Netflix / Twitter / Facebook / Peripheral Logic Bank / Oracle / Google / YouTube / Port 9 0 / Scale-Out Systems / Toshiba / Broadcom / HP / MySQL / Horizontal Bank / Intel / /
Country
Belgium / United States / /
Currency
Rs / USD / AMD / / /
Event
Product Release / /
Facility
Gb Port / Each port / Engineering Department University of Washington / Advanced Computer Architecture Laboratory University of Michigan / Ethernet port / /
IndustryTerm
disk-based systems / 3D stacking technology / Web Server Web Server Key Value Store Caching Layer Client Client Web Server / 4GB 3D chip / service web requests / web request / 3D-stacked memory technology / twotier infrastructure / cheaper solution / memory technologies / suitable processor / Web Server Web Server Client Client Database Web Server Web Server Database Web Server Client Web Server / wear-leveling algorithm / bank / Data center real estate / 28nm technology / cache server / commodity hardware / energy efficiency / client systems / recent technology / networked systems / low-request-rate applications / compact and efficient multicore processors / Network processing / photo server / server real estate / overall energy / distributed keyvalue store caching systems / web server setup / energy values / web service / systemon-chip / cloud computing workloads / redundant systems / energy-efficiency / replacement algorithm / electronic commerce workloads / server applications / cloud computing / simulation infrastructure / metadata processing / web services / /
OperatingSystem
Ubuntu / Linux / /
Organization
University of Michigan / University of Washington - Seattle / Logical / /
Person
Trevor Mudge / Anthony Gutierrez Michael Cieslak Ronald / / /
Integrated 3D-Stacked Server Designs for Increasing Physical Density of Key-Value Stores Anthony Gutierrez Michael Cieslak Ronald G. Dreslinski Luis Ceze†