Engineering is making the car of the future possible by enabling electric vehicles, self-driving, telematics, cellular V2X, ADAS, DSRC, and more via innovations in power, embedded design, communications, and other technology areas.
A blend of in-vehicle and cloud computing, more powerful antennas, automotive Ethernet, and high-performance 5G network communications will be essential ingredients in the evolution of autonomous vehicles.
New additions to Microchip’s USB Type-C lineup include the USB705x family of USB 3.1 SmartHub devices and the UPD301A, a standalone USB Type-C PD controller.
Sponsored by Texas Instruments: To achieve the real-time performance required in today’s advanced applications, this microcontroller solution leverages EtherCAT technology.
Certain features are required for automotive LED drivers to safely connect to the battery while providing high performance in a flexible architecture for ease of reuse.
Leaking electrolytic capacitors ruined what was otherwise superior Honda design and quality. Paul Rako looks under the hood to see what exactly happened.
Eaton’s new line of HCM1AV2 power inductors feature high-current carrying capacity, high power density, low core losses, and magnetic shielding to reduce EMI effects on other devices in the automotive engine compartment.
