Step into Green Computing Consortium

Transcription

1 Step into Green Computing Consortium Tao Wang March 21, 2018

2 Diversified Workload and Moore s Law Failure Opened Opportunity for ARM Z High performance server SPARC Power PA-RISC Itanium X86 MIPS RISC to IA X86 Moto 68K PPC SoC/Mobile/ Consumer ARM PC age NP DSP Many architectures flourishing Multi-Core Power RISC vs CISC PC & Server Partly open Alpha ARM IA to ARM Closed architecture MIPS Learning ARM to be prosperous again Open, good ecosystem Mobile Internet age New opportunity for major arch The number of cores has increased significantly. Cache Coherent Interconnect. Heterogeneous CPU+GPGPU+FPGA+ Integration Memory system refactoring, CPU / MEM depth integration Memory closer to computing Cloud Computing age Seeking breakthrough in new direction

3 Diversified Workload and Moore s Law Failure Opened Opportunity for ARM (cont.) Diversified workload in Cloud computing, promoting new trend in data center, including multi-core, heterogeneous and integration, which put forward a huge demand for the next generation of computing Moore's Law failed after 7nm process, the cost drastically increasing brought a significant opportunity for ARM. The industry began to start

4 Common Idea Gathered a Group Server manufacturers who has invested the chip and system, expect the commercial interests from the good development of ARM industry MIIT represent for Chinese Government, need a healthier computing industry with higher energy efficiency products and system Those, are founding member of GCC

5 2015 Nov. in Beijing, First Round Table Meeting Core results 18 participating companies, universities and academic institutes reached the consensus to found Green Computing industry alliance Alliance mission Conforming to the ICT industry trends of open source software and open hardware, converging the advanced resources from global ecosystem, and providing enterprises with easier use and manageable green energy-efficient products based on the ARM computing chipsets and other open technologies. Confirmed follow-up planning and rhythm Followed with monthly meeting: Alliance target Bylaw

6 2016 Feb. Beijing, Preparation Meeting for Final Found Up Core result Reached consensus on OpenGCC alliance direction Mei Hong, Academician of the Chinese Academy of Sciences, the chairman of the board, Main target of alliance: to improve green industry Discussed alliance bylaw and IPR policy Initiated the discussion about work direction

7 Alliance Idea 5 Areas to Establish the Ecosystem ①Pilot Programs Application Advanced scenarios Database Tool chain& Library OS HW Scenario① Scenario ② ③Open Source SW ④Interface standards ⑤Talent Development Scenario n ② Business SW Based on advanced scenario, bidirectional driving Pilot Programs and the SW ecosystem(including business SW and Open Source SW) Standards: to ensure the industry consistency Talent development: training program to ensure the sustainable development of green computing industry

8 Scope of GCC Application Midware ① Tool chain OpenFlow/OpenStack/OpenJDK /Java Database ⑤ SQLServer ① Windows Server ④ Driver WinDK BIOS Host Chips HP Dell Qualcomm Ubuntu SUSE 联想 Monitor Maintain Backup tool 3 Chip vendors need unified BIOS and driver ③ ④ Avoid repeating work on tool chain In Linaro align Linux Kernel and HW Hisilicon Performa nce/debu gging tool Linux OS business version, graphic needs GPU support Compiler debugger UEFI/ACPI Cavium part of Tool Chain through ERP Plinth Cooperation between Chip system vendors Linux Kernel ② UEFI/ACPI ② vendors Q/Cavium/H and RedHat ③ Kernel through WinDK adaption Oracle/SAP Linux OS system : fit for all Windows scenario ② ③ Apache/nginx/MySQL/PHP/Hadoop ⑥ Windows manages independent RedHat Ubuntu SUSE GPU AMD/Nvidia ⑤ Database adaption ⑥ Build Midware and App through TestBed

9 2016 Apr. Beijing, Formally Launched 4 levels of member: Platinum, Golden, Silver and Regular (Academy and User) 17 founding members Website: Wechat public account 绿色 计算产业联盟 Based in China with global cooperation

10 Organizational Structure and Work Scope General Meeting of Members Board of Directors Technical committee Standards & Test System Enabling Advisory Committee Secretariat Pilot Program Talent Development IPR

11 Organizational Structure and Work Scope (cont.) Secretariat Permanent dept which responsible for organization, operation and working group support Standards and Test Define GCC technology standards and test spec, and conduct test and validation to avoid industry split System Enabling Cooperate with Linaro to promote the system enablement via R&D and tool development Pilot Program Promote application demonstrations for both OTT and enterprise customers to drive ecosystem build-up IPR Manage IPR related issues, case by case Talent Development Establish the talent development programs in academy to ensure the sustainable development of green computing industry

12 Fruitful Results after 1 Year Operation 19 members newly added, total 36 by Feb Finished Green Computing Standards Whitepaper and plan to release at the World Internet Conference in 2017 Dec Under building: ARM-based green computing research and test platform(cesi), two testbeds Good cooperation to promote ARM ecosystem: key Linux OS released business version More worked to do: GPU adaptation, Platform building, Application enrichment

13 Fruitful Results after 1 Year Operation (cont.)

14 Deep and Extensive Cooperation to Promote Green Computing Industry in the Future Research and development collaboration -- GCC Developer Cloud (ERP based) initial setup ready to grow GCC SW ecosystem Version release collaboration Technical seminar synergy

15 Thank You Tao Wang March 21, 2018