From on premise to the hybrid cloud with microsoft azure
Download as PPTX, PDF1 like439 views
This document contains a presentation about migrating workloads from on-premise environments to Microsoft Azure. It discusses the Azure IaaS model and how to create and customize virtual machines on Azure. It also covers topics like hybrid cloud, networking, storage architecture, availability and service level agreements. The document provides an overview of options for migrating existing virtual machines to Azure and the migration process.
From on premise to the hybrid cloud with microsoft azure
- 1. Template designed by From On-premise to the Hybrid Cloud with Microsoft Azure Nicola Ferrini IT PRO Trainer – Virtualization Expert
- 2. Slide con sponsor che arriva a qualche giorno dalla conferenza sponsor
- 3. IT PRO Trainer Technical Writer Technet Speaker Server, Desktop & Application Virtualization Expert Microsoft Most Valuable Professional (MVP) More on: •http://www.nicolaferrini.it •http://www.windowserver.it •http://windowsazurecommunity.it Who Am I ? NICOLA FERRINI
- 4. AZURE IAAS MODEL HOW TO CREATE VM CUSTOMIZE VM CLOUD SERVICES HYBRID CLOUD Agenda
- 5. OPTIMIZED DATA CENTER Well Managed Infrastructure & Applications CLOUD Service Oriented THE EVOLUTION Silo-ed Efficiency Host / Collocate Legacy Application Cost Reduction Re - platform Legacy / Silo Application New Requirements Re - write Additional Functionality Innovate Expand New Functionality Scalability Burst out Cloud Native Application Cloud Capability Cloud Service Expanding Legacy Platforms To Modernizing Workloads Silo-ed Architectures App 1 Expansion Expansion Expansion App 2 Expansion Expansion App 3 Expansion Managing Platforms Managing Services OnPremises Legacy App 1 Silo-ed Architectures OnPremises PrivateCloud Leveraged Infrastructure App 2 Leveraged Infrastructure OffPremises IaaS–SaaS-PaaS Services Service Oriented App 3 Identity Application Data OS Virtualization HW Storage Network Unix Linux MainframeWindows X Owning compute storage networ k ConsumingApp Resource silo#1 App Resource silo#2 App Resource silo#3
- 6. Create VM on the Cloud Windows and Linux Images Portability Pay-to-Use Customizable Flexible Choose your requirement Extensible More power when you want! MICROSOFT AZURE IAAS
- 7. IAAS GALLERY • Windows Server 2012 – 2012 R2 – v.Next • Windows 7 / 8 • SQL Server 2008 R2 / 2012 / 2014 • Biztalk Server 2013 • SharePoint Server 2013 Trial • Dynamics 2013 • Visual Studio 2013 • Oracle WebLogic / Database • OpenSUSE • OpenLogic • CentOS • Ubuntu • SUSE Linux Enterprise Server
- 9. CHOOSE THE RIGHT VM
- 10. High Speed Multi-core CPUs with large amounts of memory Access to second RDMA capable 40Gbit/s QDR InfiniBand backend network Designed for HPC applications COMPUTE INTENSIVE SIZES Size CPU Cores Memory Disk Size Max Data Disk Standard_A8 Intel® Xeon® E5- 2670 8 at 2.6 GHz 56 GB OS = 127GB Temporary=382 GB 16 Standard_A9 Intel® Xeon® E5- 2670 16 at 2.6 GHz 112 GB OS = 127GB Temporary=382 GB 16
- 11. 60% faster CPUs than Standard A Series VMs Large SSD-backed temporary drive Better Core : RAM ratio - 1 : 3.5 Best for workloads that can leverage this drive for caching or replication redundancy D-SERIES Size CPU Cores Memory Temp Disk (SSD) Standard_D1 1 3.5 GB 50 GB Standard_D2 2 7 GB 100 GB Standard_D3 4 14 GB 200 GB Standard_D4 8 28 GB 400 GB Size CPU Cores Memory Temp Disk (SSD) Standard_D11 2 14 GB 100 GB Standard_D12 4 28 GB 200 GB Standard_D13 8 56 GB 400 GB Standard_D14 16 112 GB 800 GB
- 12. Extremely large VMs Extraordinary performance using Intel® Xeon® processor E5 v3 family G-SERIES VMs Size CPU Cores Memory Temp Disk (SSD) Standard_G1 2 28 GB 406 GB Standard_G2 4 56 GB 812 GB Standard_G3 8 112 GB 1,630 GB Standard_G4 16 224 GB 3,250 GB Standard_G5 32 448 GB 6,500 GB
- 13. Run Your PowerShell Script after the VM’s creation CUSTOMIZABLE
- 14. Change VM’s configuration when you need more power….without turn-off the machine FLEXIBLE
- 16. Create a G5 VM
- 18. Public IP Address Public DNS Name Internet Firewall Load Balancing Boundary CLOUD SERVICES
- 19. CLOUD SERVICES – ONE TO ONE
- 20. CLOUD SERVICES – ONE TO MANY
- 21. • Assign public IPs to VMs • Direct reachability to the VM, no endpoint required • Public IP used as the outgoing IP address • Enables scenarios like FTP services, external monitoring • Quota: 5 Public IPs per subscription Instance Level Public IP Internet DIP1 DIP2 Cloud service Reserved VIP Azure Load Balancer Internet
- 22. Public Port Local Port Protocol (TCP/UDP) Name PORT FORWARDING INPUT ENDPOINTS Single Public IP Per Cloud Service
- 23. ENDPOINT ACL
