HPE Synergy: Bridging Traditional IT with the Idea Economy

Transcription

1 HPE Synergy: Bridging Traditional IT with the Idea Economy Thanassis Barlas Senior Solutions Consultant

2 Our strategy We make Hybrid IT simple Traditional Data Center Managed Cloud Services Private Cloud Public Cloud Traditional Data Center Software-defined Infrastructure and Private Cloud Multi-cloud Partnerships We power the Intelligent Edge Campus & Branch Industrial Internet of Things We have the expertise to make it happen Advisory & Professional Services Technical Services IT Consumption Models

3 IT must now support both traditional and new apps Two infrastructure models are not sustainable Traditional apps Ops driven Cost focused Cloud apps Apps driven Agility focused Traditional Business How can I support both? The Idea Economy

4 Application optimized A new category of infrastructure is needed to power the Idea Economy Composable Traditional Siloed Infrastructure Complex processes Static, siloed IT Silo defined Physical, virtual, and containerized workloads Converged Improve staff productivity Masks some complexity with people and software Preconfigured physical IT Hardware defined Targeted workloads Hyper-converged Simplify deployments Remove complexity by eliminating SAN Fluid virtual IT Software defined storage Virtual workloads Simplify Infrastructure as a Service Hardware & Software architected as one Fluid IT Software defined everything Physical, virtual and containerized workloads Composability Operations optimized

5 The Idea Economy puts new demands on infrastructure IT is the business partner to create and deliver value instantly and continuously Run anything Optimize all apps and service-levels Move faster Accelerate app and service delivery Work efficiently Reduce operational effort and cost Unlock value Increase productivity and control When IT operations run faster, everything runs faster.

6 Composable Infrastructure Architectural design principles Fluid Resource Pools Single infrastructure of disaggregated resource pools Physical, virtual, and containers Auto-integrating of resource capacity Composable Infrastructure Unified API Software-Defined Intelligence Fluid Resource Pools Fluid Resource Pools Unified API Single line of code to abstract every element of infrastructure Full infrastructure programmability Bare metal interface for Infrastructure as a Service Software-Defined Intelligence Template-driven workload composition Frictionless operations

7 Composable Infrastructure is the engine for the Idea Economy Reduce over provisioning and CAPEX Deploy at cloud-like speed Develop more apps, faster Update firmware seamlessly Precisely compose any compute with any storage pool Quickly recompose across racks and rows in seconds SDS, DAS and SAN in the infrastructure Power up to a portal in minutes Self-discovery, autointegration of all resources Bare metal through OS provisioning in seconds Compose disaggregated stateless resources Program Infrastructure the way you want Single line of code for full infrastructure programmability Stand up infrastructure in minutes not months Frictionless operations reduce operational effort Templates define how the infrastructure needs to function Single firmware/drivers updates aligned to maintenance window Firmware/ drivers Unified API 8

8 HPE Synergy: Engine for the Idea Economy Composer Integrated software-defined intelligence to self-discover, auto-integrate, provision and scale from racks to rows Composable Frame Everything needed to run applications, so IT can be quickly setup and consumed Auto-integrating makes scaling simple and automated at rack/row scale Composable Fabric Rack scale multi-fabric connectivity eliminates standalone TOR switches Composable Compute Provides the performance, scalability, density optimization, storage simplicity, and configuration flexibility Composable Storage High-density integrated storage to compose any compute with any storage (SDS, DAS, SAN)

9 Unique innovations enable the composable experience Private bare metal cloud ready to run any application and delivered as infrastructure as code Single Management Interface: One interface to discover, compose, update, and troubleshoot Image Streamer: Instantly provision operating environments on stateless infrastructure Template Based Composition: Templates composes the infrastructure to match the workload s needs Frictionless Change: Firmware and driver updates delivered seamlessly as one Unified API: Operations changes can be easily automated and Developers can program the infrastructure as code Developer Portal: Presents a private bare metal cloud through unified API & SDK

10 Composable Management 11

11 HPE Synergy Management Subsystem Synergy Composer Synergy Frame Link Module Synergy Image Streamer Multi-Frame Management Ring Mgmt Network Management appliance with embedded HPE OneView Presents device information to Composer and forms management ring. Image repository and boot location for stateless resources Connects multiple Frames via 10GBASE-T network

12 From bare metal hardware to application optimized infrastructure Logical Enclosures Resilient fabric configuration including support for MLAG and LACP and Template-driven automation for greater speed, fewer errors, and simplified update Physical state and deployed software state are maintained separately from the physical server Compute Node FC, FCOE, iscsi, Ethernet Local, Zoned DAS, Shared Hypervisor, Physical OS, Container IP MAC WWN Serial# Server Profile Template No other platform allows configuration of all infrastructure elements compute, network, storage, and image ID Pools Now support supports IP Address pools in addition to vmac, vwwn, vserial# for 100% stateless design 13

