Announced at GDC 2026, this technology aims to eliminate "shader compilation stutters" by allowing developers to pre-prepare shader packages for specific hardware configurations.
Since the debut of DirectX 1.0 in 1995, Microsoft’s API suite has evolved from a rudimentary solution for hardware abstraction to a sophisticated platform rivaling low-level console APIs. For years, version numbers denoted distinct architectural shifts (e.g., the move from DirectX 9 to 10, or 11 to 12). However, the current landscape is more nuanced.
Announced at GDC 2026, this technology aims to eliminate "shader compilation stutters" by allowing developers to pre-prepare shader packages for specific hardware configurations.
Since the debut of DirectX 1.0 in 1995, Microsoft’s API suite has evolved from a rudimentary solution for hardware abstraction to a sophisticated platform rivaling low-level console APIs. For years, version numbers denoted distinct architectural shifts (e.g., the move from DirectX 9 to 10, or 11 to 12). However, the current landscape is more nuanced.
