Running X-Propagation with Low-Power Simulation
In today's ever-evolving semiconductor industry, the pursuit of low-power designs has become paramount. With the increasing demand for energy-efficient devices, the need for low-power simulation methodologies has grown exponentially. One crucial aspect of low-power simulation that often remains underestimated is X-propagation analysis. In this blog, we will delve into the world of low-power simulation, focusing on why running X-propagation is key for verification closure. We will explore the challenges posed by unknown values (Xs) in digital circuits, the impact of low-power design techniques, and the critical role that X-propagation plays in ensuring reliable, power-efficient electronic systems.
To read the full article, click here
Related Semiconductor IP
- Temperature Glitch Detector
- Clock Attack Monitor
- SoC Security Platform / Hardware Root of Trust
- SPI to AHB-Lite Bridge
- Octal SPI Master/Slave Controller
Related Blogs
- How to Get High-Performance Simulation with Predictable Capacity Uplift in the Cloud
- Samsung Foundry Accelerates Billion-Gate Low-Power Signoff with Synopsys VC LP
- Xilinx unleashes triad of low-power, 28nm FPGA families with very promising characteristics for memory interfacing
- Cadence Low-power Verification: Tear Down These Walls