NWC News Network, Nov. 1, 2007, 17:20 hrs
Intel Corporation today unveiled Dual-Core Intel Itanium Processor 9100 series processors. Built for managing high-end applications and armed with advanced features that improve reliability and reduce power consumption, the 9100 series represents the sixth generation of Itanium chips, with three future generations under development.
The Itanium platform’s mission-critical support is strengthened by a new feature called Core Level Lock-Step that improves the data integrity and reliability of applications by eliminating undetected errors in the core. Core Level Lock-Step joins existing Socket Level Lock-Step technology to deliver greater reliability, availability and serviceability (RAS) by guaranteeing that calculation results are consistent among the cores and sockets.
Another new feature, Demand Based Switching (DBS), reduces server power consumption during low utilization periods, which can result in energy cost savings.
The 9100 series features clock speed of up to 1.66 GHz and 667 MHz Front Side Bus (FSB) within a 104W power envelope. A three-load bus – two processors and a chipset on the same bus - provides increased bandwidth for enterprise and high-performance computing tasks.
Ecosystem Momentum
“The Itanium ecosystem continues to flourish as customers choose industry standard platforms supported by leading system OEMs that provide them with the broadest choice of applications.” said Pat Gelsinger, senior vice president and general manager, Intel’s Digital Enterprise Group.
“Microsoft continues to be a committed supporter of the Itanium architecture, and with the 9100 series our enterprise customers can run even more highly scalable and reliable databases and business applications,” said Bill Laing, general manager, Windows Server Division at Microsoft. “Supporting the Demand-Based Switching feature on Microsoft Windows Server 2008 for Itanium-Based Systems will help businesses better manage power consumption and improve the efficiency of their enterprise operations.”
"Red Hat is excited about the launch of Intel's latest Itanium processor-based platforms," said Paul Cormier, Red Hat's executive vice president of Worldwide Engineering. "We have worked closely with Intel in an effort to ensure that our upcoming release of Red Hat Enterprise Linux 5.1 fully supports the latest RAS and virtualization features that Intel delivers with this platform. By working closely together, we are able to deliver the industry-leading 64-bit platform our customers are asking for, presenting them with an opportunity to significantly drive down their total cost of ownership in the datacenter."
All server-maker members of the Itanium Solutions Alliance (ISA) will launch new Dual-Core Intel Itanium Processor 9100 series-based products, including Bull, Fujitsu, Fujitsu Siemens Computers, HP, Hitachi, Intel, NEC, SGI and Unisys.
Intel Itanium Virtualization Technology
The 9100 series, with its extensive virtualization partitioning features, is the premier platform for RISC and mainframe migration. Itanium offers a single platform for virtualization of diverse OS environments such zOS, legacy Unix, Linux and Windows; allowing for the consolidation of applications from old proprietary platforms. The 9100 series has also garnered virtualization support from key developers, including Transitive and SWsoft.
“SWsoft Virtuozzo 4.0 on the new Itanium processor will enhance operating-system level virtualization support for Windows and Linux server infrastructure,” said SWsoft CEO Serguei Beloussov. “The combination of scalability in Itanium platforms and the proven density and performance characteristics of Virtuozzo virtualization make an ideal platform for consolidation of mission-critical applications.”
"Transitive is releasing its Quicktransit for Solaris/Sparc-to-Linux/Itanium today." said Transitive President and CEO Bob Wiederhold. "Combining QuickTransit and servers equipped with Itanium processors provides datacenter operators to virtualize computing resources among technologies based on Itanium and Sun Sparc. In effect the combination allows maximum use and flexibility to the datacenter operations."
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