20 meters high microwave radar module 5.8G radar sensing high-altitude solution, the rapid development of storage lighting, industrial and mining lighting, emergency lighting and other application scenarios, the global era of energy saving and emission reduction is coming, whether it is enterprises or individuals, the demand for lighting energy saving is increasing day by day Increase.
High-altitude application scene lighting has the characteristics of high hanging height and high lighting power. The demand for energy saving is particularly urgent, and the requirements for radar sensing are also getting higher and higher.
Pain points of current market applications:
1. Traditional infrared: the probe solution and lens cost are high, and the induction effect is poor or cannot be sensed.
2. The traditional discrete radar sensing scheme: the requirements for the antenna are very high, resulting in high overall cost, large size, poor consistency, and uneven schemes.
3. Traditional installation method: It is difficult to delay the adjustment of the induction time after installation.
Based on this high integration and high cost performance, the 20m 5.8G microwave radar sensor module high-altitude solution came into being!
An Introduction:
1. The high-altitude radar sensing solution based on high integration and high performance is realized by SoC radar chip platform, with built-in filtering algorithm, FFT function, and high-altitude algorithm optimization.
2. It can achieve a suspension height of 20 meters at 20mm*20mm, and a sensing radius of 7-8 meters, which greatly improves the experience of high-altitude applications!
product description:
FR58L2 is a newly launched fully integrated 5.8GHz microwave radar module with integrated digital lock ring, high-performance signal processing capability, and a single-chip integrated high-performance 32-bit MCU. In addition to processing the internal signals of the radar, the MCU can also process the internal signals of the radar. OpenCPU replaces it. Part of the host computer system supports UART communication and opens 11 I/O ports. Realize DIP, PWM, wireless communication (Sub-1G, 2.4G) and other host computer functions.
The newly launched high-altitude solution is composed of FR58L2SoC chip + onboard Patch antenna + LNA, which can solve the following problems:
1. The problem that the traditional infrared sensor can not be detected or the sensor is not good
2. The traditional discrete radar sensing scheme has poor consistency, poor performance, large size and expensive problems
3. The problem of difficult adjustment after installation (you can adjust the data transmission method by installing Sub-1G.2.4G)
Warehouse forklift transportation application scenarios:
① Before the vehicle or person enters the induction area, the microwave radar module does not sense and the light does not light up.
②The vehicle or person enters the induction area, the radar senses, and the light is on (the brightness can be adjusted by PWM).
③ When the vehicle or person leaves the induction area, set the delay time. After the delay, the brightness of the light will dim or go out.
