At a Glance
- Designed to process large-scale Oracle and SAP applications
- Solaris, Linux, VMware, Windows
- No-compromise features meet or beat rackmount servers
- 2-3x the density of rackmount servers
- Up to 43 percent more power-efficient than rackmount servers
- Up to 84 percent lower system support costs
- Enterprise-class RAS: hot-pluggable, redundant components
- Protect your systems at the point of sale with extended and upgraded warranty coverage from day 1 with SunSpectrum Support Services.
- Installation services that help you fully utilize the industry's most open platform, built on open source technologies and open standards
Key Applications
- Enterprise-class applications
- High performance computing
- Server consolidation and virtualization
- x86 clusters and grids
World Record Performance
Top 8-thread result on SPEC OMPM2001 HPC benchmark1
Solution Showcase: Oracle
Run Oracle Grid on Sun Blade 8000 Modular System and enjoy 20 percent lower TCO and 20 percent better power efficiency versus computing x64 rackmount servers. Alternatively, save 90% of your server costs, and 50% of TCO, by replacing your legacy UNIX system. Check out Sun's x64 Oracle Grid Reference Design and Validated Configurations and learn how easy it is to implement Oracle Grid on Sun Blade 8000 Modular System.
[1] SPEC, SPEComp are TM of the Standard Performance Evaluation
Corporation. Results as of 01/10/07. For the latest, visit http://www.spec.org
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Sun Blade 8000 Modular System Gallery
Product Overview Video
Andy Bechtolsheim, Chief Architect and Senior Vice President, Systems Group and John Gage, Sun's Chief Researcher and Director of the Science Office, discuss the highlights of the Sun Blade 8000 Modular System.
Solution Showcase: High Performance Computing
The Sun Blade 8000 P system is specialized for high-end x86 cluster and grid computing, which are commonly used in HPC deployments. With increased density and lower power and cooling costs, the Sun Blade 8000 P system enables customers to bring high performance solutions to market faster, reduces the operating costs of the compute infrastructure, and provides the flexibility for the solution deployed to grow and expand to meet future demands while leveraging new generation technologies.
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