Fujitsu World Tour. in Action. Human Centric Innovation. Business-Centric Data Center. 0 Copyright 2016 FUJITSU

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3 Fusion of the Physical and Digital Worlds Sense the physical world Support people s decisions and actions Physical World Internet of Things Digital World Collect large amounts of data Analyze Data Gain New insights 2 Copyright 2016 FUJITSU

4 Level of Digitalization The Impact of Digitalization on DC Architectures Intelligent Modular Industry Solutions Users & Things COMPUTE STORAGE NETWORK Mobile Broadband Big Data/Analytics Social Cloud Mobile Devices & Apps Billions/ Trillions Modular x86 HW independent Hyper-scale The new IP = network for the 3 rd Platform Internet PC Client/Server Millions x86 RISC Integ. HW&SW vendor-specific scale-up & out IP, LAN/WAN Mainframe Terminal Thousands Mainframe Systems Specialized Mainframe Connectivity Systems Network Architecture (SNA) Source: IDC 3 Copyright 2016 FUJITSU

5 The way to a Fast, software-defined IT Characteristics of the 3 rd platform Intelligent Modular Industry Solutions Unpredictable amounts of data Unpredictable amounts of users / things Mobile Broadband Big Data/Analytics Social Cloud Mobile Devices & Apps Data Center infrastructure requirements Creation of Fast IT fast & flexible scalability in transporting, processing and storing data Hardware-independent provisioning => Software-defined data center (SDDC) 4 Copyright 2016 FUJITSU

8 Building a DC infrastructure is complex Tasks to be completed Select, procure, integrate components Tedious coordination among admins Work off complex test matrix Compatibility of (multi-vendor) components Integrate into production environment Deep knowledge and skills Less focus on business High maintenance effort Each installation is different Management Applications Middleware OS Virtualization Server Storage Network DIY (Do-it-Yourself) can be error-prone, time-consuming, risky, expensive. 7 Copyright 2016 FUJITSU

9 Software-defined Data Center Building Blocks ORCHESTRATION PLATFORM HYBRID IT MANAGEMENT Agile aggregation of COMPUTE power Agile and hyper-scale STORAGE systems Agile NETWORKING technology Software-defined computing Software-defined storage Software-defined networks 8 Copyright 2016 FUJITSU

10 Server-Architecture for the SDDC Server Requirements for the SDDC Modular design for fast scalability Online expansion of processing power High-density to save DC space Low energy, low heat Flexible and dynamic connectivity Combined compute and storage nodes for hyper-converged scenarios Move from blade-design to modular server design PRIMERGY CX cloud server 9 Copyright 2016 FUJITSU

11 Hyper-scale Storage-Architecture for the SDDC Storage Requirements for the SDDC Decoupling data management from the underlying hardware software defined storage Clustered architecture for linear scalability of capacity and performance Using Open-source storage platforms (e.g. Ceph) to avoid lock-in and to ensure longevity Online refresh of storage to extend lifecycle - avoiding storage migration Support of object storage 10 Copyright 2016 FUJITSU

12 Network Requirements for the SDDC Network Requirements for the SDDC Enabling the movement of data / apps across public and private cloud resources Any device, any place access Software-enabled control Automated quality-of-service management Meshed fabric instead of hierarchical structure Virtual Edge Enterprise Data Center IT Hybrid Cloud Telecom Cloud 11 Copyright 2016 FUJITSU

13 The two shades of SDDC Functional approach Discrete software-defined compute, storage and network entities Ideal for general purpose infrastructures Hyper-converged approach Software-controlled building blocks with integrated network, storage and compute functions Ideal for specific purpose scenarios ORCHESTRATION ORCHESTRATION NETWORK NETWORK NETWORK NETWORK COMPUTE COMPUTE COMPUTE COMPUTE STORAGE STORAGE STORAGE STORAGE 12 Copyright 2016 FUJITSU

14 Example Functional Approach ORCHESTRATION ORCHESTRATION PLATFORM HYBRID IT MANAGEMENT NETWORK COMPUTE STORAGE Hypervisors/Containers ETERNUS CD10000 Object Access Block Access File Access Red Hat Ceph Storage Software VCS Fabric Cluster of Storage Nodes Modular servers Software-defined, hyper-scale storage Software-defined network fabric 13 Copyright 2016 FUJITSU

15 Example Hyper-converged Approach VMware SDDC PRIMEFLEX for VMware EVO SDDC ORCHESTRATION Integrates software-defined compute, storage and network into a virtualized DC platform Based on VMware s EVO software, Fujitsu s server and Brocade s networking technology Ready to-run solution fully serviced by Fujitsu Radically reduced deployment, operations and life-cycle mgmt. efforts Horizon Suite (optional) vrealize Automation (optional) vrealize Operations Mgmt. vrealize Log Insight NSX Virtual SAN vsphere ENT+ Hardware Management Services (HMS) NETWORK COMPUTE STORAGE NETWORK COMPUTE STORAGE NETWORK COMPUTE STORAGE Vmware EVO SDDC 14 Copyright 2016 FUJITSU

