Arm Automotive Solutions: Driving New Growth in the Market

Arm Automotive Solutions: Driving New Growth in the Market

The new era of automobiles is coming. As a core element of automotive innovation, what is the market outlook for semiconductors? KPMG's industry report published at the end of the year predicted: "As automation and electrification double the demand for in-vehicle electronic products, the automotive semiconductor market will quadruple, reaching more than $200 billion in the next 20 years." In light of this trend, will this data change due to

Three Practical Tips for Debugging Automotive Embedded Software

Three Practical Tips for Debugging Automotive Embedded Software

Since graduating with a master's degree, I have been working in the automotive embedded industry for three years. Compared to school projects, company projects have stricter requirements for code writing standards and test cases. In the automotive industry, most of the engineers' code is generated by EB Tresos, Davinci, and Matlab, with only a few complex driver codes designed by engineers themselves. However, this does not mean that engineers only need

Top 10 Best Automotive IoT Embedded Projects for ECE Students

In the ever-evolving world of technology, the automotive industry has undergone significant transformations with the integration of embedded systems. As an Electronics and Communication Engineering (ECE) student, you have a unique opportunity to delve into automotive embedded projects.

These projects not only provide valuable hands-on experience but also align with the growing demand for skilled professionals in this field. In this blog, we will explore the top 10 automotive embedded projects for ECE students, covering a range of applications and complexity

MIPI A-PHY: The Cornerstone of Automotive Systems and IoT

MIPI Alliance recently announced that it has completed the long-term development of the MIPI A-PHY v1.0 physical layer communication protocol. This is a serialiser-deserialiser (SerDes) physical layer specification primarily used for automotive applications. The specification is currently under member review and is expected to be officially adopted within the next 90 days. In fact, prior to this, MIPI already had a complete set of communication protocols widely used in the camera and display fields. D-PHY, C-PHY, and M-PHY are capable

Compact Automotive Camera Module Solutions with 36V Synchronous Rectification

Compact Automotive Camera Module Solutions with 36V Synchronous Rectification

Compact Automotive Camera Module Solutions with 36V Synchronous Rectification

Reduce the area of the switching regulator

Compact Automotive Camera Module Solutions with 36V Synchronous Rectification

Ultra-small package for more compact applications

Automotive 36V input voltage, synchronous rectification, and 125℃ operating temperature switching regulator (DC-DC converter) in an ultra-small HSNT-6 package (2.46mm x 1.96mm).

Additionally, when installability is a primary concern, the gull-wing package is also included in our product lineup.

It

Why Choose ARM Cortex-M4 Core HK32MCU in Real Project Development?

Why Choose ARM Cortex-M4 Core HK32MCU in Real Project Development?

Past Issues Review

New Product Recommendation HK32F4 Family - Iteration of M4 Core High Performance Chip Selection!

Hot Product Recommendation Hangshun HK32MCU Body Domain & Cabin Domain SoC - Price-Performance King!

Automotive Sliding Door Control Solution Based on Hangshun Automotive Grade MCU HK32AUTO39A

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