ENGINEERING

Modern vehicles require efficient power solutions to handle advanced electronic systems. The transition from traditional 12V architectures to advanced high-performance 48V power platforms addresses...

Automotive domain architecture centers around high-performance systems-on-a-chip. Advanced driver assistance systems need stable power regulation. Driver monitoring systems demand low-voltage and high-current electrical operation.Traditional...

NOVOSENSE Microelectronics recently launched several new products within its SafeNovo safety portfolio. These advanced semiconductor solutions specifically target the growing functional safety automotive market....

Electric drives rely on inverters as their central heart component. These devices manage energy flow from battery to motor precisely. Fraunhofer IZM redesigned this...

Nexteer Automotive has moved its Steer‑by‑Wire (SbW) system into series production for a leading Chinese new‑energy‑vehicle (NEV) OEM. This marks the first time the...

Bosch’s 3rd-gen silicon‑carbide (SiC) chips target the heart of electric‑vehicle efficiency. They manage how energy flows between the battery and the motor. This control...

Toshiba Electronic Devices & Storage Corporation has begun shipping engineering samples of its latest “SmartMCD” series device, the TB9M030FG, for automotive brushless‑DC motor control....

Austrian researchers from Silicon Austria Labs, Infineon Technologies Austria, and AVL List completed the REDSEL project successfully. They developed redundant high-voltage and low-voltage systems...

Hanon Systems has unveiled its highly integrated cooling entity, a compact thermal management module designed specifically for battery electric vehicles. Weighing only 16 kg,...

Toshiba Electronics Europe has launched five new automotive grade MOSFETs inside a compact DFN2020B(WF) package with wettable flanks. These devices include four N‑channel MOSFETs—XSM6K361NW,...