With the development of intelligent interconnection, autonomous driving, and electric vehicles, the development of automotive electronics technology and products is changing with each passing day and is experiencing unprecedented innovation. The most important role of automotive electronics is to improve the safety, comfort, economy, intelligence and entertainment of cars. However, smarter cars need to process and store large amounts of data at high speeds. When the demands of infotainment, communications, ADAS, gateways and power control systems are concurrent, higher requirements are placed on bandwidth and storage capabilities. In order to give you a deeper understanding of automotive electronics storage solutions and advances in human-vehicle interaction, this seminar invites experts from Micron and Avnet to explain in detail the next generation of automotive memory and overall solutions for smart cockpits and assisted driving to help you Understand future automotive technology trends and solve the challenges of rapid business innovation.
[i=s]This post was last edited by eagler8 on 2022-7-9 04:56[/i]The hardware used in the experiment and the software platform used Arduino IDE (see "【Hua Diao Experience】15 Try to build the Arduino dev
Author: Huang Gang, a member of Yibo Technology Expressway MediaPCB engineer: "There are no more layers to go. These pairs of 10G signals need to change layers several times and make four vias before
So far ( 2016 ), the ARM architecture has developed to the eighth generation ARMv8 . Before understanding the latest architecture, it is necessary to review the development history of ARM architecture