HP Integrity Superdome Support Expertise

Independent HP Integrity Superdome Support Expertise



HP Integrity SuperdomeHP's new Integrity Superdome is HP's high-end addition to the family of Itanium based solutions. Utilizing the 1.5 GHz Intel® Itanium® 2 processor, the Integrity Superdome provides superior agility, more accountability and a greater return on your IT investment. With scalability up to 64 processors, the new Integrity Superdome can run HP-UX, Windows Server 2003 Datacenter Edition and Linux.
This new server delivers unparalleled choices in configurations, scalability, operating systems and applications. The Integrity Superdome builds on the proven success of the HP 9000 Superdome (PA-RISC) with world leading, performance, operating environment flexibility, and simplified management architecture, and delivers a higher return on your IT investment. In fact, the HP Integrity Superdome has already set world-record benchmark results, demonstrating its performance as a single-OS server.
Current or future HP 9000 Superdome customers can move to the Integrity Superdome with a simple "in-box" upgrade. Whether it is for consolidation, data warehousing, ERP, high performance technical computing, CRM or any other of a wide variety of business applications, the Integrity Superdome provides the functionality, choice of application and operating environments and full ecosystem (including financing, services and support, storage) to ensure the successful implementation and ongoing operations of your mission critical environment.
The HP Integrity Superdome server provides the added benefit of being the only high-end server available worldwide that can simultaneously run Unix® (HP-UX) in one partition, Windows Server 2003 Datacenter Edition in another, and Linux in yet another. As a result, the Integrity Superdome provides the option of being repurposed in the future based on the changes in business requirements. In addition, companies can reach a higher level of consolidation by being able to run multiple operating systems concurrently.