With the rapid development of smart devices, ST’s MCU business has expanded rapidly. In recent years, popular applications such as shared bicycles, drones, and more IoT devices have mostly adopted the STM32 series MCUs.As the general market leader for Cortex-M32, since ST launched the first STM32F103 in 2007, STM32 has developed into a super platform … Read more
It is well known that embedded systems have advantages such as small size, high reliability, strong performance, and low power consumption, gradually dominating the current medical device market, predominantly using ARM processors. As the requirements for functionality and performance in medical devices continue to rise, the industry’s demands for processors have also increased, evolving from … Read more
With the continuous enhancement of ARM processor performance, more and more products currently tend to use a high-performance ARM platform with a single architecture to meet different functional requirements. However, in the field of industrial applications, there are still some real-time control and communication requirements that a single system architecture cannot fully satisfy. In the … Read more
The SAMA5D3 series MPU, based on the ARM Cortex-A5 core, increases performance while reducing power consumption, and offers strong usability and security, making it very suitable for popular applications such as human-computer interaction, M2M, and smart grids. The Atmel SAMA5D3 Xplained is another masterpiece based on this SAMA5D3 series MPU. SAMA5D3 Xplained Development Board The … Read more
Q: Memory write error at 0x0, Cortex-A53 #0: EDITR not ready A: The first step is to clean the program and rebuild to see if the issue can be resolved. If not, close Vitis and reopen it to check if the problem persists. If the issue remains, create a new app; this usually resolves the … Read more
This article was published in the “Integrated Circuits and Embedded Systems” 2024, Issue 12. Building and Implementing an ARM Cortex-A53 Virtual Platform Based on QEMU Chen Fang, Song Leijun, Zhang Fengling, Gao Saijun, Shan Xinxin (Shanghai Aerospace Computer Technology Research Institute) In the aerospace field, the development of embedded systems faces challenges such as tight … Read more