AKM showcases 60 GHz high-precision millimeter wave radar chip for high-precision automotive safety monitoring

     AKM is a well-known manufacturer of electronic components that has made significant progress in the field of automotive safety in recent years. In millimeter wave radar technology in particular, AKM has introduced a series of high-frequency, high-precision chips designed for automotive safety monitoring systems to provide more accurate distance, speed and Angle measurements. The 60 GHz millimeter wave radar chip is one of the best, providing critical technical support for automotive safety systems such as automatic Emergency braking (AEB), blind spot detection (BSD) and lane Keeping Assist (LKA).

     The chip uses millimeter waves to detect the movement of objects and can be used to make high-precision sensors. AKM says that when the chip is embedded with the FM25V02-G sensor, the accuracy can be improved enough to recognize subtle movements such as breathing in infants and young children.

     Millimeter wave radar is a technology that uses electromagnetic waves in the millimeter band (30 GHz to 300 GHz) for object detection. Compared to traditional microwave radars, millimeter wave radars have higher resolution and smaller antenna size, which makes them ideal for automotive applications where they can be integrated in the compact space of a vehicle. The frequency range of 60 GHz provides high resolution and detection accuracy for millimeter-wave radar, while also guaranteeing the detection ability of small objects.

     AKM's 60 GHz millimeter wave radar chip uses advanced radio frequency (RF) technology and signal processing algorithms to accurately detect the surrounding environment in a variety of weather and light conditions. These chips typically include a transmitter, receiver, and signal processing unit. The transmitter produces electromagnetic waves of high frequency, and when these waves meet objects, they are reflected back and captured by the receiver. The signal processing unit then analyzes these reflected waves to calculate the object's position, speed and direction of motion.

     In the automobile safety monitoring system, such high-precision detection is very important. For example, in an automatic emergency braking system, millimeter-wave radar can quickly and accurately detect if there is a sudden obstacle ahead, such as parking or pedestrians, so that the brake is activated in time to avoid or mitigate the collision. In the blind spot detection system, millimeter wave radar can monitor the blind area on both sides of the vehicle, and when other vehicles are detected to enter the blind area, the system will warn the driver to improve driving safety.

     AKM's 60 GHz millimeter wave radar chip also has excellent anti-interference capability. In high-density traffic environments, multiple vehicles using radar systems at the same time can interfere with each other, but these chips are designed with advanced algorithms to reduce this interference and ensure the accuracy and reliability of radar data. In addition, the 60 GHz band is generally unlicensed worldwide, which means manufacturers can use this band without the need for a special license, simplifying the global deployment of products.

     AKM's 60 GHz high-precision millimeter wave radar chip has a wide range of applications in the automotive industry. It can be used to realize vehicle awareness and environment awareness in autonomous driving, providing more accurate and reliable data support. In addition, the chip can also be used for vehicle safety monitoring, pedestrian detection, blind area monitoring and other functions in the intelligent transportation system, effectively improving the level of traffic safety.

     AKM continues to innovate in millimeter wave radar technology to meet the automotive industry's ever-increasing demand for safety performance. With the development of autonomous driving technology, the importance of millimeter-wave radar chips will further increase, as they play a crucial role in the vehicle's perception of the environment and making decisions. AKM's technological advances play an important role in improving road safety and lay the foundation for future intelligent transportation systems.