Тенденции развития современных Центров Обработки Данных
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Data center networks are evolving towards more programmable and software-defined architectures. Cisco's data center vision involves building bridges between individual, public, private, and hybrid clouds with unified management, intelligent infrastructure, and shared resource pools. This will provide enterprises with simplified and automated infrastructure with performance improvements up to 100G networking. Cisco offers networking, compute, and storage solutions including UCS, Nexus switching, and cloud platforms like OpenStack to help customers build flexible private and hybrid cloud environments.
Тенденции развития современных Центров Обработки Данных
- 1. Data Center Evolution to Cloud towards infrastructure intelligence Paul Perez VP & CTO Data Center Group Cisco Systems November 2012
- 2. Ramping the Next Technology Cycle On the cusp of a New Productivity-Driven IT Wave Rate of Growth for IT Spending Relative to GDP Growth Normalized to Average New Tech 130% Cycle? MAINFRAME PC/LAN INTERNET 120% 110% 100% Productivity 90% 80% 70% 60% Source: CIMI Corporation
- 3. Macro Data Center Trends IT Complexity Patterns and Context Awareness Analytics The Virtual Hybrid Cloud Enterprise
- 4. 1 Leadership in Routing, Switching, Security & Mobility 2 Collaboration 3 Data Center / Virtualization / Cloud 4 Video 5 Architectures for Business Transformation “Working to solve our customers biggest challenges”
- 5. Cisco’s Data Center Vision Healthcare Government HYBRID INDIVIDUALS BUSINESS PUBLIC PRIVATE Media Others
- 6. Strategy: Building the Bridge to a World of Many Clouds Multi- Multi-Tenancy RISC to x86 Nexus 1K/vPath UCS Central Variable- Variable-Cost Model FCoE UCS Expanded Cisco ONE Memory Demand- Demand-side provisioning N5K- N5K-N2K Cloupia VM- VM-FEX Self- Self-Service Portal CONSOLIDATION VIRTUALIZATION AUTOMATION PRIVATE UTILITY CLOUD MARKETS Simplify Optimize Scale Enterprise- Enterprise- Inter- Inter-Cloud Class Clouds
- 7. The Compute Model Influences the Network Model Distributed Holistic Application Perspective Switching Network Fabric L2, Application Application Compute Compute Storage Storage Services Services L3 Fabric UCS Computing XML API Standard APIs UCS Manager
- 8. Fabric Computing: Cisco UCS Architecture Applications Industry STANDARD XML API API’S Standard APIs UCS Manager FABRIC INTERCONNECTS Cisco UCS 6296 XP Fabric Extenders (I/O modules) COMPUTE Blade Form Factor Rack Form Factor
- 9. UCS Design Goal: Single Unified System
- 10. Cisco Unified Computing System • 15,800 unique UCS Customers • #3 market share in x86 blades (#2 in the US) • 2,600 UCS channel partners • 44 ISVs writing to UCS API (and growing) • Ten of thousands of supported applications • 65+ world record performance benchmarks • Numerous industry awards and certifications Source:IDC Q4’11 Server Forecaster
- 11. Cisco Performance Leadership Example: Oracle Business User World Record Benchmarks Performance Proof Points Enterprise Oracle E-Business Oracle Application Standard Siebel 8.1.1.4 Suite, PeopleSoft, Applications Benchmark 12.1.3 10,000 Users BUSINESS SERVICES Siebel, JD Edwards, Payroll Batch – Extra Large Model Oracle Fusion Order to Cash Batch – Large Model JD Edwards 9.1 B200 M3 Oracle VM MiddleWare Oracle WebLogic, 2,000 Users Oracle SOA Suite, Oracle Application Standard OracleAS Benchmark 12.1.2 Database Payroll Batch – Extra Large Model PeopleSoft 9.0 Order to Cash Batch – Large Model North American Payroll Oracle Database, 255,319 Payments/Hour B200 M3 Oracle TimesTen Operating System TPC-C Two Socket Oracle NoSQL Oracle Linux 1,609,186.39 tpmC $0.47/tpmC 1,244,550 Mix Operations/Sec. C240 M3 Virtualization Oracle VM 23 World Record Oracle-based Benchmarks!
