Ensuring that verification platforms can scale with industry demands and support new use cases as they emerge.

One of the most difficult challenges in SoC verification today is determining how to make sure the hardware and software work together at the SoC level. The commonly deployed process is to verify the ...

Today’s complexity of embedded systems is steadily increasing. The growing number of components in a system and the increased communication and synchronization of all components requires reliable ...

Embedded software is becoming more critical in managing the power and performance of complex designs, but so far there is no consensus about the best way to approach it—and that’s creating problems.

Mobile and Internet of Things (IoT) devices and their supporting infrastructure are driving the system-on-chip (SoC) design challenge with demanding specifications, increasing software content, and ...

Formal methods provide a rigorous mathematical foundation for the specification, development and verification of medical device software. This approach enhances both reliability and safety, which are ...

Why hardware-assisted verification systems are vital to designing next-gen hardware. The differences between hardware emulation and FPGA-based prototyping systems. How the demands of data-center CPUs ...