Intel Completes 64-Bit Transition
With the introduction today of the Intel Celeron D processor 351, Intel Corporation now has Intel Extended Memory 64 Technology (Intel EM64T), or 64-bit memory addressability, available throughout its entire desktop and server processor lines.
With appropriate 64-bit supporting hardware and software, PCs based on an Intel processor supporting Intel EM64T can enable the use of extended virtual and physical memory. For example, on digital media applications 64-bit desktop computing enables faster performance with its ability to process more in main memory, also referred to as RAM, due to less data caching to and from the hard drive. Also, Intel processors supporting Intel EM64T provide headroom for processing high-definition video by enabling improvements in both speed and quality of workflow with its ability to handle large amounts of data.
Support for Intel EM64T on the Intel Celeron D processor family is just one of several value-orientated features as Intel bolsters its value PC platform. The Intel Celeron D processor 351, when combined with an Intel 915 or 910 Express chipset-based platform, delivers a balanced level of technology and value for desktop PCs while also expanding 64-bit support. With such features such as Intel High Definition Audio supporting 7.1 surround sound and the Intel Graphics Media Accelerator 900 (Intel GMA 900) for improved graphics capabilities, consumers can experience crisp pictures and theater-quality sound when doing such things as surfing the Web, playing basic games, doing e-mails, creating word-processing documents, tracking home finances and using education software.
Based on Intel’s industry leading 90nm process technology, available in the LGA775 package, the Intel Celeron D processor 351 features a 256KB Level 2 cache, a 533 MHz system bus, a processor speed of 3.20 GHz, and support for the Execute Disable Bit.
Intel also announced that it is shipping the Intel Celeron D processors 346, 341, 336, 331 and 326 in the LGA775 package with support for Intel EM64T and the Execute Disable Bit. Intel communicated earlier this year it would be transitioning customers to the Intel Celeron D processor with Intel EM64T. By mid-2005, Intel had completed this transition.
Lastly, Intel announced the Intel Celeron D processor 350 today. The Intel Celeron D processor 350, available in the mPGA478 package, features a 256KB Level 2 cache, a 533 MHz system bus, supports Execute Disable Bit and has a processor speed of 3.20 GHz. This processor does not support Intel EM64T and is compatible with Intel 910 Express chipset-based platforms as well as Intel 845 and 865 chipset-based platforms.
The new Intel Celeron D processors 351 and 350, in addition to the new Intel Celeron D processors supporting Intel EM64T, are available now in prices that range from $73 to $127 for 1,000-unit quantities.
-
From lemons to lemonade: Reaction uses carbon dioxide to make carbon-based semiconductor,
32 comments
-
Thioridazine kills cancer stem cells in human while avoiding toxic side-effects of conventional cancer treatments,
3 comments
-
SpaceX private rocket blasts off for space station (Update),
42 comments
-
Climate scientists say they have solved riddle of rising sea,
31 comments
-
SpaceX capsule has 'new car' smell, astronauts say (Update),
4 comments
More news stories
Nvidia trumpets Tegra 3 phone design wins for 2012
(Phys.org) -- Nvidias competitive war paint has a name, Tegra 3. On the heels of Nvidia announcements about lowering costs of its Tegra 3 processors and Nvidia-enabled tablets running Android Ice Cream ...
Dell tablet leak: 10.1-inch display, two-battery choice
(Phys.org) -- Headline after headline talks about vendors tablets in the wings as likely number-one contenders for the iPad. Such claims have justifiably been taken with a grain of salt, considering ...
Nvidia says Kai platform will turn price tide for tablets
(Phys.org) -- In March, Nvidia gave some signs that they were working to lower the cost of their Tegra 3 processors and they suggested consumers might see prices for Android tablets as low as $199. Connect ...
OmniVision tops up sensors for cameras, phones
(Phys.org) -- OmniVision has announced two high-resolution image sensors for the digital still and digital video camera market (DS/DVC) and higher end smartphones. In end-user language, it is a claim for superior ...
MIT researchers devise new means to synchronize a group of robots (w/ Video)
(Phys.org) -- For several years, roboticists have been working out ways to get a group of robots to perform synchronized activities as demonstrated most often in dance routines. Its not just about trying ...
'Unzipped' carbon nanotubes could help energize fuel cells, batteries
Multi-walled carbon nanotubes riddled with defects and impurities on the outside could replace some of the expensive platinum catalysts used in fuel cells and metal-air batteries, according to scientists at ...
Change in developmental timing was crucial in the evolutionary shift from dinosaurs to birds: study
At first glance, it's hard to see how a common house sparrow and a Tyrannosaurus Rex might have anything in common. After all, one is a bird that weighs less than an ounce, and the other is a dinosaur that ...
Computer model used to pinpoint prime materials for efficient carbon capture
When power plants begin capturing their carbon emissions to reduce greenhouse gases and to most in the electric power industry, it's a question of when, not if it will be an expensive undertaking.
T cells 'hunt' parasites like animal predators seek prey, study shows
By pairing an intimate knowledge of immune-system function with a deep understanding of statistical physics, a cross-disciplinary team at the University of Pennsylvania has arrived at a surprising finding: T cells use a movement ...
Stunning image of smallest possible five-ringed structure
Scientists have created and imaged the smallest possible five-ringed structure about 100,000 times thinner than a human hair and you'll probably recognise its shape.
Land and sea species differ in climate change response: study
(Phys.org) -- Marine and terrestrial species will likely differ in their responses to climate warming, new research by Simon Fraser University and Australia’s University of Tasmania has found.