- 12. Cisco Integrated Solutions Portfolio Vertical Smart Healthcare Financial Services Manufacturing Retail Solutions Solution Focus Vblock Enterprise Apps Databases Business Analytics Virtual Desktop / Big Data Applications FLEXPOD VXI Management RISC Migration Operating System & Hypervisor
- 13. UCS: Embedded Automation Up l i n k p o c o fi g ra o n VL rt n u ti , AN, VSAN, Qo S, a d Et e a n e s n h rCh n l Se rv e r p o co f g u ti o i n u d n rt n i ra n cl i g L AN a n d S se n s AN tti g Ne two rk i n t rf ce c a (NIC) e a rd c o n fi g u t o : MAC a d s s, ra i n d re VL AN, a n d Qo se t i n s ; S g h o s t b u a d p t rHBA co f g ra o : s a e n i u ti n wo rl d wi d e n m e (WWNs), V a s SANs, a n d b a n wi d co n t a i t ; d th s r n s a n d fi rm wa re i si o s re v n Un i q u e u e I (UUID), s rD fi rm wa re re vi si o s, n a n d RAID co n l l e se n g tro r tti s Se rv i c e p fi l a ss i n d to se rve r, ro e g e c h a s s i s sl o o p o t, r o l Storage Server Network Uplink port configuration, VLAN, SME SME SME VSAN, QoS, and EtherChannels Up l i n k p o c o fi g ra o n VL rt n u ti , AN, VSAN, Qo S, a d Et e a n e s n h rCh n l Se rv e r p o co f g u ti o i n u d n rt n i ra n cl i g L AN a n d S se n s AN tti g Server port configuration including Ne two rk i n t rf ce c a (NIC) e a ra i n rd c o n fi g u t o : MAC a d s s, d re VL AN, a n d Qo se t i n s ; S g h o s t b u a d p t rHBA co f g ra o : s a e n i u ti n wo rl d wi d e n m e (WWNs), V a s a n d b a n wi d co n t a i t ; d th s r n s a n d fi rm wa re i si o s re v n SANs, LAN and SAN settings Un i q u e u e I (UUID), s rD fi rm wa re re vi si o s, n a n d RAID co n l l e se n g tro r tti s Se rv i c e p fi l a ss i n d to se rve r, ro e g e c h a s s i s sl o o p o t, r o l Network interface card (NIC) configuration: MAC address, VLAN, and QoS settings; host bus adapter HBA configuration: worldwide names (WWNs), VSANs, Up l i n k p o c o fi g ra o n VL rt n u ti , AN, VSAN, Qo S, a d Et e a n e s n h rCh n l Se rv e r p o co f g u ti o i n u d n rt n i ra n cl i g L AN a n d S se n s AN tti g and bandwidth constraints; Ne two rk i n t rf ce c a (NIC) e a rd and firmware revisions c o n fi g u t o : MAC a d s s, ra i n d re VL AN, a n d Qo se t i n s ; S g h o s t b u a d p t rHBA co f g ra o : s a e n i u ti n wo rl d wi d e n m e (WWNs), V a s SANs, a n d b a n wi d co n t a i t ; d th s r n s a n d fi rm wa re i si o s re v n Unique user ID (UUID), Un i q u e u e I (UUID), s rD fi rm wa re re vi si o s, n a n d RAID co n l l e se n g tro r tti s Se rv i c e p fi l a ss i n d to se rve r, ro e c h a s s i s sl o o p o g e t, r o l firmware revisions, and RAID controller settings Service profile assigned to server, chassis slot, or pool Up l i n k p o c o fi g ra o n VL rt n u ti , AN, VSAN, Qo S, a d Et e a n e s n h rCh n l Se rv e r p o co f g u ti o i n u d n rt n i ra n cl i g L AN a n d S se n s AN tti g Ne two rk i n t rf ce c a (NIC) e a rd c o n fi g u t o : MAC a d s s, ra i n d re VL AN, a n d Qo se t i n s ; S g h o s t b u a d p t rHBA co f g ra o : s a e n i u ti n wo rl d wi d e n m e (WWNs), V a s SANs, a n d b a n wi d co n t a i t ; d th s r n s a n d fi rm wa re i si o s re v n Un i q u e u e I (UUID), s rD fi rm wa re re vi si o s, n a n d RAID co n l l e se n g tro r tti s Se rv i c e p fi l a ss i n d to se rve r, ro e g e c h a s s i s sl o o p o t, r o l Subject matter expert Policies used to Service profile Associating service 1 define policies 2 create service 3 templates create 4 profiles with hardware profile templates service profiles configures servers automatically
- 14. Wire-Once Infrastructure: Nexus Switching 10G, 40G, 10G, 40G 100G Fabric Unified Compute FC FCoE Virtual Workloads NAS/iSCSI FC, FCOE NAS Infrastructure Standardization Flexibility of Running File and Unprecedented Results in Application Agility Block on Same Infrastructure Operational Simplicity
- 15. The Compute Model Influences the Network Model Distributed Holistic Application Perspective Switching Network Fabric L2, Application Application Compute Compute Storage Storage Services Services L3 UCS XML API Standard APIs UCS Manager
- 16. Customer Insights Research/ Research/ Massively Scalable Cloud Service Providers Enterprise Academia Data Center • Experimental • Customize with • Automated • Policy-based • Virtual workloads, OpenFlow/SDN Programmatic provisioning & control & analytics VDI, Orchestration components for APIs to provide programmable to optimize and of security profiles production deep insight into overlay, OpenStack monetize networks network traffic service delivery Diverse Programmability Requirements Across Segments Most Requirements are for Automation and Programmability
- 17. Cisco Open Network Environment Industry’s Most Comprehensive Portfolio Hardware + Software Physical + Virtual Network + Compute Apps Apps Apps Multi- Multi-layer API Controller Virtual Overlay Programmatic Virtual APIs Overlays Device Device Device Network a Controllers and agents
- 18. Cisco Open Network Environment 1. Platform APIs 2. Controller/ Agents 3. Virtual Overlay Networks Comprehensive OpenFlow v1.x Agent • OpenStack and Developer Kit across REST API IOS, IOS-XR and NX-OS • Multi-Hypervisors • VXLAN Gateway • Security, Services Chaining Industry’s broadest approach for Network Programmability
- 19. Building your Cloud Foundation with Cisco Unified Management Self integrating components and API for automation through standard tools Intelligent Infrastructure Bare metal abstraction and policy-based application optimization at run time Simplicity and cost reduction with Unified Fabric performance roadmap to 100G and beyond. Extensibility through plug-in architecture Shared Resource Pools and self-service infrastructure Elastic Resource Allocation Seamless automated scalability and mobility of virtual and physical workloads
- 20. Thank you. Спасибо. © 2012 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 20