The Drive To Disrupt: How Digital Twins Are Fueling Automotive Innovation


It can be argued that disruptive innovation in the auto sector has defined each of the modern eras. Through history, engineering breakthroughs have shaped the human experience. The wheel and calendar, printing press and cotton gin, electricity and the assembly lines are the vehicles by which we tell the story of human progress. Henry Ford's assembly line not only democratized motor vehicle owne... » read more

Evolving Your ADAS And AV Tests With Emulation Capability


Creating safe and robust autonomous driving (AD) systems is a complex task. Autonomous vehicles (AVs) have hundreds of sensors, all of which need to work with one another inside the car and with other smart vehicles. The software algorithms enabling autonomous driving features will ultimately need to synthesize all the information collected from these sensors to ensure that the vehicle responds... » read more

Automotive IC Production Wafer Test In A Zero-Defect World


By Amy Leong, FormFactor. Innovations in automotive semiconductor ICs post a high bar for wafer test. FormFactor’s Chief Marketing Officer, Amy Leong, provides insights into the challenges associated with automotive IC production wafer testing amid the requirement for zero-defects. Click here to continue reading. » read more

Automakers Changing Tactics On Reliability


Automakers are beginning to rethink how to ensure automotive electronics will remain reliable over their projected lifetimes, focusing their efforts on redundancy, more data-centric architectures and continued testing throughout the life of a vehicle. It is still too early to really know how automotive chips actually will perform over the next 15 to 20 years, especially AI logic developed at... » read more

Selecting an Approach to Build Flexible, Cost-Effective ECU Production Test Systems


Electronic control units (ECUs) were invented in the 1970s. At that time, people needed to improve fuel economy due to the oil crisis, which meant finding a way to make engines run cleaner and pollute less. Engines used a mechanical device called a distributor to control spark timing and a carburetor to control the fuel mixture. This mechanical system had minimal tuning and adjustment capabilit... » read more

Highlights From The Automotive Testing Expo 2019


Thousands of automotive engineers and enthusiasts visited the Automotive Testing Expo in Stuttgart, Germany, in May to see nearly 500 companies show off their latest technologies to test features such as active safety, vehicle electrification, and connectivity, among others. This blog features highlights of the expo and the Autonomous Vehicle Test and Development Symposium held in conjunction w... » read more

Redefining Expectations for Test


New and rapidly expanding applications, such as artificial intelligence and automotive, are increasing in design size and complexity. These evolving market segments require unprecedented levels of quality and long-term reliability, which has created a fundamental shift in both the importance and need for integration of advanced semiconductor test. Synopsys unveiled a new family of test products... » read more

Experts At The Table: Automotive Electronics


By Ann Steffora Mutschler System-Level Design sat down to discuss the opportunities in automotive electronics with Alexandre Palus, principal SoC architect at Altera; Aveek Sarkar, VP of product engineering & support at Apache; Mladen Nizic, engineering director, mixed signal solution at Cadence; and Stephen Pateras, product marketing director, silicon test solutions at Mentor Graphics. W... » read more