Andy Chuang of GaN Systems talks about the company’s expansion plans in Asia, and the opportunities they are seeing in the region.
Claudio Chan of SMITH speaks on the current supply chain situation and how it is impacting the automotive electronics industry.
While all Automotive Ethernet technologies utilize a single twisted-pair cable (T1) and a point-to-point network topology, they differ primarily in their data rates and encoding methods.
Here is why automotive Ethernet is much better than standard Ethernet at meeting the industry's demand for a higher speed, robust, lightweight and lower cost data interface.
Self-driving vehicles are fueling significant and exciting technological development.
As GaN devices gain wider adoption in the market, the drain-to-source voltage derating criteria is often one of the first decisions designers make for selection of a proper power switch.
EETimes Taiwan, in partnership with Taipei AMPA and Autotronics Taipei, held a roundtable discussion on intelligent connected vehicles.
Can automakers and regulators beat hackers at their own game?
Developing autonomous driving algorithms is complex because the task involves many variables, including replicating complex, repeatable scenes in a lab environment.
Here are best practices for OTA test setup alignment and calibration to achieve optimal measurement accuracy for radar sensor FoV testing.