In another world’s first, Intel has produced a fully functional 32nm SRAM logic chip packing more than 1.9 billion second generation high-k metal gate transistors.

Intel’s next-generation 45nm Hi-k microarchitecture (code named “Nehalem”) is a dynamically scalable microarchitecture that delivers breakthrough energy-efficient performance. Related Stories: IntelIDF, IntelMooresLaw

Introducing Intel’s next-gen distributed shared memory architecture featuring high speed interconnects. Related Stories: IntelIDF, IntelMooresLaw

US data centers consumed 61 billion kW hours of electricity in 2006 – learn how Intel and the industry are applying technology and research to mitigate energy consumption. Related Stories: IntelIDF, IntelMooresLaw

How does Intel contend with rapid innovation cadence, long development cycles and mid-stream energy regulations? Tune in to find out! Related stories: Intel, IntelMooresLaw

Tera-bytes of digital information in your home or office? Learn how Intel is designing solutions for entry level storage. Related stories: Intel, IntelMooresLaw

45nm Program Manager Kaizad Mistry takes you inside the groundbreaking 45nm Hi-k metal gate process technology used in the next generation of Intel Core microarchitecture. Related stories: Intel, IntelMooresLaw

Andrew Fanara, Team Leader for the Energy Star Products Group with the EPA, discusses how Energy Star impacts computing platforms from both a client and a data center perspective. Related stories: Intel, IntelMooresLaw

What’s important about 45nm and Intel’s 100% Lead-Free initiative? Hear about this and what’s in Intel’s DNA in this insightful interview with Todd Brady, Corporate Environmental Manager. Related stories: Intel, IntelMooresLaw

David Fair explains how PCI Express* Gen 2 increases speed, device interoperability and bandwidth. He also provides insight into the Geneseo proposal that Intel and IBM gave to PCI-SIG. Related stories: Intel IntelMooresLaw

Lorie Wigle discusses Intel’s work through the newly-launched initiative to establish innovative energy efficiency and power management targets for the computing industry. Related Stories: IntelMooresLaw

Stephen Fischer, lead architect for Penryn, talks of major innovations in the next-gen 45nm process technology, and explains this tick in the Tick Tock model in his interview with Allyson Klein. Related Stories: IntelMooresLaw

Science gurus Adam Savage and Jamie Hyneman reach enlightenment when an Intel Centrino Duo-powered laptop saves the day. This video was created to celebrate the introduction of Intel Centrino Duo and Intel Centrino Pro processor technology in May 2007. Related [See the full post…]

Science gurus Adam Savage and Jamie Hyneman show how Intel’s incredible shrinking transistors are helping to cram old, super-sized supercomputer performance into small, sleek laptops built with Intel Centrino Duo processor technology. This video was created to celebrate the introduction [See the full post…]

Science gurus Adam Savage and Jamie Hyneman race through speed and time to show the explosive wonders of Moore’s Law, which is at the core of advances in computer technology. This video was created to celebrate the introduction of Intel [See the full post…]

Intel unveiled the next stages for its new 45 nanometer process technology. The new microarchitecture is code-named Nehalem and represents a major shift in design. The technology is aimed partly at the requirements of next-generation media services over the Internet. [See the full post…]

This is a video of Intel engineers talking about their research into 80-core chip technology. PodTech’s interview with Intel CTO Justin Rattner about the company’s 80-core announcement can be found here. Commissioned by Intel. Related Stories: IntelMooresLaw More Information: Intel [See the full post…]

Intel says it has developed an 80-core microprocessor chip that could enable PCs and chip-enabled devices to perform Teraflop level computing. The company will offer more details of its research in a series of scientific papers at the annual Integrated [See the full post…]

Intel announced that it will begin making 45 nanometer chips, code-named Penryn, in the second half of the year. The new microprocessors are the culmination of years of R&D using new materials to improve the efficiency and performance of silicon-based [See the full post…]

Kelin Kuhn is the 45 nanometer device group manager. She runs one of Intel‘s most important test labs where Intel figures out what needs improvement. Intel’s profitability rests on her shoulders because if a fab isn’t yielding enough good chips [See the full post…]

Moore’s Law is very much alive, according to Intel Senior Fellow, Mark Bohr. He gave me a tour of Intel’s newest 45 nanometer fab. This is a very rare look inside Intel‘s newest fab that’ll make processors you’ll be buying [See the full post…]

Sun Microsystems and Intel announced an alliance in which Intel endorses Sun’s Solaris operating system and Sun will produce servers and workstations based on Intel’s Xeon processor. Paul Lancour spoke with Sun’s John Fowler and Intel’s Pat Gelsinger about this [See the full post…]

Intel CFO Andy Bryant says that 2006 was a year when chipmaker AMD won some marketing battles with better products. But that changed in the 4th quarter of the year when Intel was able to start applying pricing pressure to [See the full post…]

You might think Moore’s Law comes with an ancillary set of steps on how to adhere to it. The Law essentially says that technology develops so swiftly that chip engineers can pack twice as many transistors on a piece of [See the full post…]

SANTA CLARA, CA, September 19, 2006 (PodTech News) — Intel says its new experimental semiconductors could be the breakthrough the chip industry has been looking for — the one that will allow chips to keep pace with Moore’s Law. They’ll [See the full post…]