Jihai G32R501 Real-Time Control MCU: A New Frontier

Jihai G32R501 Real-Time Control MCU: A New Frontier

The first real-time control MCU from Jihai based on the Arm® Cortex®-M52 dual-core architecture——G32R501 was officially launched at the Jihai channel partner conference. This new series is based on a 40nm advanced process technology, supports efficient dual-core collaboration, integrates high-performance sensing, rich control peripherals, and a flexible peripheral interconnection system. It is designed for high-end … Read more

Jihai G32R501 Real-Time Control MCU: New Horizons for Cross-Domain Applications

Jihai G32R501 Real-Time Control MCU: New Horizons for Cross-Domain Applications

Jihai’s first real-time control MCU based on the Arm® Cortex®-M52 dual-core architecture——G32R501 was officially launched at the Jihai channel partner conference. This new series is based on a 40nm advanced process technology, supports dual-core efficient collaboration, integrates high-performance sensing, rich control peripherals, and a flexible peripheral interconnect system. It is a high-performance real-time control MCU … Read more

ESP32 Multicore Programming Techniques: Dual-Core Task Allocation

ESP32 Multicore Programming Techniques: Dual-Core Task Allocation

The dual-core architecture of the ESP32 (two Xtensa LX6 cores) combined with the FreeRTOS real-time operating system enables efficient task parallelization. Below are the key technical points, practical recommendations, and code examples for ESP32 Dual-Core Task Allocation: 1. Core Strategies for Dual-Core Task Allocation Core Responsibility Division: Core 0 is typically used to run the … Read more

Understanding the Working Principle of the ESP32 Dual-Core Processor

Understanding the Working Principle of the ESP32 Dual-Core Processor

A Chip, Two Brains: A Sci-Fi Guide to ESP32 Dual-Core Processing Collaboration Engineers shout in forums: “Clearly, there are two CPUs, but the code only runs on one core!”The harsh truth: 90% of developers only utilize 50% of the ESP32’s computing powerToday, we unlock its full potential—an overclocking symphony of dual-core parallelism. 01 Dissecting the … Read more

Microcontroller Finally Breaks the GHz Barrier: i.MX RT1170 Released

Microcontroller Finally Breaks the GHz Barrier: i.MX RT1170 Released

Note: The 2019 ARM Tech Conference is approaching, marking the time for various software and hardware manufacturers to unveil new products. NXP is set to showcase the high-end RT1170 with the M7 core. 1. This series finally addresses the debugging issues encountered with the previous RT105x, providing up to 2MB of general-purpose SRAM. Whether for … Read more

Domestic MCUs Paving New Paths in System Applications

Domestic MCUs Paving New Paths in System Applications

(Source: Semiconductor Industry Observation) In recent years, with the acceleration of global energy transition, the fields of photovoltaic power generation and variable frequency control have experienced explosive growth. As the core control devices in this field, the performance of MCU chips directly determines the efficiency, reliability, and cost competitiveness of the systems. Huatai Electronics’ MCU, … Read more

High-End Control Dual-Core DSP Chip, First Launch in China!

High-End Control Dual-Core DSP Chip, First Launch in China!

High-End Control Dual-Core DSP Chip To meet the application needs of the new generation of equipment systems for high-end control DSP chips, the Beijing Institute of Microelectronics has launched the independently developed B320F28379D type control 32-bit dual-core floating-point DSP chip. This product has powerful processing capabilities, rich peripherals, and is fully compatible with both hardware … Read more

Implementing Message Communication in Dual-Core MCU with RTOS

Implementing Message Communication in Dual-Core MCU with RTOS

Follow+Star Public Account Number, don’t miss wonderful content Author | strongerHuang WeChat Official Account | strongerHuang You may often see multi-core CPUs in mobile phones and computers, but multi-core microcontrollers are relatively rare. With the increase in demand and the advancement of technology, microcontrollers are no longer limited to single-core, thus, in recent years dual-core … Read more

Implementing Message Communication Between Dual-Core MCUs Using RTOS

Implementing Message Communication Between Dual-Core MCUs Using RTOS

You may often see multi-core CPUs in phones and computers, but multi-core microcontrollers are relatively rare. With the increasing demand and technological advancements, microcontrollers are no longer limited to single-core, and in recent years, dual-core microcontrollers have emerged. You might be curious about how dual-core microcontrollers communicate with each other. In fact, there are many … Read more