Recent #Radar news in the semiconductor industry

3 months ago

➀ Texas Instruments (TI) 发布了一款基于单芯片60GHz汽车雷达传感器AWRL6432的紧凑型低功耗参考设计,适用于车内应用。

➁ 这款高性能雷达系统可以实现儿童存在检测、入侵者检测、占用感应、驾驶员生命体征监测和安全带提醒等功能。

➂ 该设计具有小尺寸和优化的射频性能,为下一代车内传感应用提供高效解决方案。设计包括两个发射天线和三个接收天线,支持多种通信接口。

Radarautomotivemachine learning
3 months ago

➀ Texas Instruments (TI) 提供了一个基于AWR1642评估模块的短程雷达(SRR)参考设计,该设计可用于检测和跟踪最多200个距离在80米内的物体。

➁ 这个参考设计能够支持多种模式,包括短程雷达和超短程雷达,范围分别为80米和20米。

➂ 参考设计使用了4个接收器和2个发射器,并且支持两种不同的chirp配置,从而提高了角度分辨率。

RadarTIautomotive
3 months ago

➀ This article introduces a 24 GHz radar sensor reference design from Analog Devices (ADI) that simplifies the development of radar systems for various applications.

➁ The Demorad platform provides a ready-to-use software environment and hardware, enabling rapid prototyping and exploration of radar technology.

➂ The reference design supports multiple radar functionalities such as object detection, movement tracking, and speed measurement, making it suitable for automotive, security, and other industries.

DSPRadar
3 months ago

➀ The article discusses a radar sensor reference design that uses Infineon's BGT60LTR11AIP 60GHz radar sensor and an XMC1302 microcontroller with an Arm Cortex-M0.

➁ The design supports SPI mode, which allows for flexible adjustment of radar settings such as detection threshold, hold time, and operating frequency.

➂ The reference board can be used for rapid prototyping and system integration in various applications like laptops, tablets, TVs, and speakers.

InfineonMicrocontrollerRadar
3 months ago

➀ The MR2001_RD reference design is a powerful tool for developing high-performance 2D radar transceivers, featuring six receive channels and a low phase noise transmitter.

➁ It supports accurate modulation and high-resolution target detection with an update rate of ten measurements per second, thanks to its high-frequency bandwidth.

➂ The design is flexible and adaptable, allowing users to customize the system with their own signal-processing hardware and includes a graphical user interface for visualizing target information.

DSPEthernetNXPRadarautomotive
4 months ago

➀ Professor Christian Waldschmidt of the University of Ulm has become a new member of the German Academy of Science and Engineering (acatech).

➁ He is an internationally recognized expert in high-frequency technology and conducts research on antenna and radar systems as well as satellite communication.

➂ Waldschmidt supports acatech with his scientific expertise in fulfilling their social mission: scientific policy advice.

EngineeringRadareducationinnovationresearchsatellite communicationtechnology
8 months ago
➀ Microchip introduces a new family of Voltage-Controlled SAW Oscillators (VCSOs) with ultra-low phase noise performance for radar applications. The VCSOs operate at 320 MHz and 400 MHz with a small form factor and are designed for critical applications requiring precise frequency control. ➁ The devices are available with supply voltages from 4.75–15.75V and a supply current of 111 mA, providing a power-efficient timing solution. ➂ The 101765 VCSOs are designed for aerospace and defense applications and are available with MIL-PRF-38534 screening for high reliability.
MicrochipRadar
8 months ago
➀ This article discusses the importance of precision radar testing in the development of Advanced Driver-Assistance Systems (ADAS) and autonomous driving vehicles. ➁ It highlights the capabilities of the Radar Essential Tester (R&S RadEsT) in simulating radar targets and conducting accurate radar testing. ➂ The article also mentions the system's flexibility, high precision, and compact design, making it suitable for various testing environments.
ADASAutonomous DrivingRadarautomotive
8 months ago
➀ The article introduces the Pluto radar sensor reference design by NXP, a 28nm single-chip radar SoC; ➁ It highlights the high RF performance and flexibility of the design for various radar applications; ➂ The design is targeted for vehicle safety features like automatic cruise control and obstacle detection.
NXPRadarSoC