Removing The Accuracy And Time Tradeoff In EM Simulation


For years, electromagnetic simulation forced engineers to choose between accuracy and turnaround time. As simulation frequencies climbed beyond 60 GHz and designs became more complex, engineers could no longer avoid mesh refinement. Higher fidelity required more mesh elements in regions of high field strength. More elements produced larger sparse matrices. Larger matrices extended solve time... » read more

What’s At Stake In System Design?


What You Will Gain From This eBook: Power and Signal Integrity Insights into harmonic balancing and crosstalk analysis Learning about loop gain and transmission rates Examining the necessity of power-aware systems Electromagnetic Analysis Knowledge about the state of electromagnetics in wireless networks Insight into RADAR and LiDAR EM profiles Tips for bending, meshin... » read more

The Computational Electromagnetics Simulation Challenge Of 3D-IC


By Kelly Damalou and Matt Commens Innovation in semiconductor design today is energized primarily by AI/ML, data centers, autonomous and electric vehicles, 5G/6G, and IoT. Recently developed 2.5 and 3D-IC silicon-based packaging technologies have advanced the state of the art beyond SoC technologies which first united digital, analog, and memory functions on a single chip in the '90s. These ... » read more

Power/Performance Bits: July 5


More storage with electromagnetic switch Scientists at Hokkaido University designed a device that employs both magnetic and electronic signals, potentially doubling the storage capacity of conventional memory devices. In addition to the binary 0/1 method of storing information, this would add an A/B store for the information as well. To do this would require finding a material that can switc... » read more