multi-hypervisor openstack

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As businesses move to the cloud they can optimize performance and support for virtualized workloads and realize licensing savings and choice by deploying mixed hypervisor virtual environments. Further, by creating, deploying, and managing workloads across the public cloud and a mixed hypervisor private cloud these organizations can maximize their agility and budget.

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Page 1: Multi-Hypervisor OpenStack
Page 2: Multi-Hypervisor OpenStack

Enterprise  data  center  already  heavily  virtualized  

Page 3: Multi-Hypervisor OpenStack

VMware  dominates,  Microso9  gaining  

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VM   VM  VM   VM  

metering  

Self-­‐service  Provisioning  &  Management  

mon

itoring   VM  

Server  

Virtualiza;on  to  the  cloud  

Page 5: Multi-Hypervisor OpenStack

Simplicity.  Affordability.  

Agility.  Nirvana  

Security...?  Reliability...?  Complexity...?  Investment...?  Control...?  

Page 6: Multi-Hypervisor OpenStack
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vCLOUD  

Page 8: Multi-Hypervisor OpenStack

No  vendor  lock-­‐in  

Supports  hybrid  cloud  architecture    

Accelerated  ;me-­‐to-­‐market  and  innova;on    

Ecosystem  of  cloud  solu;ons  

Ease  of  integra;on  

Benefits  of  Open  Cloud  Compu;ng  

Page 9: Multi-Hypervisor OpenStack

Source:  Google  Trends  April  2014  

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OpenStack  

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Why  OpenStack?  

API  

API  

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Why  OpenStack?  

API  

API  

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vCLOUD  

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Administra8on    Server  

Control  Node  

Customer  Center  

•  SLES  •  Database  • Message  queue  •  Self-­‐Service  Portal  •  Image  Repository  •  Centralized  Tracking  •  Scheduler  •  Iden;ty  and  Authen;ca;on  •  Storage  

Crowbar  +  PXE  Boot  

•  SLES  •  Chef  server  •  Crowbar  •  So9ware  mirror  •  TFTP  •  PXE  Server  

Compute/  Storage  Node  

Compute/  Storage  Node  

Compute/  Storage  Node  

SUSE  Cloud  

Page 15: Multi-Hypervisor OpenStack

SUSE  Cloud  Support  for  Windows  OpenStack  Integra8ons  

Networking   Compute  

Windows  Storage  Server  Network  

SUSE  Cloud  

•  Leverage  investments  in  exis;ng  Microso9  infrastructure    

•  Advanced  Hyper-­‐V  features  like  live  migra;on,  snapsho]ng,  replica  

•  Windows  Server  /  Hyper-­‐V  Server  2008  R2,  2012  /  R2  

Windows  Compute  

Data  Center  

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•  Leverage  investments  in  exis;ng  VMware  infrastructure    

•  Advanced  features  like  live  vMo;on,  HA,  dynamic  resource  scheduling  

•  VSphere  5.1  

SUSE  Cloud  

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OpenStack  Numbers  

Parameters  

Components  

Days  Hours  

SUSE  Cloud  

1229  11  2  

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• Development  and  test  done  on  open  source  hypervisor  

• Developers  create,  start,  delete  VMs  as  needed  

• Move  to  proprietary  hypervisor  for  produc;on  

•  Seamless  transfer  of  images  

Control  Node  

Compute  Nodes  

KVM  

KVM  

ESXi  

ESXi  

Use  Case  –  Dev/Test  

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•  Align  workload  with  specific  servers/hypervisors  depending  on:  

•  Applica;on  so9ware  cer;fica;ons  

•  License  agreement  

• Manage  all  instances  through  a  single  pane  of  glass  

Control  Node  

Compute  Nodes  

ESXi  

Hyper-­‐V  

Hyper-­‐V  

KVM  

Use  Case  –  Workload  Op;miza;on  

Page 20: Multi-Hypervisor OpenStack

Takeaw

ays  

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3  

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7  

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