Dell™ 12th generation PowerEdge™ servers deliver our most advanced innovations ever.

When it comes to performance, Dell PowerEdge 12th generation servers powered by the Intel® Xeon® Processor E5 family operate up to 85% faster than HP’s 7th generation servers and more than 30-times faster than their earlier generations.* And that’s just the start. Dell PowerEdge servers enable you to:
Read further to learn how Dell can help you refresh your infrastructure and achieve increased performance and efficiency. You can also learn more at our PowerEdge 12th generation server website or complete the form to the right have a Dell server specialist contact you.
- Run your servers in warmer data center environments and save up to 50% on your power and cooling costs
- Use your existing management tools or upgrade to the industry-leading Dell OpenManage software at no cost
- Recover faster from failed virtualization modules
- Produce more virtual machines in much less rack space
Read further to learn how Dell can help you refresh your infrastructure and achieve increased performance and efficiency. You can also learn more at our PowerEdge 12th generation server website or complete the form to the right have a Dell server specialist contact you.
*Source: Based on best SPEC CPU2006 results published as of February 2012. SPEC® and the benchmark name SPECint® are registered trademarks of the Standard Performance Evaluation Corporation. For latest SPEC CPU2006 benchmark results, visit www.spec.org.
”376% more virtual machines per Rack U” comparisons based on February 2012 Principled Technologies extrapolation of 10U worth of Rack servers (5 servers x 4 VMs per server = 20 VMs per 10U or 2.0VMs/U) vs. 10U worth of Blade servers (16 servers x 6 VMs per server = 96 VMs per 10U or 9.6VMs/U).
Savings for “annual data center operating expenses” based on power usage calculated based on an average enterprise-sized data center.
Server replacement savings calculations based on $3,000,000 savings per MW through elimination of chiller and related capital costs. The average data center size is 18,000 square feet and consumes 2.8MW of power. See survey More Companies Ready to Outsource:
50% more memory capacity is based on a comparison of the Dell M620 vs. the HP BL460c Gen8 and the Dell M820 vs. the HP BL660c Gen8.
“5x faster deployment” – (1) Results based on testing by Dell Labs in February 2012 using Dell PowerEdge R720, R720xd, R710, R610 and PE2950. Actual performance may vary based on configuration, usage and manufacturing variability. (2) Results based on a time and motion study conducted by HP using HP Smart Update and HP Gen8 380 servers.
All Dell PowerEdge 12G rack and tower servers offer a “Fresh-Air” compliant configuration so the server can run beyond the industry standard of 35C/95F (www.dell.com/freshair).
“Greatest performance per watt ever on a Tier 1 blade server” comparison based on results for Dell PowerEdge M520 as published at www.spec.org as of 2 October 2012. SPEC® and the benchmark name SPECpower_ssj® are registered trademarks of the Standard Performance Evaluation Corporation. For more information about SPECpower, see www.spec.org/power_ssj2008/.
Savings for “annual data center operating expenses” assumes $0.07 per KW/hr and/or $.20 per KW/hr. Savings based on power usage calculated based on an average enterprise-sized data center.
“Achieve up to 150% more virtual machines…” based on testing by Principled Technologies in February 2012 comparing a Dell PowerEdge R720 configured with two Intel Xeon E5-2680 2.7GHz processors and an HP Proliant DL380 G7 configured with two Intel Xeon X5670 2.93GHz processors. Actual performance will vary based on configuration, usage and manufacturing variability.
“Eliminate up to 96% of the steps HP requires to discover new servers” – results based on testing performed February, 2102 by Principled Technologies, an independent testing group, using Dell PE R720XD systems compared to HP DL380-G7 systems. Actual performance will vary based on configuration, usage and manufacture variability.





