Cheap imports are ratcheting up pressure on traditional carmakers, but changes are more difficult than anticipated.

Some vehicles can have nearly 40 different harnesses to connect all the ICs. Like so much of the semiconductor industry, the automotive industry is now turning towards 3D-IC design techniques to help ...

Network security protocols are the primary means of securing data in motion; that is, data communicated between closely connected physical devices or between devices and even virtual machines ...

The increasing adoption of AI in edge devices, coupled with a growing demand for new features, is forcing chipmakers to rethink when and where data gets processed, what kind of processors to use, and ...

Multiphysics challenges in 3D ICs involve managing the combined impacts of electrical, thermal, and mechanical phenomena, which are more complex than in 2D IC designs. New materials used in 3D ICs ...

While PIR sensors are inexpensive, radar technologies are decreasing in cost and becoming more compact and simple to design. Radar solutions can range from simple motion detection to complex imaging ...

Rollout of artificial intelligence has created a whole new set of challenges, along with a dizzying array of innovative options and tradeoffs.

Leveraging PUF technology to add a strong, secure root key to almost any IoT device without requiring changes in the SoC’s hardware.

The automotive industry is undergoing a rapid transformation, with connectivity and automation becoming integral components of modern vehicles. However, this increased connectivity also brings ...

The future of hearing aids lies in further miniaturization and functionality enhancement. Hearing is one of the most essential senses for engaging with the world. It enables us to converse, appreciate ...

Key features of SONOS-based NVM and suitability for rad-hard applications.