NEC Builds Itanium 2 Blade
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NEC (Nasdaq: NIPNY) has unveiled a blade server powered by the Intel Itanium 2 processor, combining 64-bit computing, InfiniBand capabilities and increased memory, and targeted at the high-performance computing market.
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Core 2 die-shrink to introduce SSE 4 Intel has begun punching out engineering samples of next year's 45nm Core 2 die-shrink, the chip giant has claimed. The processor is codenamed 'Penryn'.â¦
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InfoWorld - Intel on Monday is expected to detail Tukwila, its next generation of 64-bit Itanium processors that are used in enterprise servers.
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HP and Intel have confirmed earlier reports that located a massive migration of HP Itanium boat people making their way to Intel. True to speculation, Intel has agreed to hire hundreds of HP&#39;s Itanium engineers working at a Ft.
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Hewlett-Packard is getting out of the chip-making business. The Palo Alto, California, company on Thursday announced that it reached an agreement with Intel that would see HP&#39;s Itanium processor design team move to Intel in January.
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Move is the latest setback for the chip Intel once billed as an industry standard. Hewlett-Packard has stopped selling workstations based on Intel&#39;s Itanium 2 microprocessor, a company spokesperson confirms.
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Sun also on life support, apparently Despite HP's healthy rise in Itanium server sales, IBM think its major rival and Intel will have to give up on the processor in the near future due to basic economics.â¦
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Intel&#39;s Itanium gains ground as three vendors roll out new servers based on the processor. By Darrell Dunn. Systems based on Intel&#39;s Itanium processor this week will gain ground in the high-performance server
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This looks like the *real* beginning of the end for Itanium. The workstation market is two-fold. There are those that use workstations for computing tasks (scientific, visualization, whatever) and those that
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SEPTEMBER 24, 2004 (IDG NEWS SERVICE) - Hewlett-Packard Co. has stopped selling workstations based on Intel Corp.&#39;s Itanium 2 microprocessor, a company spokeswoman confirmed today.
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(InfoWorld) - Hewlett-PackardÂ is launching two servers using Intel's new dual-core Itanium chip in a bid to gain market traction for the troubled Itanium line. HP's Integrity rx3660 server, with a base price of $10,531, and rx6600 server, which starts at $14,771, will be introduced Thursday and feature Intel's Itanium 2 "Montecito" processor. IntelÂ introduced that processorÂ in July. HP is also offering a Montecito upgrade throughout its existing Integrity line. The industry is watching to see if Montecito will improve Itanium's competitive position against IBM's Power 5 chip architecture and Sun Microsystems' Sparc. It also remains to be seen how many server vendors beyond HP will embrace Itanium. "I would describe this as a marathon," said Don Jenkins, vice president of marketing for the Business Critical Server Division of HP, in Palo Alto, California. "It takes a long time to establish a new architecture in the market. It took IBM a long time to establish Power." HP introduced its first Itanium server in 2001. But by the end of 2005, servers based on the processor accounted for less than 1 percent of the market, based on units shipped, according to research firm Gartner, and 85 percent of them were sold by HP. But by another measure, Itanium is growing. Today, close to 9,000 software applications run on Itanium, said Jenkins, up from about 100 in 2003, which gives Integrity broader appeal to enterprise customers. "Customers can't use the server until they have the applications and the application vendors don't want to invest in the applications on that chip until they see the demand for it," he said. Several important software vendors also announced Thursday their support of Integrity running Montecito, including BEA Systems, RSA Security, and Comverse Technology. "HP has been steadily adding to the Itanium portfolio," said Gordon Haff, an analyst at Illuminata. But few other server vendors are following HP's support of Itanium, Haff added. Fujitsu Ltd. announced in August it will introduce a server running Montecito, as did Silicon Graphics. But they are "small players" relative to vendors like Dell, Sun, and IBM, which are not using Itanium. Still, Haff said, Montecito "is a nice upgrade to the Itanium." Integrity is HP's high-end server for business-critical applications. Montecito is the first Itanium design to offer hyperthreading, virtualization and multiple cores, which increase Integrity's performance. The Integrity rx6600 running Montecito performs close to 350,000 transactions per minute (tmp), more than twice the 161,000 tmp of an Integrity running an older version of Itanium, according to tests by the independentÂ Transaction Processing Performance Council. Montecito is also more cost efficient, operating at $2.24 per transaction minute, versus $3.94 on a previous Itanium chip. But skepticism remains. "$2.24 is good but they're still not the most powerful system," said John Clabby, president of the IT research firm Clabby Analytics. "Montecito is an improvement, but it's not a leader and that's what Itanium was supposed to be." The fastest processor tested by TPC is an IBM Power 5. which topped 4 million transactions per minute a with a cost per minute of $2.97, noted Clabby. HP's Jenkins downplays the significance of IBM's performance numbers, noting that most enterprises only need servers that can perform 150,000 to 300,000 transactions per minute. "Four million is a benchmark that doesn't have any relevance other than bragging rights," Jenkins said.
