SANTA CLARA, Calif., Aug. 13, 2007 – Continuing with its flurry of delivering quad-core server processors and other products ahead of schedule, Intel Corporation launched two quad-core Intel® Xeon® processors. The new processors boast unprecedented combinations of performance and energy efficiency, along with a pricing strategy to move the enterprise industry to multi-core systems. The new Intel® Xeon® Processors X5365 and L5335 also contain new virtualization capabilities.

Designed for companies running performance-critical server and workstation applications, the Intel Xeon Processor X5365 is the industry’s first 3.0 GHz quad-core processor to fit inside a standard 120 watt power envelope. The X5365 also features front-side bus (FSB) speed of 1333MHz.

With the energy-sipping Intel Xeon Processor L5335, Intel is delivering higher performance quad-core processors designed for servers that require optimal space and power utilization. The processor includes a 2.0 GHz clock speed and 1333MHz FSB within a 50 watt power envelope – or just 12.5 watts per processing core.

“Intel innovation continues to enable us to be the multi-core trailblazer providing a choice of quad-core products for those craving the highest performance, lowest power and all points in between,” said Kirk Skaugen, vice president of Intel’s Digital Enterprise Group, and general manager of the Server Platforms Group. “Moore’s Law, Intel’s silicon design and process technology and the Core microarchitecture are allowing us to deliver even greater levels of end-user value by essentially enabling price parity between dual and quad-core Intel Xeon processors at a given clock frequency, further accelerating quad-core market adoption.

“The processors are ideal for conducting simultaneous design and analysis transactions, improving rendering performance and managing faster analytics for industries such as financial services. Both processors are easily “drop-in” compatible with select existing Intel server platforms.

Using the SPECint_rate_base2006* benchmark, which measures integer throughput, a Fujitsu-Siemens* PRIMERGY RX300 S3 server based on the quad-core Intel Xeon Processor X5365 scored 98.9, setting a new world record¹. Using the SPECjbb™2005* benchmark, a Dell* PowerEdge* 1950 server based on the quad-core Intel® Xeon® Processor X5365 broke the previous record with a score of 238,472 business operations per second¹

.A number of systems vendors are supporting the new processors, including Dell*, Fujitsu Siemens Computers*, HP*, IBM*, SGI*, SuperMicro*, Rackable Systems*, Verari* and more than 40 others.

Enhanced Capabilities
Intel also integrated advanced technology capabilities into the Intel Xeon Processors X5365 and L5335 to streamline virtualization and further improve energy efficiency. In addition to Intel® Virtualization Technology, which increases the efficiency of virtualization solutions and enables 64-bit guest operating system support, the processors also feature new Intel Virtualization Technology processor extensions for improved interrupt handling in virtualization of 32-bit Microsoft Windows* Operating Systems.

As part of Intel’s efforts to ensure that system builders can meet energy efficiency requirements, and end-users can continue to manage their overall energy consumption, these processors include new system-transparent energy smart technology that reduces idle power usage by up to 50 percent.

In addition to including this technology on the new quad-core processors, Intel is driving its entire volume server processor line to take advantage of this new lower idle power utilization.

Price in 1,000 unit quantities (as of Aug. 9, 2007)

Say your lights go out at home. Big deal, right? Well, Samsung had their lights go out in a manufacturing facility in South Korea. Let’s just say it’s a somewhat bigger deal than your coffee not being ready in the morning. This factory produced flash memory, which is used in pretty much every gadget. Memory cards, Flash-based MP3 players, and phones of all types are all examples of what use these chips. Well, this power outage caused six production lines of these chips to stop in their tracks for about an hour. While that may sound trivial, Samsung is estimating that they will lose nearly $54 million just because of the one-hour outage.

It gets worse. These six production lines that were shut down made up 35% of global flash memory production. Analysts are now expecting prices of memory across the board to go up. However, other flash memory producers such as Toshiba and Hynix Semiconductor are simply going to point and laugh at Samsung. Now, Toshiba and Hynix’ products will see a large increase in demand. So, if you were planning on getting a good deal on a memory card, you may want to snag one right now.

If you care to look about six inches down on your screen, you’ll see a nifty article about an NES-Mouse from zieak.com. Well I thought that it was just into the realm of pure awesome. So I did a little looking around, and I find yet another spiffy NES controller modification. This time with card reader. Yet again he provides step by step instructions that even I could follow. I can’t stress enough how much I think projects like this are just, “profanity-ing sweet!” I hope you enjoy things like this, because I’m gonna hunt more down, and you’re going to have to read them.