The automotive industry is producing vehicles with increasing levels of real-time decision-making, enabled by thousands of ICs, sensors, and multi-chip packages, but making sure these systems work ...

Software testing is vital for the automotive sector, especially as fitted advanced technology in vehicles proliferates. In a recent study carried out by Harvard Review on developers, results showed ...

Siemens’ new PAVE360 Automotive drives next-generation vehicle development with real-world validation New off-the-shelf, ...

For as long as semiconductor devices have been around, motor vehicles have been one of the toughest operating environments. Chips in automobiles, trucks, and buses are subject to extremes of ...

The types of devices being deployed in cars and how they differ in functionality. Why each device type requires a different test technique. Determining the best approach for the specific application.

Automotive integrated circuits (ICs) are the critical drivers behind modern vehicle automation, safety, and efficiency. As electronic systems in automobiles become increasingly complex, robust testing ...

As the automotive industry rapidly shifts towards e-mobility, engineers are tasked with developing increasingly complex embedded controllers for electric vehicles. Given their critical role in vehicle ...

Broadening Adoption of Ethernet Technology: Modern vehicles demand high-bandwidth solutions capable of managing the data ...

What's behind the IEEE 802.3cz Multi-Gigabit Glass Optical Fiber Automotive Ethernet standard. Optical vs. electrical links in automotive Ethernet. Details behind various compliance and conformance ...

Because the threshold for resilience testing is so high, it isn’t integrated into most companies’ software development ...

Instron—USA offers 6800 Series universal testing systems, with capacities ranging from 500 N to 300 kN. These systems deliver exceptional performance while maintaining unrivaled reliability and ...