13 Precisely compose and recompose resources for each application HPE Synergy Composer powered by HPE OneView LIBRARY ERP Mobile Cloud Template Image Cloud Template Image 4 Uninstall Install A single interface to precisely compose and recompose resources for each application

14 Traditional Instantly provisioning operating process environments requires many on stateless steps and infrastructure many reboots HPE Synergy Image Streamer: Library of bootable images that can be streamed across multiple compute modules in seconds Traditional With HPE Synergy Software-Defined Intelligence Image content Deployment/ Build plan PXE/CD Boot Service OS Install OS Reboot Server Reboot Server Install App Customize OS Build your own library of templates and OS Images Customize App Reboot Server Repeat for multiple servers Running Running Running Server Server Server Single Administrator deploys infrastructure instantaneously to meet LOB requests Easy to maintain library of images for repeatable reliable and scalable deployment Library of Images Image 12 HPE Synergy New images ready to boot in 15 seconds

15 Manage stateless Compute Modules with a compute profile Server Profile Stateless Compute Module Physical State HPE Synergy Composer Network configuration Shared/data storage configuration Firmware version Firmware configuration Deployed Software State Bootable OS type OS/App configuration HPE Synergy Image Streamer Physical state and deployed software state are maintained separate from the physical compute node Hardware does not need to retain any state

16 Transparently manage infrastructure lifecycle Frictionless change Traditional While doing a maintenance update When the update appears complete When the update brought everything down HP Synergy 1 firmware/driver set Application owner can activate update, aligning to maintenance windows Orchestrated Interconnect updates Auto-stage Firmware/ Drivers Deploy Seamlessly deliver firmware and driver updates without impacting operations

17 Transforms Automating infrastructure Traditional Infrastructure into a single is line complex of code and time consuming HPE Composable API Different tools and APIs for every tasks API 1 API 2 API 3 API 4 API 5 API 6 API 7 API 8 API 9 Set unique Configure Update Update Set BIOS Configure Configure Configure HPEOVServerProfileidentifiers -name (WWN, mycloud01 Install OS -template network SynergyCloud Firmware drivers settings smart array SAN zoning 3PAR array SN, UUID, MAC) connectivity Infrastructure Server Network Storage Unified API for all resources Presents a private bare metal cloud interface as simple as the cloud Reduce development and integration from weeks to minutes

18 HPE Composable Unified API: Develop more apps faster Open integration extends the power of the infrastructure across the data center Unlocking value through a broad ecosystem of partners

19 Composable Compute Nodes 20

20 Power any workload with a complete family of processors HPE Synergy 480 Gen9 v4 Collaborative Applications Content Applications Business Applications IT/Web Infrastructure GPU Computing / VDI HPE Synergy 660 Gen9 v4 Enterprise IT Consolidation Virtualization Structured and in-memory Database Business processing Decision support HPE Synergy 620/680 Gen9 v4 Workload and compute consolidation Business processing Decision support IT infrastructure Mission critical applications with large memory demands Intel Xeon E v4 series 19 choices 4 to 22 cores Intel Xeon E v4 series 7 choices 10 to 22 cores Intel Xeon E v4 series 5 choices 8 to 16 cores Intel Xeon E v4 series 6 choices 4 to 24 cores

21 Flexible and customizable Instantly provision your compute resources for any workload HPE Synergy 480 Gen9 HPE Synergy 620 Gen9 HPE Synergy 660 Gen9 HPE Synergy 680 Gen9 8 Cores TB Memory 6TB 7.6 TB Storage 15TB 3 x 20Gbs Bandwidth 10 x 20Gbs

22 HPE Synergy Gen9 Operating & Virtualization Support Microsoft Windows Server Windows Server 2016 Windows Server 2012 R2 Windows Server 2012 Linux 1 Red Hat Enterprise Linux 6.7, 6.8, 7.2 SUSE Linux Enterprise Server 11 SP4, 12, 12 SP1 Ubuntu , LTS 2 Oracle Linux UEK 6.6, 7.0/7.1 Virtualization VMware vsphere ESXi 5.5 U3, 6.0 U1, 6.5 Microsoft Hyper-V Server 2012 R2, 2016 Microsoft Hyper-V Server 2012 Citrix XenServer Enabled Operating Systems (Not Supported or Certified by HP) Debian CentOS Fedora OpenSUSE Content Subject to change please check the OS Support Matrix for the latest 1 Linux is now 64-bit only. 2 Canonical Ubuntu Server is only supported on the HPE Synergy 480 Gen9 compute module 23

23 Composable Storage 24

24 Synergy Compute Storage Flexible and Fast SAS SFF Smart Drive Local SFF NVMe PCIe Drive Direct-attached Composable Storage NAS or SAN Dual Flash uff Drives Diskless / stateless (use USB or microsd) SAS SFF, NVMe SFF, Flash uff, or diskless options Unique SFF Flash Adapter packages 2 uff drives in each drive carrier for double the drive count Supports solutions that require an on-line spare 20 drives per rack U of space 40 SFF drives per module Up to 5 modules in an enclosure Redundant I/O adapters for failover Composed resource with non-disruptive updates Any to any composability methodology Composable with OneView and softwaredefined infrastructure templates Protect existing storage investments: 3PAR F400, 7000, 7450, 8000, 10000, XP P9500 and XP7 EVA P6350 MSA P2000 G3 and MSA P2040 G4 LeftHand OS P4330

