Overview
Fast and Accurate Analysis and Debug of Rare Design Failures for Complex I/O, AMS and RF Blocks, Memories, Bit and Standard Cells
The Cadence Spectre FMC Analysis enables fast and comprehensive design space exploration using Monte Carlo simulations of complex analog, RF, I/O, mixed-signal blocks, memories, standard cells, and bit cells while maintaining necessary statistical accuracy. It works with the Spectre X and Spectre APS Simulators and allows you to distribute Monte Carlo simulation workloads to increase throughput. Read datasheet.
Key Benefits
Avoid Expensive Design Rework by Meeting 3- to 6+-Sigma Yield Requirements While Minimizing Simulation Cost
Accuracy
Provides right balance between accuracy and verification throughput using ML and advanced statistics-based accurate estimation of worst-case samples and yield
Throughput
Orders of magnitude speedup versus brute-force Monte Carlo analysis by minimizing the number of samples needed for accurate high-sigma analysis
Scalability
Offers increased scalability through massively parallel distributed processing capability, scaling up to thousands of cores on a compute farm or on the cloud
Ease of Use
Intuitive use model and fast Monte Carlo analysis activated through a simple switch, providing consolidated results for further analysis and debugging
Features
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