HP Integrity Rx5670

HP Integrity Rx5670 ... Integrity rx5670 server helps you achieve more performance, improve business processes, and manage your IT more efficiently. The HP Integrity rx5670 empowers technical computing users to do more simulations, perform more in-depth analysis, run complex models faster, and render high-quality images with optimized performance. Commercial computing users will run their applications with superior performance, decreased costs, and reduced complexity.

The extensive experience HP has in Itanium-based systems and HP's co-developer insights have resulted in unmatched system performance gains through the development of the HP Scalable Processor Chipset zx1. Invented by HP, the HP zx1 Chipset fully unleashes the power of Intel Itanium 2 processors by lowering memory latencies and increasing memory and I/O scalability. With the HP zx1 Chipset, HP Integrity servers achieve industry-leading performance and memory expandability.

The performance achieved through the Intel Itanium processor itself and the accompanying zx1 Chipset is further enhanced when HP Integrity rx5670 servers are used in a clustering solution. Clusters allow the consolidation of system resources such as I/O, bandwidth, memory, mass storage, and compute capacity for maximum resource utilization. HP Integrity rx5670 cluster solutions also ensure data integrity, maximize application availability, and minimize planned maintenance time. Regardless of your choice of HP-UX, Linux, or Windows, HP has a powerful, flexible, highly available, and easily managed cluster solution to meet your needs.

Applications currently based on HP's PA-RISC, IA-32 Windows and Linux are binary compatible with HP Integrity servers. This compatibility greatly increases the availability of major technical and commercial third party applications. To achieve even greater performance, HP is working with leading independent software vendors (ISVs) in both the technical and commercial markets to optimize their applications to the Intel Itanium 2 microarchitecture, thereby exploiting the full potential of HP Integrity servers.