Vmware virtualization in data centers ppt

1. VMware and Data Center
Virtualization
By: Murli Bhatnagar-18BCS4089
Harshit Taneja-18BCS4103
Naman Parashar-18BCS4107
Yashasvi Bakshi-18BCS4069

2. Content Virtualization
History of Virtualization
VMware Server
Types of Hypervisor
VMware in the Enterprise
Virtualize data centers- Compute vSpere
Virtualize data centers- Compute vCenter
Converter
Advantage
Disadvantage
Case Study Welch's
Case Study Result

3. VMware software provides a completely virtualized set of
hardware to the guest operating system.
The VMware virtual machines become highly portable
between computers, because every host looks nearly
identical to the guest.
A systems administrator can pause operations on a virtual
machine guest, move or copy that guest to another physical
computer.
Hardware seen as pool of resources available on-demand on
an arbitrary basis.
Virtualization

4. History of Virtualization
Initially developed in the 60’s to leverage the usage of
mainframe computers. Each user sees the machine as fully
dedicated (timeslot multitasking).
Deployed from the late 60’s to the mid 80’s, then abandoned in
favor of the emerging mini and microcomputer architectures.
VMWARE appears after successful reutilization of the
virtualization concept for a (non-standard) multiprocessor
prototype. Standard software could be run using middleware.
(Stanford University).
Investigation team founds VMWARE in 1999. First desktop
product in the same year, server version in 2001.

5. VMware Server
Becomes the lowest software layer, just above
hardware.
Alternative architecture (addresses I/O
concerns):

6. TYPE1
TYPE2
It is an Operating System (OS)
It installs and runs on x86
bare metal hardware.
It requires certified hardware
Very high resources are not
consumed by bloated parent
operating system
Better performance as
compared to Type 2
Example: VMware ESXI and
Citrix Xen Server
Bare Metal Hypervisor:
It installs and runs as an
application.
It relies on operating system
(OS) running on physical
machine for device support
and physical resource
management
Performance reduces due to
less direct interact with
hardware.
Example: KVM, VirtualBox, etc.
Hosted Hypervisor:
Types of Hypervisor

7. VMware in the Enterprise
Consolidation of servers
Fast provisioning
Isolation of Applications
Run legacy software
Elastic operation
Disaster Recovery
Fail Over
Reduced Carbon Footprint-
Green Computing

8. Virtualize data centers
Compute vSphere
VMware vSphere leverages the power of virtualization and
enables transformation of Classic Data Centers (CDCs) into
Virtualized Data Center (VDC), which is the foundation for cloud
computing infrastructures. vSphere aggregates the underlying
physical x86 based hardware resources across multiple systems
and provides a pool of virtual resources. The VMware vSphere
consists of the components shown on this slide. VMware
vSphere also provides additional modules and plug-ins, such as
VMware Distributed Resource Scheduler (DRS), VMware High
Availability (HA), and VMware Data Recovery.

9. Virtualize data centers
Compute vCenter
VMware vCenter Converter is a highly robust and
scalable enterprise-class migration tool that
automates the process of creating virtual machines from
physical machines and other virtual machine formats (for
example virtual machines created using Microsoft
Hyper-V).
VMware vCenter Converter lets users quickly, easily, and
affordably convert Microsoft Windows and Linux-based
physical machines to VMware virtual machines. It also
converts virtual machines between VMware platforms.

10. Advantage
Encapsulation : strong isolation,
independence between guest
machines.
A VM is a file: can be copied,
replicated, transmitted (migrated),
stored.
Complete VM can be deployed
from templates, ready with
configuration and data.
Hardware seen as pool of
resources available on-demand
on an arbitrary basis.
Consolidation of physical
underutilized servers.
Run legacy applications / platforms.
Ideal platform for disaster recovery

11. Disadvantage
Licensing compliance for
operating systems / applications
must be complied to.
Each guest must still be
administered.
Inter-guest interactions difficult
to monitor.
Compromise of Server can
disrupt all the guests.
Administrative errors on server
can disturb all guests.
User might have to face
Application Downtime

12. “We
migrated a large number of servers into VMware
virtual machines. We saw how
well the applications performed, and we never
looked back. At this point, all
new programs are built using VMware software. It’s
become our server hosting
platform of choice.“
-Carmine Iannace, Manager of IT Architecture, Welch’s
Case Study- Welch's
$700M Foods and Beverages Industry Company

13. Case Study- Welch's
Challenge: Server consolidation and optimized management
Solution: VMware virtual infrastructure provides centralized management,
reporting, performance and high availability.
Saved more than $100,000
Saved $75,000 this year in switch costs
Expect to save $250,000 by the end of the year
CPU utilization increased from 5-10 percent to 50-60 percent
Reduced deployment time from 4-6 hours to 15-20 minutes. Server procurement also used to
take 2-4 weeks
VirtualCenter cut costs and maximized ease of server management
Results:

14. Thank You