Powerful New Intel Server Platforms Feature Array Of Enterprise-Class Innovations

03/08/2004 11:27:38

POWERFUL NEW INTEL SERVER PLATFORMS FEATURE ARRAY OF ENTERPRISE-CLASS INNOVATIONS

SYDNEY, Australia, 3 August, 2004 – Intel Corporation today unveiled a new generation of Intel® Xeon™ processor-based server platforms. The platforms are based on an array of new performance-enhancing technologies and capabilities that collectively help to better address the evolving needs of enterprise computing.

Intel’s new dual-processor capable platforms, which are based on the Intel Xeon processor at 3.60 GHz introduced in June, utilise the new Intel® E7520 and E7320 chipsets (formerly codenamed “Lindenhurst”) that vary in features and prices. The platforms also include the new Intel® IOP332 Storage I/O Processor (formerly codenamed “Dobson”) that delivers improved RAID storage performance over previous generations. The platforms also incorporate a host of other new and enhanced memory, I/O and bus technologies that increase performance in key server benchmarks over prior generations.

“We’ve innovated and integrated the processor, chipset, storage and networking components with these technologies into platforms that help deliver a new standard in performance, reliability and cost,” said Abhi Talwalkar, Intel vice president and general manager, Enterprise Platforms Group. “Utilising these technologies will enable the systems built on these platforms to perform many of the most demanding jobs business, science or government can throw at them.”

Other new technologies include faster DDR2 400 memory, a higher-throughput 800 MHz system bus and higher-bandwidth PCI Express* interconnect technology than previous generations. Each works in concert with the performance, power optimisation, and flexible 32- and 64-bit memory addressability of the Intel Xeon processor for balanced overall operation.

New Performance Benchmarks

This combination of new features enables improved performance for a wide variety of applications. In benchmark tests conducted by VeriTest, the platform demonstrated 54 per cent greater performance on WebBench (used to measure the ability to handle Web hosting services), 22 per cent improved performance on Windows* Media Load Simulator (used to measure capacity for streaming media applications) and 18 per cent better performance on SPECjbb2000 (used to measure ability to process transactions in e-commerce applications).** All comparisons are against the previous generation of Intel-based servers.

The Intel E7520 chipset is aimed at high-performance dual-processor enterprise solutions for systems that have complex I/O requirements for storage, networking and other applications. The Intel E7320 chipset includes all of the performance enhancements of the E7520, and currently offers a lower price for purchases direct from Intel for applications requiring fewer I/O ports.

The new Intel IOP332 Storage I/O Processor is aimed at cost-effectively enhancing RAID storage performance to help improve data reliability and reduce downtime. The IOP332 processor takes advantage of DDR2 400 memory and the fastest Intel® XScale® core at 800 MHz to increase the speed of RAID5 data storage and recovery. The use of PCI Express technology eliminates the latency previously incurred by PCI-X bridges.

Balanced Platform Technologies

New DDR2 400 memory technology provides a 20 per cent increase in memory bandwidth and up to 40 per cent reduction in power over DDR 333. The combination of greater memory density and reduced power is particularly important to rack and blade servers, where the goal is to garner the most computing power into a constrained space while keeping heat under control. The 800 MHz system bus provides 50 per cent greater bandwidth between chipset and the Intel Xeon processor, helping to enable unencumbered data flow for evermore demanding applications.

PCI Express, the successor to the PCI and PCI-X bus technologies, increases I/O bandwidth three-fold over PCI-X. Initially, the E7520 and E7320 chipsets will support integration of PCI Express devices, including the IOP332 processor, onto motherboards, and by early in the fourth quarter currently plans to offer broad support for PCI Express adapters.

Intel introduced six new server boards and several new server chassis that incorporate the Intel Xeon processor, chipsets and storage processor along with new RAID controllers and server-management software. These new products are aimed at OEMs and resellers for applications ranging from high-performance dual-CPU pedestal servers to high-density, cost-effective rack-mount systems.

The improved performance of the server platforms translates directly to meeting the enterprise computing demands of such companies as NASDAQ and JPMorgan Chase.

“For the NASDAQ, the key performance measure is the peak number of transactions our servers can handle per second, “ said Steve Randich, CIO and executive vice president, the NASDAQ Stock Market. “Therefore, enhancing throughput and latency in our servers is key to improving the efficiency and effectiveness of stock trading process for traders and investors. With its host of new memory and I/O technologies, Intel’s latest server platform, which is incorporated in our Dell PowerEdge* servers, has the potential to help us continue to meet rapidly growing trading demands.”

“At JPMorgan Chase, increased computing power means increasing our ability to quantify, assess and manage the risks that our clients face in the marketplace,” said Michael Ashworth, CIO of the Investment Bank. “Our ability to share compute power and data effectively and efficiently over a large number of low-cost nodes not only improves our operational performance, but delivers computing power where and when it's needed most. Intel® Solution Services has been a great partner in supporting the growth of our Compute Backbone – our grid computing, risk management system – and has provided us with early access to the latest Intel Xeon processor-based server platform, which can provide the bandwidth capabilities needed for these data-intensive applications. JPMC is potentially looking to deploy this technology as early as the third quarter of this year.”

Article continued at: http://www.computerworld.com.au/index.php/id;823873488