Compare Blade Servers. Learn the benefits of IBM BladeCenter compared to competitive Blade servers.
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Compared to first generation Xeon-based blade servers, IBM BladeCenter HS22 blade servers can help improve the economics of your data center with:
- Up to 11X faster performance
- Up to 90% reduction in energy costs alone
- Up to 95% IT footprint reduction
- Up to 65% less in connectivity costs
- Up to 84% fewer cables
Simplify. Cut costs. Boost productivity. Go green. They're all priorities for IT, and they're all driving organizations to rethink their server strategies and become more receptive to new ways to use IT. Blade servers are the next-generation solution, promising improvements across the board. IBM BladeCenter's innovative, open design offers a true alternative to today's sprawling racks and overheated server rooms. So toss your cables and take the leap. Migrate to the blade server solution that uses less energy and gives you more choices and control. You have nothing to lose but complexity.
Realize innovation
You've told us you're running multiple business-critical applications — all on x86 servers. You need a provider you can count on. BladeCenter is built on IBM X-Architecture® — our blueprint for bringing innovation to x86 servers. The result is open, industry-standard blade server solutions on which clients feel confident running their business-critical workloads. With IBM BladeCenter you can choose the right solution — one tailored to fit your diverse needs — so you can realize innovation in your business. Innovation that helps set you apart from the competition. For example, an IT infrastructure that is more reliable, more available and can be built in a more flexible manner can enable you to get your applications or products into production earlier. More affordable IT allows you to take the money that's saved and use it to fuel innovation projects.
Manage growth, complexity and risk
Unlike a stand-alone server that needs multiple power supplies and fans, individual systems management, numerous cables and a lot of space, IBM BladeCenter is compact and easy to use. The blade server contains all the necessities to run an application — processors, memory, I/O and storage. Components that are duplicated in rack servers, like redundant power, hot-swap cooling, DVD and consolidated management are placed in the BladeCenter chassis and shared. The beauty of the BladeCenter architecture is that now everything needed for the solution can be housed and managed from a single point of control.
An intelligent system design that includes multiple layers of redundancy combined with advanced availability tools help BladeCenter stay up and running. And with the ability to add blades on demand, you can grow as needed to create a dynamic and scalable infrastructure. With a data center that's easier to manage, you can focus on growing your business.
Go green and save
Managing energy in your data center is a growing concern — because of the increasing numbers of servers, the incremental heat they generate and ultimately, the rising cost of energy. With BladeCenter, IBM can help you cut costs with technologies that not only increase performance per watt, but also help you budget, plan and control power usage. In fact, Edison Group, an independent technology analysis and consulting firm, found that IBM BladeCenter H requires nearly 10 percent less power than the equivalently configured HP BladeSystem c7000. Extrapolated over 224 servers and with an energy cost of 9.4 cents per kilowatt-hour, this can save you up to $12,000 [3] per year . And, the super-efficient IBM BladeCenter E chassis configured with low-power requires more than 30 percent less power than that same HP BladeSystem c-Class configuration. [4]
And, by consolidating and virtualizing on BladeCenter, you can increase the utilization of your hardware and decrease the number of physical assets you need to watch over. This translates into real dollar savings through better energy conservation and IT resource usage across the data center.
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1 Based on IBM actual, public results on HS22 & Intel internal analysis. 1U rack server configuration: 2x single-core Xeon (3.80GHz 2MB cache) with 8x 1GB memory and 1 HDD – total power: 382W under load. HS22 blade server configuration: 2x quad-core Xeon X5570 (2.93GHz 8MB cache) with 6x 2GB memory and 1 SSD – total power with chassis burden = 307W under load. Performance based on IBM internal projections comparing SPECint_rate2006 of 1U rack server to HS22, which yields approximately 11.17x better performance on HS22. For HS22, SPECint_rate2006 = 252 (published April, 2009 on SPEC.org). For 1U rack, estimated SPECint_rate2006 = 22.56. 252 / 22.56 ~ 11.17. Internal estimate on 1U rack to HS22 ratio made in March 2009. Source: www.spec.org (link resides outside of ibm.com). SPEC and SPECint are trademarks of the Standard Performance Evaluation Corporation (SPEC).
2 Power estimate assumes HS20 approximately equivalent to HS22 and HS22 is approximately 32% lower power per server versus a similarly configured rack-optimized server. Power cost estimate used is US$0.10 kW-Hr. Datacenter floor space cost estimate used is $500 per square foot, average 8 square feet per standard enterprise 42U rack. IT footprint compares 1U per rack server vs. 0.5U per HS22 blade–14 HS22 blades in 7U BladeCenter E chassis provides equal or greater performance than 137 1U rack servers.
3 Up to 65% less in connectivity costs based on IBM vs. HP web pricing.
4 Up to 84% fewer cables based on calculations of 1 rack of (6) fully populated BladeCenter E chassis vs. 1 fully populated rack (42) of competitive 1U servers.


