Independent, coverage-driven verification for any project — spec-kit, but for verification. A blind AI agent verifies your code from the spec alone, with reproducible bug-injection evidence (20/20 ...
A week-long competition where teams build AI-assisted verification environments for real-complexity RTL designs derived from the OpenTitan ecosystem. Participants develop testbenches, drive coverage ...
Experts at the table: Semiconductor Engineering sat down to discuss possible future directions for formal verification technology with Ashish Darbari, CEO for Axiomise; Jin Zhang, product management ...
Abstract: The router is designed to manage the efficient routing of data from a single input to one of three outputs, making it a critical component in various communication systems. The architecture ...
Chip design involves translating detailed specifications into RTL code and creating thorough verification environments. This process can be time-consuming and error-prone if done manually. Ensuring ...
Every aspect of designing, verifying, programming, validating, and documenting system-on-chip (SoC) devices is really hard. Semiconductor companies simply cannot hire enough engineers to create each ...
Abstract: Functional verification is one among t he main bottle-neck in design of complex system designs and it consumes almost 70% of the project cycle. In present scenario, verification using ...
It is well known that the task of verification looms large in the design of digital IP, as well as the design of SoCs. The target is to reach 100% for both RTL code and functional coverage, minimizing ...
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