EPYC™ Processors — Vulnerabilities & Security Advisories 13

This page catalogs Common Vulnerabilities and Exposures (CVEs) affecting EPYC™ Processors, a family of central processing units developed by AMD. It aggregates security reports related to hardware flaws, instruction set architecture issues, and firmware vulnerabilities that have been disclosed for this specific processor line. The collection includes data ranging from the initial launch of the first-generation Zen architecture through the most recent iterative releases, ensuring comprehensive coverage of the product's lifecycle. Here, users can track AMD’s advisory responses to discovered defects, understand the technical implications of specific weakness classes such as speculative execution side-channels or memory controller errors, and review the historical timeline of fixes applied to EPYC™ silicon. This resource serves as a neutral reference for security researchers, system administrators, and hardware engineers seeking to assess risk profiles or verify patch status. By centralizing these records, the page facilitates a clearer view of the security posture of AMD’s server and workstation processors. It avoids speculative commentary, focusing solely on documented facts and official vendor statements. Readers can use this information to inform hardware refresh cycles, validate mitigation strategies, or conduct forensic analysis of past incidents. The structure allows for efficient searching by component, severity, or publication date, supporting informed decision-making without overwhelming the user with unstructured data. All entries are cross-referenced with standard vulnerability databases to maintain accuracy and consistency across the record.