Microprocessor Videos
newest 100 microprocessor videos / microprocessor widgets / media rss:

Captain Rochester, "Countdown to Disaster." Join Captain Rochester in his quest to rid the world of counterfeit products! Counterfeiting is a growing and dangerous problem in many industries, but even more critical in applications such as Military, Aerospace, Medical and more. This cutting edge animation was developed by Hatchling and Rochester Electronics, the world's leading manufacturer of aftermarket semiconductors, to clearly illustrate the potential disastrous result of a counterfeit device in a critical application. Learn more about Rochester's products and services at www.rocelec.com .

This is one of the post popular video i shot and edited while i worked @ Postech, i shot this in the studio and worked with Paul Lancour on editing the piece together, this video was so well recieved that i was shown to the Exac's of Intel @ CES 2008

Boston Engineering has created FlexStack. The FlexStack product is a 2.5 inch, rugged platform that takes advantage of the flexibility of LabVIEW Embedded with the power of the Analog Devices Blackfin Processor. Additional Resources: Boston Engineering Website FlexStack Information LabVIEW Microprocessor SDK Link to Video

Long time since I've been able to post some original work. The nature of my current work usually prevents me from sharing for public consumption but finally something that's already out in the public. Here's a piece I cut originally to be shown at CES(Consumer Electronics Show) in the Intel booth. Since CES it has undergone some revisions and also been turned into a television commercial as well as an online campaign. This was my first project cut in HD. Footage shot using a Panasonic Varicam at 24p. some of the spots from the online campaign are uploaded on YouTube by Intel and I've embedded them below. Makes your really marvel at the power of the microprocessor and how much we take it for granted. Shout outs to Charlie Veprek(writer) and Chris Baffa(art director) on this campaign. Click image to play

[Recorded Nov 13, 2006] The Computer History Museum and the Intel Museum mark the 35th anniversary of one of the most important products in technology history. Introduced in November 1971, the Intel® 4004 microprocessor was an early and significant commercial product to embody computer architecture within a silicon device. And it started an electronics revolution that changed our world. There were no customer-programmable microprocessors on the market before the 4004. It was the first and it was the enabling technology that propelled software into the limelight as a key player in the world of digital electronics design. Intel, which had been making memory chips, used the 4004 as a technical and marketing launch pad to develop an expertise in microprocessors that, in quick time, made it a market leader. This strategy allowed it to emerge as the most influential designer and producer of microprocessors—the engine of the information age—for over three decades. In celebration of this milestone anniversary and the November 15, 2006 opening of Intel Museum's new exhibit entitled, "The Intel 4004 Microprocessor ," Intel 4004 designers Ted Hoff and Federico Faggin take center stage with an historical perspective on the evolution of the 4004, from a special-order from Japanese calculator manufacturer Busicom, to a mass-produced device. Additionally, Tim McNerney, who assembled and led a talented team of engineers and designers to create the Intel 4004 35th anniversary exhibit with the Intel Museum and the Intel Corporate Archives, speaks at the conclusion of the panel. He addresses the process of reverse-engineering of the Intel 4004 schematics and the Busicom141-PF calculator ROM's that led his team to uncover elegantly crafted layers of a computational system that makes optimal use of hardware and software. This special anniversary program was moderated by industry veteran and Intel alum, Dave House. Author: ComputerHistory Keywords: Computer History Semiconductor Intel 4004 microprocessor Added: November 16, 2007

Gordon Moore's Law will remain in effect for the foreseeable future. Intel Corporation's new 45nm Penryn microprocessor relies on a new recipe that combines the element Hafnium and metal gate technology to increase performance and significantly reduce eco-unfriendly, wasteful electricity leaks. The challenge for Intel to create a "new generation" of technology every two years -- a challenge laid out by Co-Founder Gordon Moore in the 1960s -- faces very real physical limitations. In fact, Moore himself has predicted the end of the rhythmic advances (more than once, too). In recognition of the 45nm technology but also for the innovation that will allow Intel to continue doubling, and doubling and doubling every two years, Penryn has already joined Apple's iPhone and other game-changing gadgets as a member of the elite group of Time Magazine's Best Inventions of the Year. In his Sept., 2007 article in the New York Times, G. Pascal Zachary noted that the hafnium-and-gate innovations are at the heart of Intel's ability to deliver increasingly speedy chips that won't, for example, explode into flames. Zachary's article shines the spotlight on Hafnium and Mark T. Bohr, the Intel physicist who oversaw its introduction into the process, since consumers will mostly be treated to the what-does-it-mean-to-me messaging that accompanies new technology -- not the where-did-it-come-from messaging that actually explains the developments. While consumers might not hear much about the element that replaces silicon oxide as the insulator in their new chips, they'll soon have a clear idea of how they'll benefit from using them. While it may be a closely-guarded secret where Intel's new Penryn chips will end up, HP and Lenovo announcements indicate that pick-up in the industry will be swift. (As always, Mac rumors abound, too.) Trumpeting energy savings and higher speeds for intensive projects like video encoding and multithreaded gaming, the new chips will soon re-set the industry standard, and of course the industry will be powering on behind the scenes. Intel is already deep into development on its next generation 22nm microprocessors, and if the speed of that effort is any indication, the technology behind computing is developing at a faster clip than in previous years (Intel says it may already be several months ahead of schedule when compared with earlier generations). Intel's new eco-friendly facility in Chandler, Ariz. was built specifically for the new 45nm production. Construction on Fab 32 began in August 2005, and you can observe pretty much the whole process in this video. Related Stories: IntelMooresLawTags: Moore's Law, 45nm, Penryn, microprocessor, new recipe, Hafnium, metal gate, eco-unfriendly, wasteful electricity leaks, iPhone, G. Pascal Zachary, hafnium-and-gate, Mark T. Bohr, silicon oxide, energy savings, video encoding, multithreaded gaming, 22nm, IntelMooresLaw

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 Solid State Circuits Conference this week in San Francisco. The chip maker says the result of providing such chips to the market could help usher in artificial intelligence, instant video communications, photo-realistic games, multimedia data mining and real-time speech recognition. The demonstration model unveiled last week in San Francisco, however, is not a prototype for a product. Still, the company says the technology would be built into future chips designs. Jason Lopez of PodTech spoke with Intel CTO Justin Rattner. Related Stories: IntelMooresLaw More Information: Intel Tera-Scale Research (80-Core animation available on this site) Intel Pressroom Technolgy @ Intel Magazine Intel Technology Journal Tags: Intel, microprocessor, Teraflop, Integrated Solid State Circuits Conference, artificial intelligence, Jason Lopez, Justin Rattner, IntelMooresLaw

The Nintendo Wii may not spark an exercise fad, but, in at least one well-publicized case, it may be leading to some welcome weight loss. Also this week, we stopped by Intel, which was showing off its latest chip, Penryn. The 45 nanometer transistors on this microprocessor are being hailed as an engineering miracle (PodTech s had a chance to get to see it in-depth, here. PodTech s Robert Scoble also got some great footage here and here.). Intel scientists wouldn t let us get too close to the actual microprocessor or take close photographs. IBM, which announced 45 nm technology today but still has their 45nm project in the development stages, would probably love to get a look at one, too. Tags: Nintendo, Wii, Intel, Penryn, 45 nanometer, microprocessor, Robert Scoble, IBM