16 Integrated Systems the fast Track to SDDC The challenge Building SW-defined infrastructures creates substantial integration efforts The solution Integrated systems offer a short-cut through pre-integration VMware EVO SDDC Red Hat OpenStack VMware VSAN VMware EVO SDDC Red Hat OpenStack VMware VSAN 15 Copyright 2016 FUJITSU

17 The Fast IT emerges alongside the Robust IT Fast IT, SDDC Decouples system mgmt. from underlying hardware platforms Enables fast provisioning/ expansion, hyper-scale Robust IT, HW-dependent IT System management and hardware platforms are tightly coupled Mature and integrated platform mgmt. High integration efforts, risks Lock-in shifts to middleware level Specific requirements on apps High dependency on vendor-specific platforms High platform migration efforts Main driver for SDDC: flexible and fast provisioning and scalability. 16 Copyright 2016 FUJITSU

18 Robust IT Typical Characteristics Dedicated server and storage systems High availability functions are embedded in hardware or system-near software Dedicated, vendor-specific server, storage, network management and HA tools Mainly scale-up storage / moderate scale-out VMware and Hyper-V based virtualization dominate Hierarchical networks, SAN and IP. 17 Copyright 2016 FUJITSU

19 Robust IT Optimization Potential for Storage Recommendations Use architectures with performance headroom for increased storage utilization Use automated quality of service management enabling consolidation Consolidate as much data as possible on hybrid (disk & flash) storage systems. Challenge the need of all-flash systems through performance tests Use new cost-efficient, simple failover technologies against system failures Prio 1 Prio 2 Prio 3 18 Copyright 2016 FUJITSU

20 Robust IT Optimization Potential for Servers For production Use x86 rack or modular servers Both designs are ideal for fast and robust IT/bimodal IT For business analytics Use innovative x86 server designs with large-scale main memory expandability to support in-memory business analytics Scale-out with Fujitsu cloud and rack servers Scale-up with Fujitsu PRIMEQUEST Servers 19 Copyright 2016 FUJITSU

21 Integrated systems are also beneficial for Robust IT Infrastructure modernization For general or special purposes Simplified, fast, at minimized risk VMware ESX Hyper-V VDI Microsoft Windows Cluster SAP HANA SAP Applications HPC vshape Clusterin-a-box SAP HANA SAP Landscapes HPC 20 Copyright 2016 FUJITSU

22 Business Centric Data Center The right solution for your business needs On your Premise Hybrid IT in the Fujitsu cloud Managed by yourself managed by Fujitsu Robust IT bimodal Fast IT Business-Centric COMPUTING Business-Centric STORAGE Business-Centric INTEGRATED SYSTEMS 21 Copyright 2016 FUJITSU

23 The new way: FUJITSU Integrated System PRIMEFLEX Definition Pre-configured, pre-integrated and pre-tested combination of DC components Servers Storage Network connectivity Software Management (mandatory) Virtualization Automation, orchestration, portal DB and apps Delivered as unified system from single vendor Optimally designed, based on project experience. 22 Copyright 2016 FUJITSU

24 Project start PRIMEFLEX: Your fast track to DC infrastructures DESIGN - Select from myriad of SW and HW products INTEGRATE - Assemble involving multiple admin domains TEST - Work off complex test matrix DEPLOY Integrate into production environment Time to production TEST End-to-end quality assurance INTEGRATE - Pre-integrated single order delivery DESIGN - Based on best practices Solution Development in factory DEPLOY Integrate into production environment At customer's site Do-it-yourself approach Integrated Systems approach 23 Copyright 2016 FUJITSU

25 PRIMEFLEX: Benefits Simplicity Procurement No trial-and-error testing Less skills Time Planning and design Faster to production Risk Guaranteed functioning CAPEX and OPEX savings Efficiency Resource utilization Components optimally harmonized Cables, space, energy, cooling Reduced operational efforts Quickly identify and fix problems Focus on business Move away from build & maintenance focus Improve responsiveness to new business requirements Reduce complexity, time, risk and costs. 24 Copyright 2016 FUJITSU

28 Summary Neither hardware or software defines your data center, it is defined by your business The SDDC impacts server, storage and network architectures The new software-defined, Fast IT will emerge alongside the traditional, Robust IT resulting in a bimodal IT FUJITSU Integrated System PRIMEFLEX delivers solutions for Fast IT and Robust IT 27 Copyright 2016 FUJITSU