STMicroelectronics’ L99LDLH32 linear current regulator delivers a convenient, integrated solution for dynamic automotive lighting controlled using the lightweight CAN FD Light protocol. Ideal for use with OLED lamps that provide bright, homogeneous, and high-contrast lighting from a small surface area, the new driver lets designers produce complex light patterns and effects that enhance safety and styling.
dSPACE and NXP® Semiconductors are extending their partnership to cooperate more closely in the simulation of radar raw data. Their goal is to generate and validate synthetic radar raw data for future sensor technologies so that radar technologies for highly-automated driving and self-driving cars can be developed more quickly.
ETAS is now accredited with the world’s first ISO standard dedicated to road vehicles cybersecurity the “ISO/SAE 21434:2021 Road vehicles — Cybersecurity engineering”.
TDK Corporation presents the new B58101A0109A* (HP100) series of heat pump sensors for measuring the refrigerant temperature indirectly via the pipes' surface temperature.
UFI Filters, a leader in filtration and thermal management, is proud to announce that its revolutionary engine air filter, UFI MULTITUBE, has been chosen by Maserati as Original Equipment (OE) in its brand-new supercar, the Spyder MC20 Cielo.
The common path towards decarbonization and the aim to play a key role in the energy transition continues for FPT Industrial and Blue Energy Motors. FPT Industrial, the global powertrain brand of Iveco Group, announces that it has entered into an agreement to make a minority investment in Blue Energy Commercial Vehicles Private Ltd, a zero-emission truck technology company headquartered in Pune, India, engaged in the manufacturing of clean energy trucks under the brand Blue Energy Motors. The closing is subject to conditions precedent.
The multinational presented its innovations and developments focused on the mobility of the future and generated a large volume of potential business opportunities.
The exhaust brake of a commercial vehicle is responsible for creating back pressure in the exhaust system, since it is capable of reducing the output flow of exhaust gases. Thanks to this, the vehicle is stopped by generating a loss of load in the output gas flow.