PPT-Optical Overlay NUCA: A High Speed Substrate for Shared L2 Caches

Eldhose Peter Anuj Arora Akriti Bagaria and Dr Smruti R Sarangi OONUCA IIT Delhi CISCO Bangalore Motivation Overlay NUCA Architecture Results Understand the problem Cache. 0 Naveen Muralimanohar Rajeev Balasubramonian Norm Jouppi School of Computing University of Utah HewlettPackard Laboratories Abstract A signi64257cant part of future microprocessor real estate will be dedicated to L2 or L3 caches These onchip cache Phospholipid monolayer. water subphase. Gleiche et al., . Nature. . 2000. ,. . 403,173-175. DPPC on mica. Transfer direction. Chen et.al., JPCB, 110 (2006) 8041. Solid supported super- structures. Smruti. R. Sarangi. Time to go deeper into the memory system. Processor. L1. L2. Main Memory. Let us mainly focus on the L2 cache. Outline. Modeling and simulating caches. Structure of a large L2 Cache. Lessons Learnt. Part 4. Track side design (1). 2. Risk of loss of flexibility in operational moves during application design!. Learn how to read scheme plans in line with ERTMS and its workings. Need to consider:. Instructor: Mikko H . Lipasti. Fall 2010. University of . Wisconsin-Madison. Optional lecture – just for “fun”. Good News. Technology advances at astounding rate. 19. th. century: attempts to build mechanical computers. Javier Lira. . ψ. Carlos Molina. . ф. Antonio . González. . ψ,λ. . λ. Intel Barcelona Research Center. Intel Labs - UPC. Barcelona, Spain. antonio.gonzalez@intel.com. ф. . Dept. Enginyeria Informàtica. Placement and Management. Andreas . Moshovos. University of Toronto/ECE. Short Course, University . of Zaragoza, . July 2009. Most slides are based on or directly taken from material and slides by the original paper authors. Computer Architecture Lab at Carnegie Mellon Technical Report CALCM-TR-2008-001Submitted to ISCA 2009of-order cores, and the rest of our workloads on a 16-core tiledCMP with in-order cores.To estimate WHY NUCA? NUCA of the Carolinas…… • NUCA of the Carolinas is dedicated to promoting the value of NUCA to it’s members and non - members alike by providing meaningful programming and networ wisi.de At a glance: High-speed 10-GbE throughput Single DS port, up to two US ports Superior RF performance Fully standard compliant with DOCSIS 3.0 and 3.1 Precision IEEE 1588 PTP synchroniza The GEFE M Barros Marin A Boccardi C Donat Godichal JL Gonzalez T Lefevre T Levens B Szuk Web site http//wwwohwrorg/projects/gefeA new radiation tolerant acquisition system for beam instrumentationEm aJigsaw68bJumanjiFig1DynamicNUCAhasnaturaladvantagesinthedatacenterbecauseitmeetsperformancetargetswithfewerresourcesandphysicallyisolatesdatafromattackersaHoweverJigsawastate-of-the-artD-NUCAisoblivi FOR IMMEDIATE RELEASEDecember 22 2020For more information Robert Baylor NUCA Director of Communications 703-890-7807 robertnucacomNUCA Delivers For Americas Utility Construction IndustryFinal Coronavi Challenge: . Laser accelerators can achieve very high accelerating gradients, but as a rule require very high peak power. High peak power lasers are not easily scalable to high average power. Many HEP applications (i.e. ILC positron source, or .