Lunar Lake is our next generation mobile processor designed from the ground up for premium, low-power, AI PCs. In this episode of Talking Tech, we sit down with Arik Gihon, CPU and SoC Hardware Architecture Lead, and Yaron Alankry, VP and GM of Silicon Engineering Group, to talk about the goals that guided Lunar Lake’s design. You’ll learn about Lunar Lake’s highly performant Low Power Island composed of rearchitected E-cores; the benefits of including memory on package as well as an innovative memory side cache on the SoC; how multiple PMICs and variable power delivery optimize efficiency; and how exciting evolutions of our NPU and built-in Intel Arc GPU will make Lunar Lake a powerhouse processor for AI and Copilot+ PCs.

Architecture All Access: Live at Lunar Lake ITT: Lunar Lake Architecture Overview    • Architecture All Access: Live at Luna...  

Chapters:
00:00 – Intro
00:42 – The design philosophy of Lunar Lake
02:20 – What were the goals?
03:43 – Benefits of memory on package
04:52 – Disaggregated design and tiles
06:13 – P-cores overview
07:58 – E-cores overview
11:00 – Separating P-core and E-core clusters
12:43 – Memory side cache
14:53 – Benefits of PMICs
17:23 – What’s new for graphics?
19:10 – Lunar Lake NPU and AI
20:02 – Platform Controller Tile
21:05 – Construction and Foveros
23:11 – Outro

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