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Page 1: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 2: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 3: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 4: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 5: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 6: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 7: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 8: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 9: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 671627

Page 10: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 11: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 12: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 13: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 14: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 15: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 16: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 17: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 18: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 19: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 20: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 21: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 22: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 23: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Page 24: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

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Page 26: Technology Trends and Impacts - ECMWF · More than 60,000 computing cores in bullx B700 Direct Liquid Cooling blades distributed over 60 racks A supercomputer with a peak performance

Atos, the Atos logo, Atos Codex, Atos Consulting, Atos Worldgrid, Worldline, BlueKiwi, Bull, Canopy the Open Cloud Company, Unify, Yunano, Zero Email, Zero Email Certified and The Zero Email Company are registered trademarks of the Atos group. June 2016. © 2016 Atos. Confidential information owned by Atos, to be used by the recipient only. This document, or any part of it, may not be reproduced, copied, circulated and/or distributed nor quoted without prior written approval from Atos.

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