25 Virtual Resource Pools for Any Application and Data Type Consolidate infrastructure to improve efficiency and eliminate physical barriers Direct attached with HPE Synergy Storage Modules Provide a large pool of fully composable storage resources for a wide variety of workloads Unified API Software Defined Intelligence Fluid Resource Pools Software-defined shared storage HPE StoreVirtual VSA Turn server and hypervisor attached DAS into a shared SAN resource System-defined tier-1 flash with HPE 3PAR StoreServ Accelerated and assured servicelevels across systems and sites

26 HPE Synergy D3940 Storage Module HPE OneView MS Exchange Object Store File Server File Server Exchange Object Store StoreVirtual VSA File File VSA Cluster

27 Flexible Compute & Capacity for a wide range of uses and workloads 40 drives (up to 153TB) 80 drives (up to 307TB) 120 drives (up to 460TB) 200 drives (up to 768TB) Ideal for: Databases File Share Ideal for: Mail / Collaboration VDI Storage StoreVirtual clusters VMware vsan Ideal for: Mail / Collaboration Hadoop / Analytics Microsoft Storage Spaces Scale-out Database 12 Ideal for: Object storage Enterprise Dropbox Archiving Custom apps requiring maximum storage No fixed ratios: compute & storage resources pooled for flexible composition

28 Composable Fabric 32

29 Composable fabric for high-density workloads Networking with a cost efficient, easy to manage, resilient fabric Disaggregated rack scale architecture reduces costs and simplifies networking Compose on-demand with compute and storage to meet business needs Precisely match workload performance needs with low latency, multi- fabric, multi-speed architecture Continuous service delivery with high availability resilient fabric Managed by market s leading SDI based Management tool HP OneView LAN Master Satellite Satellite Master Satellite Satellite Satellite Satellite FC/FCoE

30 Reduce complexity, simplify hardware and lower costs LAN SAN Frame 1 Master Satellite Frame 2 Satellite Master Frame 3 Satellite Satellite Frame 4 Satellite Satellite Reduce hardware complexity and cost Consolidate interconnects and cables Maximize data throughput and minimize latency Only one hop and no oversubscription between VMs Simplify management Fewer devices to maintain Efficiently scale fabrics across multiple frames Up to 60 compute modules per fabric

31 Eliminate Top of Rack Switch with HPE Synergy Fabric Simplify network infrastructure with rack-scale architecture Non HPE Synergy Enclosure HPE Synergy Frame EoR EoR ToR

32 Extreme Scale: Bridge Traditional to the Cloud with Workload Agility Workloads In-memory Database Analytics Big Data Server Virtualization Database 2.56 Tb/s east-west throughput in any configuration, per fabric!! Cloud 12xCMs 24xCMs 36xCMs 48xCMs 60xCMs 10,20Gb Enc 1/2:10,20Gb Enc 1-3:10/20Gb Enc 1-4:10Gb Enc 1-5:10Gb

33 Summary Use Cases

34 Single infrastructure for all your applications and operational models Enterprise Apps (ERP, DB, VM Farms) Hybrid Cloud (IaaS, Bare Metal Portal) Big Data CloudNative Apps/ DevOps Hyper-Converged Converged Built in high availability Ability to compose and re-compose compute and SAN, DAS as one Cloud speed provisioning Fluid Resource Pools with flexible ratios Automation through the Composer and Image Streamer High density internal storage Massive bandwidth Infrastructure as Code Unified API Bare metal portal Fluid Resource Pools with flexible ratios Automation through the Composer and Image Streamer Pay as you grow flexible capacity and other consumption model options Fluid Pools/flexible ratio of compute and storage Native SDS/VSA High density internal storage

35 Breadth of consumption and investment models Consumption models HPE Synergy: Build it yourself HPE Synergy: Reference Guides HPE Synergy Future: Factory Integrated Systems Investment models Optimize IT operations Accelerate transformation Improve business agility HPE Technology Refresh HPE Asset Recovery HPE Subscription for Servers HPE Accelerated Migration HPE Software payment plan HPE Pay-as-you-Grow HPE Pre-Provisioning HPE Flexible Asset Return for Servers HPE Flexible Capacity

36 HPE Synergy A new category of infrastructure to bridge Traditional and Cloud Native apps Run anything Reduce CapEx and free resources Move faster Deploy at cloudlike speed Work efficiently Simplify with frictionless update Unlock value Develop more app faster Your Infrastructure as Code

37 The idea economy is changing fast. With HPE Synergy, you re moving faster. HPE.com/info/Synergy 45

38 Thank you 46