Daily Chip | Allwinner Technology’s Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip

Daily Chip | Allwinner Technology's Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip

Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip (T527V) Function Description and Application Areas The Automotive Grade High-Performance Intelligent Cockpit Platform Computing Chip (T527V) is a processor designed primarily for intelligent cockpits and multi-sensor fusion. This chip is based on a multi-core CPU computing framework using advanced technology, integrating a neural network acceleration engine, ultra-high-definition … Read more

Daily Chip | Allwinner Technology Automotive Intelligent Assisted Driving Chip

Daily Chip | Allwinner Technology Automotive Intelligent Assisted Driving Chip

Automotive Intelligent Assisted Driving Chip (T517) Function Description and Application Fields The T517 chip provides excellent all-weather multi-channel high-definition driving recording, 360-degree panoramic parking, and advanced safety assistance driving functions on the Android/Linux system platform, while integrating Allwinner’s TV-Decoder (analog video input), 2D accelerator, and other modules. The product is designed and manufactured according to … Read more

Winbond NOR Flash Drives Innovation in Future Automotive Instrument Panels

Winbond NOR Flash Drives Innovation in Future Automotive Instrument Panels

With the advancement of automotive intelligence, fully digital LCD instrument panels have become the core interactive interface of modern cockpits. These systems typically consist of high-performance MCUs (such as NXP i.MX or Renesas RH850 series), graphics processors, display drivers, and storage units, with core requirements for instant startup and high reliability. After upgrading from traditional … Read more

Fundamentals of ADAS Intelligent Driving Assistance Systems

Fundamentals of ADAS Intelligent Driving Assistance Systems

1. The Forward Collision Warning and Autonomous Emergency Braking System (FCW/AEB) is known in English as “Forward Collision Warning” and in Chinese as “前碰撞预警系统”. It detects the relative distance and speed between the vehicle and the vehicle ahead, assesses the level of pre-collision danger, and warns the driver to take braking measures in a timely … Read more

Customer Success Story: iMotion Utilizes Renesas R-Car Technology to Easily Solve Parking Challenges

Customer Success Story: iMotion Utilizes Renesas R-Car Technology to Easily Solve Parking Challenges

Renesas Customer Success Story For many drivers, parking is a headache—whether squeezing into a spot at the market or navigating tight garages in city centers. Recent studies[1] have found that nearly half of drivers in the UK and the US are so afraid of parallel parking that it has been dubbed ‘parallel parking phobia.’ iMotion … Read more

Overview of Automotive Drive Innovations by Texas Instruments

Overview of Automotive Drive Innovations by Texas Instruments

Texas Instruments (TI) Enhancing the driving experience by providing system-level innovations, scalability, and safety expertise, enabling customers to drive faster on the road. ☜ Slide left and right ☞ This issue details innovations in Advanced Driver Assistance Systems (ADAS), infotainment, hybrid/electric vehicles, power systems, body electronics, and lighting, allowing our customers to offer the next … Read more

Vehicle Networking SoC Chip Technology Solutions and Development Trends

Vehicle Networking SoC Chip Technology Solutions and Development Trends

The architecture of vehicle networking SoC chips is undergoing a transition from distributed ECUs to centralized CCU + ZCU. The traditional architecture, due to its dispersed computing power and low collaboration efficiency, struggles to meet the demands of intelligent connected vehicles. In contrast, the central computing architecture provides a technical foundation for advanced ADAS and … Read more

C-V2X and Vehicle-Cloud Research: R17 5G Module Mass Production, C-V2X Adoption Set to Surge

C-V2X and Vehicle-Cloud Research: R17 5G Module Mass Production, C-V2X Adoption Set to Surge

“The era of the Internet of Vehicles has arrived, and C-V2X technology is truly remarkable.” To be honest, friends who have been following the Internet of Vehicles recently should have felt that the entire industry is indeed accelerating. After driving for so many years and witnessing the evolution from the initial radio to today’s smart … Read more

Performance, Reliability, and Efficiency: An Analysis of the Six Major Advantages of onsemi’s Hardcore Image Sensors

Performance, Reliability, and Efficiency: An Analysis of the Six Major Advantages of onsemi's Hardcore Image Sensors

This article is authored by Chris McNamara, the Market Development Manager for Automotive Sensing at onsemi. Advanced Driver Assistance Systems (ADAS) have become standard features in modern vehicles, enhancing driving safety and comfort. ADAS functionalities include classic emergency braking features enabled by windshield cameras, as well as multi-camera surround view and perception systems integrated with … Read more

Technological Development and Challenges of Functional Safety in Embedded Software Systems

Technological Development and Challenges of Functional Safety in Embedded Software Systems

Declaration: The content and images of this article are reproduced from BC-AUTO. 2019 Global Smart Car Cybersecurity and Information Security Industry Research Report 2019 China In-Vehicle Gateway Industry Research Report 2019 Global and China In-Vehicle Ultrasonic Radar Industry Research Report 2019 Global and China Surround View ADAS Industry Research Report 2019 International Mainstream Forward Dual-Camera … Read more