Play WebinarTitle: Maximizing Design Reliability with Advanced Linting: Uncover Hidden RTL Issues EarlyDescription: Undetected RTL coding issues can lead to costly design iterations and unexpected failures late in the development cycle. Advanced linting is a powerful static analysis technique that detects bugs, inefficiencies, and structural issues in RTL code—long before they manifest in hardware. Linting tools analyze HDL code against hundreds of industry-proven design rules, covering syntax, naming conventions, synthesizability, and performance optimizations. They also help detect clock domain crossing (CDC) issues, reset tree problems, and RTL-to-synthesis mismatches—errors that often remain invisible in functional simulations but can cause failures in FPGA lab testing. In this webinar, we’ll explore the key benefits and best practices of advanced linting for robust and efficient design development. Through practical examples, we’ll demonstrate how linting can improve code quality, enhance design reuse, and prevent late-stage surprises.Signing up for an account is easy. With an Aldec account you'll have easy, one-click access to event registration, support, product downloads, evaluation licenses, recorded webinars, white papers, application notes and other resources. Simply provide your corporate e-mail address below - all account requests are verified and confirmed within 48 hours. If you already have an Aldec account, please Sign In below to download the file. Register Sign In