- 24. 99.95% Monthly SLA for VM’s 4.38 hours of downtime per year for VM’s in an availability set What’s included Compute Hardware failure (disk, cpu, memory) Datacenter failures - Network failure, power failure Hardware upgrades, Software maintenance – Host OS Updates What is not included VM Guest OS & Applications, VM Guest OS Updates Customer on-premises network connectivity and intermediary Internet connectivity AVAILABILITY & SERVICE LEVEL AGREEMENTS
- 25. Template designed by DISK ARCHITECTURE
- 26. VM DISK LAYOUT
- 27. VM DISK LAYOUT
- 28. VM DISK LAYOUT
- 29. Manage Storage
- 31. Hybrid Networking Secure point-to-site connectivity • Developers • POC Efforts • Small scale deployments • Connect from anywhere Secure site-to-site VPN connectivity • SMB, Enterprises • Connect to Azure compute ExpressRoute private connectivity • SMB & Enterprises • Mission critical workloads • Backup/DR, media, HPC • Connect to all Azure services
- 32. Setup virtual private networks in the cloud Manage as extensions of on-premises datacenters Logical isolation with network configuration options Create subnets, private IP addresses Bring your own DNS VIRTUAL NETWORK
- 33. DNS SERVER
- 35. It’s possibile integrate your on-premise infrastructure with Microsoft Azure VPN S2S required Supported router (or Windows Server 2012) http://msdn.microsoft.com/en-us/library/azure/jj156075.aspx Public IP from your ISP For what? Replica DC / FS / Web Server / SQL Server Workload that require AD integration INTEGRATE ON-PREMISES WITH CLOUD
- 36. VIRTUAL NETWORK VPN S2SM AZURE SITE A SITE B
- 37. VIRTUAL NETWORK VPN AZURE TO AZURE VPN VNET-VNET West Europe West US
- 38. Networking
- 39. Template designed by MIGRATE VM TO AZURE
- 40. Consolidate Infrastructure Reduce costs Maintain the existing configuration of VMs WHY MIGRATE?
- 41. Comparing Migration Options Microsoft SCVMM Microsoft VM Converter 2.0 5nine V2V Easy Converter Xtreme VM Migrator Vision Solutions DoubleTake Move NetApp Project Shift Scale Small Small/Medium Small/Medium Medium/Large Large Large Source Hosts ESX/ESXi 4.1, 5.1 ESX/ESXi 4.1, 5.1, 5.5 ESX/ESXi 4.1 -> 5.5 ESX/ESXi 4.1, 5.1, 5.5 Any Any (req. Array) Source Guests Windows Windows & Linux Windows & Linux Windows & Linux Windows & Linux Windows & Linux Target Hyper-V Hyper-V & Azure Hyper-V Hyper-V Any Hyper-V VMware Tools Not Removed Removed Not Removed Removed Not Removed Removed Guest Agent No No No No Yes No Downtime Minutes/Hours Minutes/Hours Minutes/Hours Minutes/Hours Seconds/Minutes Seconds/Minutes Automation PowerShell, SC PowerShell/MAT PowerShell (Full Ed.) SC Orchestrator PowerShell/MAT MAT4Shift Costs Incl. with SCVMM Free Download Free or Full Edition Buy IP or Incl. with consultancy Per Migration Cost Incl. with Array Supportability Fully Microsoft Supported Fully Microsoft Supported 5nine Supported Xtreme Consulting Supported Vision Solutions Supported Community/ NetApp High level comparison for free & licensed conversion tools
- 42. Microsoft Virtual Machine Converter Free standalone tool for conversion of VMware virtual machines MVMC 3.0 Standalone tool to convert and migrate VMware-based virtual machines and disks to Hyper-V and Microsoft Azure. Benefits Deployed with minimal dependencies. Native support for Windows PowerShell for powerful automation capabilities Wizard-driven GUI for ease of use. Simple to download, install and use. Fully supported by Microsoft. Supports the conversion of the latest Guest OS’s, along with conversion from the latest vSphere hosts, to Hyper-V hosts.
- 43. Microsoft Virtual Machine Converter Supported Guest Operating Systems Supported Guest OS’s1 Windows Server 2008 (x86/x64) Windows Server 2008 R2 (x64) Windows Server 2012 (x64) Windows Server 2012 R2 (x64) Windows Vista Enterprise (x86/x64)2 Windows 7 Pro/Ent/Ultimate (x86/x64)2 Windows 8 Pro/Ent (x86/x64)2 Windows 8.1 Pro/Ent (x86/x64)2 RHEL 5/6 (x86/x64)3 Ubuntu 10.04/12.04 (x86/x64)3 SLES 11 (x86/x64)3 CentOS 5/6 (x86/x64)3 Debian GNU/Linux 7 (x86/x64)3 Oracle Linux 5/6 (x86/x64)3 VMware VMs Hardware Version: 4, 7, 8, 9 & 10 1. Microsoft Azure does not support x86 guests 2. Microsoft Azure does not support Windows Client guests. 3. Please refer to documentation for converting Linux guests – additional pre-requisite steps may be required.
- 44. Microsoft Azure 5b. Copy VHD to Microsoft Azure Storage 5a. Connect to Hyper-V, Copy VHD/x, Create VM 4. Validate Disk 3. VMDK to VHD/VHDX Copy & Conversion Converting a VM: The ProcessConverter Hyper-V VMware vCenter/ESXi Windows & Linux VMs 1. Connect to vCenter/ESXi & Select Target Guest 2. Checkpoint VM & Uninstall VMware Tools
- 46. Grazie a tutti per la partecipazione Riceverete il link per il download a slide e demo via email nei prossimi giorni Maggiori informazioni e approfondimenti www.windowsazurecommunity.it Grazie