PPT-Jcooke @ Micron.com Flash Memory Technology Direction

Jim Cooke Director of Applications Engineering Memory Products Group Micron Technology Inc Agenda Mass Storage HDD HHD SSD How Flash can Benefit Drives Hybrid ReadyBoost Robson SSD. Any claim alleging that any product fails to conform to the foregoing warranty may be made only by the customer who purchased such product and only while such customer owns such product Micron CPG at its option will repair replace or provide an inst reserves the right to change products or specifications without notice tn2942nandwearlevelingfm Rev A 1008 EN 2008 Micron Technology Inc All rights reserved Products and specifications disc ussed herein are for evaluation and reference purposes onl Qing Xu. Tie Chen. Flash. An electronic device. Non-volatile. Can be electrically erased and reprogrammed. Usage:. Digital Music Device. Smartphones. Digital Cameras. Removable Storage Devices. (picpedia.com). @ Micron.com. Flash Memory Technology Direction . Jim Cooke. Director of Applications Engineering. Memory Products Group. Micron Technology, Inc.. Agenda . Mass Storage . HDD, HHD, SSD. How Flash can Benefit Drives. File . system organisation issues. Nick Gaens. Introduction. Technologies. How does it work?. Limitations. File systems: problems and workarounds. Outline. Flash . memory is a non-volatile computer storage chip that can be electrically erased and reprogrammed. Nikhil Nichani. Francis Perez. Business Summary. Micron Technology, based in Boise, Idaho, engages in manufacturing and marketing of semiconductor devices worldwide. The company’s product line include Dynamic Random Access Memory(DRAM), Solid-State Drive(SSD), and Flash Memory(NAND and NOR). Micron’s products are used in many electronic applications such as personal computers, memory cards, mobile phones, USB storage devices, digital cameras, and MP3 players. Micron has assembling facilities in the United States, Asia, Middle-East, and Europe, and is a major player in the international markets with strong sales in China. In May, 2010, Micron completed the acquisition of . Embedded Systems . Chanik. Park, . Jaeyu. . Seo. , . Dongyoung. . Seo. , . Shinhan. Kim and . Bumsoo. Kim . Software Center, SAMSUNG Electronics, Co., Ltd. . Proceedings of the 21st International Conference on Computer . High-Performance Key-Value Store. Hyeontaek. Lim. , Bin Fan, David G. Andersen. Michael . Kaminsky. †. Carnegie Mellon University. †Intel Labs. 2011-10-24. Key-Value Store. 2. Clients. PUT(key, value). Done By: . Bashayer. Al- . Suroor. ID: 200800649. Outline:. Introduction to How Flash Memory Works. A sample list of USB . devices. USB . Interface. Flash Memory: Tunneling and Erasing. How simple is the flash memory. Explain the limitations of flash memory.. Define wear leveling.. Define the term IO Transaction. Define the terms synchronous bus and asynchronous interconnect.. Explain the difference between polling and interrupts. Functions. Yinglei. Wang, Wing-. kei. Yu, . Shuo. Wu, Greg . Malysa. , . G. Edward . Suh. , and Edwin C. . Kan. Cornell University. May 21. st. , . 2012. Outline. Motivation. Flash memory basics. Device fingerprinting. Conceptual Roadmap. PN junction. MOSFET. Flash Cell. Flash Blocks. Modern Devices. Put n-channels in p-substrate:. . drain (D), Source (S), Gate(G). Add a floating gate. Put a bunch together in NAND or NOR configuration. Prof. Onur Mutlu. Carnegie Mellon University. Emerging Memory Technologies Lectures. These slides are . from the . Scalable . Memory Systems. course . taught at . ACACES . 2013 (July 15-19, 2013). Course Website:. Qiuping Wang. *. , . Jinhong. Li. *. , Wen Xia. #. Erik . Kruus. ^. , . Biplob. Debnath. ^. , Patrick P. C. Lee. *. *. The Chinese University of Hong Kong (CUHK). #. Harbin Institute of Technology, Shenzhen.