Summarizes the VMworld virtual data center impact vs. "traditional" data center configuration.

2. financial energy flows through your business infrastructure. optimize it.

3. the earth’s energy flowsthrough your businessinfrastructure. save it.

4. human energy flowsthrough your businessinfrastructure. maximize it.

5. VMworld datacenterhello business infrastructure

6. number of ESX servers 776

7. number of CPUs per ESX server 2

8. number of cores per ESX server 8

9. memory per ESX server 48 GB

10. total amount of memory in the datacenter 37 TB

11. total amount of storage in the datacenter 348 TB

12. goodbyephysical datacenter hello virtual datacenter

13. number of VMs per core 6 Assuming a conservative ratio of 6 VMs per core without DRS. Based on the workloads, consolidation ratios could be even higher – for example 8 to 10 VMs per core.

14. number of VMs per ESX server 48

15. number of VMs in the VMworld datacenter 37,248

16. 37,248 VMs on 776 physical servers 37,248 physical servers

17. 2,483 server rack enclosures 28 server rack enclosures assuming 15 X 2U servers per server rack enclosure.

18. 154,000 square feet of datacenter space (3 football fields: 3 x 48000 SF) 1,700 square feet of datacenter space (fraction of the end zone)

19. $92,375,000 cost to build physical tier II datacenter $1,041,600 cost to build virtualized tier II Datacenter Tier II datacenter ($600 per SF) Tier II: composed of a single path for power and cooling distribution, with redundant components, providing 99.741% availability

20. $138,562,560 cost to build physical tier III datacenter $1,562,400 cost to build virtualized tier III datacenter Tier III datacenter ($900 per SF) Tier III: composed of multiple active power and cooling distribution paths, but only one path active, has redundant components, and is concurrently maintainable, providing 99.982% availability

21. 25,329 KW physical datacenter 528 KW virtualized datacenter

22. IT = bottleneck to the business IT = strategic business partner and enabler Long extended service provisioning cycles – 4 to 6 to 8 plus weeks Efficient and optimized service provisioning cycles – 4 to 6 to 8 hours Stagnation and tactical projects Innovation and strategic projects

23. VMwarevSphere with DRS drivesconsolidation ratios even higher Press Release: July 8th, 2009. VMwarevSphere Provides Nearly 50 Percent Application Performance Improvement With VMwareDistributed http://www.vmwarecom/company/news/releases/drs-09.html

24. VMware vSphere with DRS enabled clusters willDrive your earth energy savings further Maximize your human energy flows further Optimize your financial energy flows further

25. energize and save with VMware the virtualization leader