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Posts Tagged ‘Intel’

Intel Released The Challenges High-End Xeon Processor To Break The 8-Way Risc Minicomputer Market Structure

15 Aug

Intel released the challenges high-end Xeon processor to break the 8-way RISC minicomputer market structure

Intel OEM manufacturers carry a total of 7500 release He Zhiqiang

April 1, Intel released in Beijing yesterday, the Acer Aspire 1410 Battery generation of high-end server processor, Xeon 7500 (code-named Nehalem-EX), with “revolutionary” performance, the Xeon 7500 to IBM RISC minicomputer represented launched challenge.

As the 2008 release of Xeon 7400 (code-named Dunnington) successor to the Xeon 7500 is still using 45-nanometer manufacturing process, but the structure of the latest upgrade to Intel’s Nehalem Direct Connect Architecture, and most have eight cores and 16 threads parallel processing capabilities.

Intel released data show that more than four Xeon 7500 server can bring “revolutionary” performance, compared with the Xeon 7400, the average performance improvements of up to three times to achieve the two generations of Intel multi-processor server products between the “unprecedented” performance leap.

Used in more than four Xeon 7500 server, location server consolidation, virtualization, data processing needs of large enterprise applications, and high-performance technical computing environment, while attracting users to use RISC minicomputer moved to Xeon platforms.

Eight-way Xeon server market to break the pattern of 7500

In the past, as eight-way server design and manufacturing problems, prices are several times higher than the normal four-way servers, technology is only held by the hands of a few vendors, limiting the eight-way systems.

Xeon 7500 processors benefit from the four high-bandwidth fast-track Internet (QPI) links, making server vendors can easily build a set of eight-way through the Apple A1185 Battery system, though some companies can also expand its node controller technology to 32.

In 2007, more than 8 IA-based servers also only IBM, NEC and Unisys to provide, to the year, the camp will be extended to 10 or more.

Therefore, the Xeon 7500 with the release of the next eight-way and four-way pattern of the price ratio is expected to be broken.

Intel Itanium where to go about each stroke

Xeon 7500 release, will inevitably bring on the impact of Intel’s Itanium processor. In the performance, reliability and scalability, the Xeon 7500 and Itanium are also available in the field of business-critical computing capacity.

Intel introduced the Xeon 7500 and Itanium key difference is that customers on the operating system and application software choices available, and even includes the choice of OEM manufacturers.

Users can choose from the three aspects of Itanium or Xeon 7500, for example, or use the HP-UNIX operating system some big machine user, or to vote for Itanium, and for Windows and LINUX applications are recommended Xeon 7500. Furthermore, although the Xeon 7500 introduced the first time only in the MCA on the original function of Itanium, but there are a number of RAS (Reliability Reliability, Availability and Serviceability availability maintainability) Xeon feature is not available, the demand for these The user would opt for Itanium.

Intel hopes that by Xeon 7500 and Itanium to meet the different needs of customers, but even more pleased to see that Intel is able to attract customers to migrate to RISC minicomputer Xeon platforms.

Challenge RISC minicomputer

And dual platform, multi-way platform, requires not only higher performance, but also have greater stability. Has been, X86 server competition with RISC minicomputer, are often a disadvantage in the RAS, which is a number of key areas of minicomputer users X86/Linux open platform has been reluctant to move one of the important reasons.

Xeon 7500 appearance, the X86 system RAS features up to a Compaq Presario V3000 Battery new level in a certain sense, Xeon 7500 system already has X86 in the highest level of RAS features, and compared with minicomputers, gap has not, based on X86 system server products will take this opportunity to challenge the RISC minicomputer.

Data provided by IDC, Unix server revenue in the fourth quarter decreased by 18.1% to 3.9 billion U.S. dollars, while the x86 server sales grew by 12.6% to 73 million.

The month of IBM minicomputer in the latest processor POWER7 conference, IBM will POWER7 rare compared with the Xeon, this means that, POWER7 camp in which the RISC minicomputers have felt represented with Intel Xeon The X86 server is the pressure.

According to Gartner’s statistics, last year due to the economic crisis, the world’s approximately 100 million plan to upgrade the server being slow. In 2010, with the economic situation improved, the server update has brought considerable market opportunities.

Oracle Solaris project manager Dan @ Roberts said the company plans “to make our underlying investments generate income, taking into account the continued release Open Solaris as open source software.”

Oracle plans to Solaris 10 to set 90-day trial period, after which will require users to purchase a license. Performance is expected that this initiative will allow Solaris’s popularity declined sharply, for Oracle to bring more profits.

In addition to market research firm IDC recently said that Oracle’s focus on Java software strategy relating to the company’s success. There is no doubt that Java in the future success of the Oracle as a database vendor’s success or failure has an important significance of the decision. IDC said: “In fact, IDC believes that with the acquisition of the former compared to Oracle in the middleware (middleware) and application software strategy more dependent on Java’s viability.”

IDC noted that Oracle and Sun’s open-source software sector relations appears to be a discord. However, Oracle may continue to maintain Sun’s open source software continue to operate. It seems that plans to transform into IBM type of database vendors. Have Open Office means that as part of the agreement, Oracle can give merchants a cheap  package.

But see Oracle can not destroy its open source development community where once again successfully achieved Solaris patent remains in question.

 
 

Intel improves on mobile technology

08 Aug

WHILE Intel is popularly known for its Core i3, i5 and i7 line of microprocessors, the company has also been actively working on a number of technologies in the mobile computing arena.

In a recent event, the company provided updates on Intel Wireless Display as well as the Intel Atom processor and the company’s plans to eventually integrate the features into high-end smartphones.

PC to HDTV wirelessly

One of the interesting products currently shipping is based on Intel’s Wireless Display, which allows a user with a laptop to stream video and audio to a HDTV without cables.

Wireless Display technology works over WiFi and on the HDTV end, requires a set-top box to be plugged in via the HDMI interface.

According to David McCloskey, director of platform marketing and business operations for Intel Asia Pacific, while the slight lag in Wireless Display rules out PC gaming, the technology is ideal for displaying photos and even watching movies.

The technology is part of the 2010 Intel Core processor family, which includes certain models of the Core i3, Core i5 and Core i7 processors, along with a compatible wireless-N chipset.

The set-top box itself is a third party product – the model demonstrated at the workshop was a Netgear Push2TV device.

Power of the Atom

McCloskey also provided updates on Intel’s direction with the Atom processor, the low-power x86-based CPUs used in most netbooks.

According to McCloskey, Intel is set to ship dual-core versions of the Atom processor for netbooks by Dec 2010, based on the Pine Trail platform.

The upcoming Atom processor is still based on Pineview, which is the Atom CPU produced on Intel’s 45nm process with an integrated memory controller and GPU (similar to the currently shipping Atom N450 processors), which results in faster performance and lower power consumption.

The difference is that while dual-core Atoms have been available for the desktop for a while now, the upcoming dual-core Atoms will have the low power consumption required for mobile use.

Moving further forward, Intel is set to introduce the Oak Trail platform in 2011, which is the Atom platform optimised for “tablets and sleeker netbook form factors.”

With Oak Trail, Intel promises to reduce the average power consumption of the platform by up to 50%, while still offering full-HD video playback.

The ultimate goal for Intel is to integrate the Atom platform into even smaller devices, such as high-end smartphones and handhelds, which will require even lower and more efficient power consumption.

The company hopes to achieve this with the Atom platform formerly known as Moorestown, which will take the system-on-chip idea further.

The platform not only integrates the 45nm Atom core, graphics, video engines, and memory and display controllers but is also optimised for even lower power consumption than the Pine Trail platform.

By tecdiary