upper Computer Software

Quick Setup Template

CE certification documents

Learn

[Wiki] 24GHz mmWave Sensor – Human Static Presence Module Lite WIKI

This wiki will show you how you can quickly get started with Human Static Presence Module Lite Sensor

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