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Appro's XtremeBlade uses a 12.25-inch chassis that can house blades with two, four or eight Opteron processors.
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five new HS20 models and one new JS20 blade server. The company also is rolling out new features designed to improve the performance of BladeCenter systems.
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Hewlett-Packard Co. has updated and expanded its Itanium-based Integrity server line by adding new low-end models, processor upgrades and better virtualization support.
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Intel Corp. is adding to its current Itanium 2 processor line with six new processors that the company says deliver performance increases of 15 percent for database transaction processing and up to 35 percent
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HP has stopped selling workstations based on Intel&#39;s Itanium 2 microprocessor, a company spokeswoman confirmed Friday. Citing market conditions, the company ceased selling workstations based on the 64-bit processors on Sept.
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(InfoWorld) - IBM announced an upgraded version of itsÂ blade server based on the Cell processorÂ on Wednesday, adding memory and data throughput for better performance on high-end applications, such as graphics and finance. IBM also shaved the size of the server so users can fit 14 of the new IBM BladeCenter QS21s into each chassis, compared to seven units of its predecessor, the QS20. The new version can also function in a diverse blade environment, working alongside computers based on the x86 or PowerPC chip architecture to assign workloads to the most efficient platform, said Paula Richards, product line manager for Cell systems at IBM. "We're seeing many applications where users want to actually marry a quad-core Intel or AMD blade with a Cell blade, so they can use the standard blade for basic workloads, then push their mission-critical, exotic applications off to the Cell platform," Richards said. IBM will begin selling the QS21 in October to users in industries that need to run visual computing tasks, such as 3D rendering, and time-critical jobs like compression and encryption.Â The system relies on the Cell Broadband Engine processor, created for Sony Computer Entertainment's PlayStation 3 gaming system by the consortium of IBM, Sony, and Toshiba. The QS21 features two 3.2 GHz Cell processors, dual Gigabit Ethernet networking, and Red Hat's Enterprise Linux 5.1 OS. At its maximum density in high-performance computing clusters, the system can run as fast as 6.4 TFLOPS (tera floating point operations per second) in a BladeCenter H chassis, or 25.8 TFLOPS in a 42U rack. "We're not trying to be a general purpose platform here. If you want to run your monthly statements or ERP, that's not what this is about," said Richards. "This is for time-critical, highly intense workloads like financial applications, digital video surveillance, medical imaging, or even digital media and entertainment. Jobs where time is money." The product will supplement IBM's lineup of blade servers, which also includes products running on IBM's PowerPC chips, Intel's Xeon or Core 2 Duo chips, andÂ AMD's Opteron processor. By upgrading the performance of the Cell version of the BladeCenter, IBM will be able to reach more corners of the highly specialized field of high-performance computing, one analyst said. Users buy the Xeon and Opteron BladeCenters for general purpose computing, the PowerPC BladeCenter for jobs in a Unix environment, and the Cell BladeCenter for compute-intensive applications like signal processing and image analysis, including designs from Mercury Computer Systems, a military and aerospace industry contractor, said Nathan Brookwood, an analyst with Insight 64. "They all do different things, so this is a technology update instead of a big change in positioning," Brookwood said. In concert with the QS21, IBM announced version 3.0 of its SDK for Multicore Acceleration, designed to streamline the process of application development for the new platform. IBM will launch the SDK for Multicore Acceleration on October 19, and launch the QS21 on October 26.