NXP

NXP Launches World’s First 16nm Automotive MCU with Integrated MRAM, Making OTA Updates Faster than Smartphones! Transform Your Car into a Smart Cockpit Instantly! Is This the Opportunity for Chinese Chips to Overtake?

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NXP Launches World's First 16nm Automotive MCU with Integrated MRAM, Making OTA Updates Faster than Smartphones! Transform Your Car into a Smart Cockpit Instantly! Is This the Opportunity for Chinese Chips to Overtake?

Today, I want to talk to you about a major event in the automotive industry! Just yesterday, NXP launched a “revolutionary” chip, the S32K5, which completely changed my perception of automotive OTA upgrades! The write speed is 15 times faster than flash memory! OTA upgrades can be completed in just a few seconds, faster than … Read more

Detailed Development of MPC574xP Series MCU Bootloader Based on CAN Bus Communication

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Detailed Development of MPC574xP Series MCU Bootloader Based on CAN Bus Communication

Abstract Introduction 1. Bootloader and Application Program Memory Address Allocation for MPC5744P 1.1 SRAM Resources of MPC574xP Series MCU 1.2 Flash Resources of MPC574xP Series MCU 1.3 CAN Bus Bootloader and Application Program Memory Address Allocation for MPC5744P 2. Flash Driver Development (Installation, Downloading, and Using C55 Flash SSD) 3. FlexCAN Driver Development 3.1 DEVKIT-MPC5744P … Read more

RT1064 Series Core Board Overview and Development

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RT1064 Series Core Board Overview and Development

Dear Teacher Zhuo, Hello! Teacher Zhuo, you might have been busy with this year’s national competition recently. I apologize for taking your time to read this email from a student at this moment. I actually planned to visit Shandong University in Weihai during the national competition to discuss with you the service work we have … Read more

Heterogeneous Multicore Cortex-A53 + Cortex-M4 for Complex High-Speed Computing and Real-Time Control

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Heterogeneous Multicore Cortex-A53 + Cortex-M4 for Complex High-Speed Computing and Real-Time Control

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

Challenges Faced by Domestic PMIC Manufacturers

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Challenges Faced by Domestic PMIC Manufacturers

Welcome to follow the public account belowAbao1990, this account focuses on autonomous driving and smart cockpits, providing you with daily automotive insights. We started with cars but are not limited to them. Introduction ✦ PMIC is about to experience explosive growth, and domestic power management chip manufacturers will also have a golden opportunity if they … Read more

Power Management: Powering Industrial Applications with PMIC and Processors

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Power Management: Powering Industrial Applications with PMIC and Processors

Author: David Lopez Power management is a critical consideration for industrial applications, significantly affecting system performance, reliability, and cost efficiency. Power Management Integrated Circuits (PMICs) play a vital role in regulating voltage and powering various components within the system, including processors and peripherals. Creating efficient power management solutions requires a deep understanding of the specific … Read more

Building Embedded U-Boot, Kernel, and File System with Yocto

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Building Embedded U-Boot, Kernel, and File System with Yocto

Click the blue text above to follow Weilian Zhikong You can click the … in the upper right corner to share this article What is Yocto? In brief, it is a tool used to build U-Boot, kernel, file system, cross-compilation toolchain, etc. Yocto provides a complete and comprehensive embedded Linux porting solution. It allows embedded … Read more

Understanding eMMC Boot Time for NXP i.MX RT1170

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Understanding eMMC Boot Time for NXP i.MX RT1170

Hello everyone, I am Pi Zi Heng, a technician dedicated to technology. Today, I will introduce the NXP i.MX RT1170 uSDHC eMMC boot time. This is the fifth article in the evaluation series of i.MX RT1170 boot times. The previous four articles evaluated the boot times of Raw NAND (based on MIMXRT1170-EVK_Rev.B), Serial NOR (based … Read more

How Traditional Automakers Can Avoid Being Outdated

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How Traditional Automakers Can Avoid Being Outdated

Click the above Cheyun , welcome to follow and pin it! Introduction: This includes NXP’s i.MX series; TI’s Jacinto series; Qualcomm’s 820A series; and Nvidia’s Drive PX 2 onboard computer. Editor’s Note:The rise of internet car manufacturing and the acceleration of automotive intelligence have brought varying degrees of impact on traditional automakers. People in different … Read more