★ Click the blue text above to follow us with one click ★ As the market demand and the automotive industry continue to advance towards electrification, connectivity, intelligence, and sharing, engineers will face an increasing number of software development projects, utilizing high-performance MCUs that meet automotive-grade and functional safety certifications to develop related applications. Matching … Read more
Introduction This is a supplement to the previous technical introduction of SemiDrive’s high-performance automotive SoC platform. This part is relatively detailed in the entire video, covering four characteristics: Safe, Secure, Scalable, and Smart, which correspond to functional safety, information security, scalability, and intelligent applications. 01 Chip Core in the Computing Platform As previously mentioned, the … Read more
Since IDT was acquired by Renesas Electronics for $6.7 billion in cash on September 11, 2018, IDT’s product line is immediately following the table below. Sequence Type Subclass 1 Microcontrollers and Microprocessors RL78 Family of 8/16-bit Ultra-Low Energy MCUs V850 Family 78K Family R8C Family M16C Family (R32C / M32C / M16C) M32R Family H8SX … Read more
Click the blue text to follow us 1. Overview The NXP S32K3 series MCU is a high-performance automotive-grade MCU designed for automotive applications. This series of chips supports functional safety up to ASIL-D level and is widely used in automotive BMS, chassis controllers, body controllers, and other automotive applications. This article will introduce the ERM … Read more
This article is approximately 9,800 words long, recommended for saving and reading. Author | Beiwai Nannxiang Produced by | Automotive Electronics and Software The automotive electronic and electrical architecture is transitioning from a traditional decentralized “flat architecture” to a more efficient “domain control” and “zonal control.” This transformation not only simplifies wiring and hardware integration, … Read more
Examples of CAN ApplicationsBus Topology DiagramThe CAN controller determines the bus level based on the potential difference on the two wires. The bus level is divided into dominant and recessive levels, one of which must be present. The sender sends a message to the receiver by changing the bus level.CAN Connection DiagramFeatures of CANCAN protocol … Read more
Operating systems (OS) are essential for managing all hardware and software based on computer systems and are a key software platform in the automotive industry.The focus of this article is to provide tutorial information and some insights on automotive OS strategies. Each OS varies significantly in functionality, program size, complexity, development workload, hardware requirements, as … Read more
(Report Produced By: Tianfeng Securities, Pan Yan) 1. Automotive Chips: Accelerating Industry Transformation and Upgrading, Opportunities Emerging Amidst the Waves of Intelligence and Electrification We are optimistic about the automotive industry, which is expected to welcome a revaluation opportunity from value to growth under the wave of intelligence and carbon neutrality policies. Automotive chips are … Read more
Smart cars are a large collection of IoT devices, and the general electronic systems are shown in the figure below. Each electronic system uses a large number of electronic components. Smart cars not only include IVI and TBOX but also contain dozens of ECUs. Different modules focus on different aspects, and the chips used also … Read more
The Intelligence of Cars Drives the Arrival of Software-Defined Vehicles Looking back at the history of the automotive industry, it has gone through a development process from the mechanical era to the electronic era and now into the software era. Since the 1980s, ECUs have been increasingly installed in vehicles, with the automotive industry centered … Read more