Intel Archive

OCAU reviews the new Core 2 Duo line from Intel, and concludes: "Thanks to its new micro-architecture, Core 2 Duo is performing far better than the previous generation dual core Pentium D. An X6800, for example, is between 30% ~ to 40% faster than a Pentium D 955XE. Core 2 Duo is achieving performance in applications and games that has not been seen before with a dual core desktop CPU. In addition Core 2 Duo consumes 40% less power and runs much cooler than Pentium D."

Intel's Core 2 Duo will be unveiled at an event scheduled for July 27 at Intel's headquarters. The desktop version of the Core 2 Duo, formerly code-named Conroe, will be the focus of the July 27 event. A notebook version, known as Merom, will follow in August.

Marvell Technology Group and Intel Corporation have signed an agreement for Intel to sell its communications and application processor business to Marvell for a purchase price of USD 600 million plus the assumption by Marvell of certain liabilities. Intel's communications and application processor business develops and sells processors for handheld devices including smartphones and PDAs.

Server makers are lining up a host of new and enhanced systems armed with Intel's new 'Woodcrest' Xeon processor, a chip built on a new architecture that promises better performance coupled with greater energy efficiency. Intel initially said the Xeon 5100 family - based on Intel's new Core microarchitecture - would be released in the third quarter. However, earlier this month the giant chip maker pushed up the date to June 26 in an attempt to take back momentum from rival AMD. Ars' Hannibal gives his view on the new processors.

"Earlier this month, Intel held a 'reviewer's workshop' event where they invited a number of representatives from hardware review sites to spend a few days benchmarking and learning about their new Core 2 microarchitecture. The star of the show was Woodcrest, which is the top end of the Core 2 lineup and will be replacing the last Netburst-based Xeon processor in June. The participating reviewers got to benchmark both Dempsey and Woodcrest, and the results of those benchmark runs are now available. In all, Woodcrest looks like a stellar performer that massively improves on its predecessors in both raw horsepower and power efficiency."

Intel has decided to borrow the sequential naming scheme it used for its famous Pentium brand and apply it to the new Core line of chips, the company is expected to announce Sunday. Earlier this year, Intel released the Core Duo processor, and in a few months it will unveil Core 2 Duo processors. The Core 2 Duo name will be used for desktop chips based on the Conroe chip, as well as for notebook chips based on the Merom chip. Merom processors consume less power than Conroe chips, but they're otherwise very similar.

"Over a year ago at the Fall 2005 Intel Developer Forum, Intel formally announced that they would be dropping the Pentium 4's Netburst microarchitecture in favor of a brand new, more power-efficient microarchitecture that would carry the company's entire x86 product line, from laptops up through Xeon servers, into the next decade. This past IDF saw the unveiling of some significant details about this new microarchitecture, 'Merom' or 'Core'. Intel presented many of these details in a presentation on Core, and others were obtained by David Kanter of Real World Technologies. The present article draws on both of those sources, as well as my own correspondence with Intel, to paint what is (hopefully) an accessible picture of the new microarchitecture that will soon be powering everything from Windows Vista servers to Apple laptops."

"Intel’s Developer Forum (IDF) for Spring 2006 has a rather obvious focus: the announcement of Intel's next generation microarchitecture. Intel’s new core will almost certainly leapfrog arch-rival AMD for integer and commercial computing performance. That alone should make this IDF one of the most exciting in the last several years."

Intel demonstrated two quad-core processors Tuesday, 'Clovertown' for servers and 'Kentsfield' for PCs, directing attention toward the future during a more troubled present. Pat Gelsinger, a senior vice president in Intel's Digital Enterprise Group, demonstrated both processors in a speech at the company's Intel Developer Forum here. Both chips are built using Intel's 65-nanometer manufacturing process and will ship in the first quarter of 2007, Intel representatives said.

Transitive's translation software will be used to let software from rival RISC processors run on Intel's Itanium and Xeon server processors. The partnership is designed to make it easier for customers to scrap competitors' gear in favor of Intel-based systems. "With this relationship with Intel, Intel is funding development and providing us access to engineers so we can accelerate the development of processor-operating system combinations," Transitive Chief Executive Bob Wiederhold said in an interview.

"On January 26th, 2005, the Itanium Solutions Alliance (Intel, Hewlett-Packard, SGI, NEC, Hitachi, Bull SA, Fujitsu, and Unisys) proudly announced that its members had banded together to invest $10 billion over the next four years to improve Itanium's features and functions and strengthen its market position. This huge investment in this architecture at this time forces us to ask a lot of tough questions about the wisdom of this action... "

"Many people in the industry assumed that Itanium had a low - and poor - profile among end users. That was what the folks at IDC assumed until recently, when they surveyed 500 members of their Enterprise Server Customer Panel. The results were somewhat surprising, they said. Not only was there a high level of awareness among the users - more than 80 percent knew of the platform - but that their intent to buy an Itanium system was fairly strong. About 24 percent of those polled said they had bought at least one Itanium system, though only 13 percent of non-HP users had done so. However, more than a third of all participants said they were highly likely to buy an Itanium system within the next 12 to 18 months."

"If we were to get dramatic, we would say: 'Intel came, Intel saw and Intel conquered.' The fact of the matter is, Intel did just that. It promised the holy grail of mobile computing by increasing performance without battery life trade off, and delivered on all promises. If you waited for the Core Duos to come out, you made a wise decision. Intel's Core Duo is the best you can buy in mobility right now. It runs cooler, faster and more efficiently than anything anyone has to offer right now."

"We set out on investigating this issue immediately after it was discovered, but soon found out that it was a lot more complicated than we thought upon first glance. We've spent almost the past two weeks performing non-stop battery life testing on five notebooks with up to 4 different USB devices, testing theories, trying to pinpoint exactly what causes this problem and testing Microsoft's fix. What follows is the process that we went through in our labs when faced with this strange bug."