Green Meter Announcement Thierry Van Landegem, Chairman, Executive Board of GreenTouch Thierry E. Klein, Chairman, Technical Committee of GreenTouch

GreenTouch background Green Meter Analysis: results of research study into future energy efficient networks Upcoming GreenTouch milestones AGENDA 13 May 20132

Data traffic drives energy consumption and is increasing exponentially Today’s networks are optimized for capacity not energy All the technology available today cannot put the brakes on this energy consumption growth Reducing energy consumption depends on optimizing networks for energy consumption SETTING THE STAGE 13 May

Accelerate trend towards reduction in energy consumption Create technologies for a different kind of network Enable better performance with less energy Built a theoretical framework to calculate energy reduction potential of different technologies Committed to open innovation and collaboration to accelerate progress VISION 13 May

Green Touch initiative formed in 2010 to invent the technologies needed Global research consortium with major industry leaders, equipment providers, operators, research institutions, academia Developing to provide a roadmap, architectures, protocols and technologies to improve energy efficiency in networks by 1000x compared to 2010 levels Invent these technologies and provide roadmap by 2015 MISSION OF GREENTOUCH 13 May

SungKyul University Swisscom TNO TU Dresden Universitat Paderborn University College London University of Cambridge University of L’Aquila University of Leeds University of Manchester University of Maryland University of Melbourne Centre for Energy-Efficient Telecommunications (CEET) University of Missouri – Kansas City University of Piraeus Research Center University of Rochester University of Toronto Utah State University Vodafone ZTE Corporation AGH University of Science and Technology Athens Information Technology (AIT) Center for Research & Education Bell Labs California Institute of Technology (Caltech) CEA-LETI Applied Research Institute for Microelectronics China Mobile Chunghwa Telecom Columbia University CommScope Dublin City University Electronics and Telecommunication Research Institute (ETRI) Energy Sciences Network/ Lawrence Berkeley Labs Fondazione Politecnico di Milano France Telecom Orange Fraunhofer-Geselleschaft The French National Institute for Research in Computer Science and Control (INRIA) Fujitsu Huawei IMEC iMinds Indian Institute of Science Indian Institute of Technology (IIT) Delhi Institute for Energy Efficiency, UCSB Karlsruhe Institute of Technology Katholieke Universiteit Leuven (K.U. Leuven) King Abdulaziz City for Science and Technology Korea Advanced Institute of Science and Technology (KAIST) KT Corporation National Chiao Tung University National and Kapodistrian University of Athens Nippon Telegraph and Telephon Corp. (NTT) Politecnico di Torino Portugal Telecom Inovação, S.A. Samsung Advanced Institute of Technology (SAIT) GREENTOUCH MEMBERS 13 May

Research study shows net energy consumption in networks can be reduced by up to 90% by 2020 while taking into account traffic growth Provides a roadmap for service providers with identified architectures, protocols and technologies to improve the energy efficiency of networks Conducted as part of GreenTouch Green Meter to: Understand relative impact of different technologies Provide comprehensive end to end architecture Assess consortium’s progress towards its very ambitious goals TODAY’S NEWS 13 May

Makes both Environmental and Economic Sense WHY NETWORK ENERGY EFFICIENCY? GROWTH INCREASE REDUCE Revenue from Services Costs Green Services Carbon Footprint Bytes Watt- hours 13 May 20138

DRAMATIC ENERGY EFFICIENCY IMPROVEMENTS Double Click Here 13 May

DRAMATIC ENERGY EFFICIENCY IMPROVEMENTS 13 May

MOBILE Small cells deployment in dense urban environments Infrastructure sharing across operators Discontinuous transmissions during periods without traffic WIRELINE Bit interleaved passive optical networking (Bi-PON) CORE Dynamic allocation of resources to diurnal traffic fluctuations GENERAL Power models for energy efficient hardware and network equipment SOME KEY TECHNOLOGIES 13 May

Will be included in future analysis and updates of the green meter calculation MOBILE Massive deployment of small cells Smart algorithms for turning small cells on and off Separation of control and data planes Large scale antenna system CORE Optimized content placement and caching in the network SOME FUTURE TECHNOLOGIES 13 May

Further research into energy efficiencies Updates to Green Meter calculations expected later in 2013 Demonstrations of key technologies planned for 2014 and 2015 UPCOMING ANNOUNCEMENTS 13 May

THANK YOU ! QUESTIONS ? 13 May