Slide 1: A Revolutionary Breakthrough
A Revolutionary Breakthrough +
Slide 2: Safe harbor
Safe harbor During the course of this presentation, Micron and Intel may make projections or other forward-looking statements. Forward looking statements are predictions, projections and other statements about future events that are based on current expectations and assumptions and, as a result, are
Slide 3: Rob Crooke, Mark Durcan
Rob Crooke Mark Durcan Senior Vice President, CEO, Intel Micron
Slide 4: Intel and Micron bring 3D XPoint
Intel and Micron bring 3D Xpoint™
Slide 5: A timeline of memory class introductions
A timeline of memory class introductions 2015 3D XPoint™ 1989 NAND Flash 1988 Memory NOR Flash 1971 Memory EPROM 1966 DRAM 1961 SRAM 1956 1947 PROM Ram
Slide 6: The explosion of modern data
Capacity The explosion of modern data REQUIRES performance Non-Volatile
Slide 7: The breakthrough
The breakthrough 1000X faster 1000X endurance 10X denser THAN NAND OF NAND THAN CONVENTIONAL MEMORY *Results have been estimated or simulated using internal analysis or architecture simulation or modeling, and provided to you for informational purposes. Any differences in your system hardware, softw
Slide 8: What is 3D XPoint?
What is 3D Xpoint™? Breakthrough Crosspoint Structure Selectors allow dense packing and Material Advances individual access to bits Compatible switch and memory cell materials Scalable High Performance Memory layers can be Cell and array architecture that can stacked in a 3D manner switch states 100
Slide 9: 3D XPoint enables future applications
3D Xpoint™ enables future applications Massive in-memory Gaming data base Fast system High fidelity recovery pattern recognition Low latency Genomics High endurance
Slide 10: 3D XPoint exists and is truly a breakthrough
SDXPonT"EXISTS AND IS TRULY A BREAKTHROUGH IN MEMORY TECHNOLOGY
Slide 11: 3D XPoint Technology Q&A
3D Xpoint™ Technology Q&A #3DXPoint Intel: www.intel.com/newsroom/3DXPoint Micron: www.micron.com/news/3DXPoint