Template designed by

From On-premise to the Hybrid Cloud with Microsoft Azure

Nicola FerriniIT PRO Trainer – Virtualization Expert

Slide con sponsor che arriva a qualche giorno dalla conferenza

sponsor

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

AZURE IAAS MODEL

HOW TO CREATE VM

CUSTOMIZE VM

CLOUD SERVICES

HYBRID CLOUD

Agenda

OPTIMIZED DATA CENTERWell Managed Infrastructure & Applications

CLOUDService Oriented

THE EVOLUTION

Silo-ed Efficiency Host / Collocate

Legacy Application Cost Reduction Re - platform

Legacy / Silo Application NewRequirements

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

ExpansionExpansionExpansion

App 2

Expansion

Expansion

App 3

Expansion

Managing Platforms

Managing Services

On PremisesLegacy

App 1

Silo-edArchitectures

On PremisesPrivate Cloud

LeveragedInfrastructure

App 2

LeveragedInfrastructure

Off PremisesIaaS – SaaS -

PaaS

Services

ServiceOriented

App 3

IdentityApplicationDataOSVirtualizationHWStorageNetwork

Unix Linux

MainframeWindows

X

Owningcomput

estorag

enetwo

rk

ConsumingApp

Resource silo #1

App Resource

silo #2

App Resource

silo #3

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

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

PORTABILITY

ON-PREMISES

SERVICE PROVIDER

MICROSOFTAZURE

CONSISTENTPLATFORM1

CHOOSE THE RIGHT VM

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® E5-26708 at 2.6 GHz

56 GB OS = 127GBTemporary=382 GB

16

Standard_A9 Intel® Xeon® E5-267016 at 2.6 GHz

112 GB OS = 127GBTemporary=382 GB

16

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

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

Run Your PowerShell Script after the VM’s creation

CUSTOMIZABLE

Change VM’s configuration when you need more power….without turn-off the machine

FLEXIBLE

Antivirus Plug-in

VM Agent

EXTENSIBLE

Create a G5 VM

Template designed by

ARCHITECTURE

Public IP Address

Public DNS Name

Internet Firewall

Load Balancing Boundary

CLOUD SERVICES

CLOUD SERVICES – ONE TO ONE

CLOUD SERVICES – ONE TO MANY

VM 1 VM 2

VM 3 VM 4

• 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

PIP1

Internet

DIP1 DIP2

Cloud service

Reserved VIP

Azure Load

Balancer

Microsoft Azure

Public IP1

Public IP 2

Internet

Public Port

Local Port

Protocol (TCP/UDP)

Name

PORT FORWARDING INPUT ENDPOINTS

PORT 3389PORT 49986

PORT 49987

Single Public IP Per Cloud Service

PORT 3389

ENDPOINT ACL

99.95% Monthly SLA for VM’s4.38 hours of downtime per year for VM’s in an availability set

What’s includedCompute Hardware failure (disk, cpu, memory)

Datacenter failures - Network failure, power failure

Hardware upgrades, Software maintenance – Host OS Updates

What is not includedVM Guest OS & Applications, VM Guest OS Updates

Customer on-premises network connectivity and intermediary Internet connectivity

AVAILABILITY & SERVICE LEVEL AGREEMENTS

VM 2

SLA 99.95

Availability set

VM 1

Template designed by

DISK ARCHITECTURE

VM DISK LAYOUTOS Disk• Persistent• SATA• Drive C:

VM DISK LAYOUTTemporary Storage Disk• Local (Not Persistent)• SATA• Drive D:

VM DISK LAYOUTData Disk(s)• Persistent• SCSI• Customer Defined

Letter

Manage Storage

Template designed by

NETWORKING

Hybrid Networking

Cloud Customer Segment and workloads

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

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

DNS SERVER

VIRTUAL NETWORK VPN

It’s possibile integrate your on-premise infrastructure with Microsoft Azure

VPN S2S requiredSupported 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

VIRTUAL NETWORK VPN S2SM

AZURE

SITE A

SITE B

VPN S2S

VPN S2S

VIRTUAL NETWORK VPN AZURE TO AZURE

VPN VNET-VNET

West Europe

West US

Networking

Template designed by

MIGRATE VM TO AZURE

Consolidate Infrastructure

Reduce costs

Maintain the existing configuration of VMs

WHY MIGRATE?

Comparing Migration Options

MicrosoftSCVMM

MicrosoftVM Converter 2.0

5nine V2VEasy Converter

Xtreme VM Migrator

Vision SolutionsDoubleTake

Move

NetAppProject 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. withSCVMM

FreeDownload

Free orFull Edition

Buy IP or Incl.with consultancy

Per MigrationCost

Incl. withArray

Supportability

Fully Microsoft Supported

Fully Microsoft Supported

5nineSupported

Xtreme Consulting Supported

Vision SolutionsSupported

Community/NetApp

High level comparison for free & licensed conversion tools

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.

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 VMsHardware Version: 4, 7, 8, 9 & 10

1. Microsoft Azure does not support x86 guests2. Microsoft Azure does not support Windows Client guests.3. Please refer to documentation for converting Linux guests – additional pre-requisite steps may be required.

MicrosoftAzure

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

VMwarevCenter/ESXi

MVMC

2.0

MVMC Temp

Windows& LinuxVMs VM

Location

1. Connect to vCenter/ESXi & Select Target Guest

2. Checkpoint VM& Uninstall VMware Tools

Azure training

Implementing Microsoft Azure Infrastructure Solutions

Classroomtraining

Exams

+

Microsoft Azure Fundamentals

Developing Microsoft Azure Solutions

MOC

10979

Implementing Microsoft Azure Infrastructure Solutions

Onlinetraining

Architecting Microsoft Azure Solutions

Architecting Microsoft Azure Solutions

Developing Microsoft Azure Solutions

Microsoft Azure Fundamentals

http://bit.ly/Azure-Cert

http://bit.ly/Azure-MVA

http://bit.ly/Azure-Train

2 5 5MOC

20532

MOC

20533

EXAM

532EXAM

533EXAM

534

MVA MVA

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