DFI revealed comprehensive roadmaps for System-on-Modules and Single Board Computers that detail Intel's forthcoming processor implementations. The documentation outlines five distinct chip families planned for embedded computing applications through 2026. Panther Lake processors will debut across multiple variants with different power specifications.
The PTH9HA model operates at 28 watts and targets high-performance computing modules during late 2025. Ultra-low power applications will receive the PTH9HM variant at 15 watts throughout 2026. Basic computing modules will utilize PTH960 and PTH968 processors rated for 45 watts in early 2026.
Nova Lake processors appear scheduled for desktop and mobile deployment during 2026's latter months. Both H-series and U-series configurations will serve high-performance and efficient computing needs respectively. Bartlett Lake S processors approach completion with BIOS updates underway for year-end release. Twin Lake chips deliver eight-core performance for compact solutions during early 2025. Wildcat Lake U processors will succeed Twin Lake technology with 15-watt specifications by early 2026.
The PTH9HA model operates at 28 watts and targets high-performance computing modules during late 2025. Ultra-low power applications will receive the PTH9HM variant at 15 watts throughout 2026. Basic computing modules will utilize PTH960 and PTH968 processors rated for 45 watts in early 2026.
Nova Lake processors appear scheduled for desktop and mobile deployment during 2026's latter months. Both H-series and U-series configurations will serve high-performance and efficient computing needs respectively. Bartlett Lake S processors approach completion with BIOS updates underway for year-end release. Twin Lake chips deliver eight-core performance for compact solutions during early 2025. Wildcat Lake U processors will succeed Twin Lake technology with 15-watt specifications by early 2026.
