Course : Virtualization, overview

Synthesis course - 2d - 14h00 - Ref. VIR
Price : 1850 € E.T.

Virtualization, overview



Required course

This seminar provides a technical overview of virtualization solutions. It will enable you to understand the challenges of virtualization, take stock of market solutions and measure their contribution and impact on Information System architectures.


INTER
IN-HOUSE
CUSTOM

In person or remote class
Available in English on request

Ref. VIR
  2d - 14h00
1850 € E.T.




This seminar provides a technical overview of virtualization solutions. It will enable you to understand the challenges of virtualization, take stock of market solutions and measure their contribution and impact on Information System architectures.


Teaching objectives
At the end of the training, the participant will be able to:
Define the fundamental principles of virtualization
Categorize the virtualization solutions on the market
Identify the structural impacts of IS virtualization
Measuring the benefits of virtualization

Intended audience
IT or production managers. Operations, relations, applications or helpdesk managers. System or network administrators. Project managers, users...

Prerequisites
Basic knowledge of technical architectures (systems and networks).

Course schedule

1
Presentation

  • The history of virtualization.
  • The evolution of the virtualization market.
  • Rationalizing IT services through virtualization: challenges and benefits.

2
Virtualization fundamentals

  • Virtualization use cases.
  • What's the impact on software royalties?
  • The concept of Cloud Computing.
  • Service models (SaaS, PaaS, IaaS) and deployment models (private, public, hybrid).
  • The additional components of a private cloud compared with a virtual infrastructure.
  • An overview of virtualization technologies for x86 systems.
  • Different approaches to server virtualization.
  • Native virtualization, hardware-assisted virtualization, OS-level virtualization. Type 1 and Type 2 hypervisors.
  • An overview of components: operating system and application virtualization.
  • The different market players.

3
Virtualization features

  • Virtual infrastructure deployment, flexible virtual machine creation.
  • The scalability of the virtual platform.
  • Simplified administration and operation.
  • Optimizing resource management: VM, CPU, memory, storage, network.
  • Continuity of service, high availability.
  • Integrating virtual networks with physical networks.
  • The use of different types of storage and their criticality.

4
Market solutions

  • An overview of the different offerings (Microsoft, Xen, VMware, etc.).
  • What are the differences between editions and licenses? Which one to choose?
  • Comparison and positioning of market leaders.
  • VMware: overview of VMware vSphere architecture, ESXi hypervisor. The vCenter console...
  • Microsoft: Hyper-V and the System Center suite.
  • Citrix: Xen, XenServer, XenApp, XenDesktop.
  • Linux KVM: QEMU, Libvirt Architecture, Red Hat Entreprise.
  • The evolution of the hypervisor market.

5
Server virtualization

  • Technical differences between desktop and server virtualization.
  • What are the limits? Can all servers be virtualized?
  • Flexible creation of virtual machines.
  • Different types of storage: DAS, SAN, NAS.
  • Storage virtualization for server virtualization.
  • Network virtualization: physical and virtual network cards, physical and virtual network switches.
  • Quality of service. Deployment.
  • Virtualization solution administration.
  • Operating costs.
  • Business continuity planning (BCP). Disaster recovery plan (DRP).
  • Information system flexibility: facilitating disaster recovery.

6
Desktop virtualization

  • The challenges of desktop virtualization.
  • Desktop virtualization technologies.
  • Deployment strategies for virtualized desktops.
  • Application virtualization.
  • The different market players.

7
Virtualized environment management

  • Virtual infrastructure supervision: alerts, actions, reporting, capacity?
  • Analysis and monitoring of virtual infrastructure performance.
  • X2X migration tools (P2V, V2V, V2P).
  • P2V: converting a physical machine into a virtual machine.
  • V2V: converting a virtual computer into a virtual computer, migration.
  • V2P: converting a virtual machine into a physical machine.
  • Backup of virtual machines, market solutions (Platespin, VizionCore, Veeam...).
  • Automate operations on virtual infrastructures.
  • Securing networks and data.
  • Understand security and disaster recovery planning for a virtual infrastructure.
  • What a DRP (Disaster Recovery Plan) is, what it contains, its objective.

8
Best practices for implementing a virtualization project

  • Methodology for implementing a virtualization project.
  • Impact on TCO (Total Cost of Ownership) and ROI (Return On Investment).
  • Implementation: risks, limitations and recommendations.
  • Best practices for migrating from one version or hypervisor to another.


Customer reviews
5 / 5
Customer reviews are based on end-of-course evaluations. The score is calculated from all evaluations within the past year. Only reviews with a textual comment are displayed.
GABRIEL C.
02/10/25
5 / 5

Cyprien takes the time to explain the elements, and his interest in Open Source is a plus.



Publication date : 05/30/2024


Dates and locations
Select your location or opt for the remote class then choose your date.
Remote class

Last places available
Guaranteed date, in person or remotely
Guaranteed session

REMOTE CLASS
2026 : 11 June, 24 Sep., 19 Nov.

PARIS LA DÉFENSE
2026 : 11 June, 24 Sep., 19 Nov.