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Nvidia chief executive Jen-Hsun Huang is on a mission to get graphics chips into everything from handheld computers to smart phones. He expects, for instance, that low-cost Netbooks will become the norm and that gadgets will need to have battery life lasting for days. Holding up an Ion platform, which couples an Intel low-cost Atom processor with an Nvidia integrated graphics chip set, he said his company is looking to determine "what is the soul of the new PC." With Ion, Huang said he is prepared for the future of the computer industry. But first, he has to deal with Intel. Good interview. See interview with Charlie Rose! The Dance of the Sugarplum Documents is about the evolution of the Web document model from a text-typographical/calculation model to one that is visually rich with graphical media streams meshing into traditional text/calc. The thing is, this visual document model is being defined on the edge. The challenge to the traditional desktop document model is coming from the edge, primarily from the WebKit - Chrome - iPhone Community. Jen-Hsun argues on Charlie Rose that desktop computers featured processing power and applications designed to automate typewritter (wordprocessing) and calculator (spreadsheet) functions. The x86 CPU design reflects this orientation. He argues that we are now entering the age of visual computing. A GPU is capable of dramatic increases in processing power because the architecture is geared to the volumes of graphical information being processed. Let the CPU do the traditional stuff, and let the GPU race into the future with the visual processing. That a GPU architecture can scale in parallel is an enormous advantage. But Jen-Hsun does not see the need to try to replicate CPU tasks in a GPU. The best way forward in his opinion is to combine the two!!!

Here we sit at the dawn of "The Age of Visual Computing" and Intel makes a deal with their arch enemy, low cost-high volume SOC producer TSMC. Peter Glaskowsky argues that the Intel-TSMC alliance announced earlier this week is a good thing for both companies, but not for the reasons stated by Intel. Peter discusses Intel's problem of competing with low margin manufactures like TSCM. He walks through the challenges and options Intel has, describing why this is a killer deal for both Intel and TSMC. The losers however are Nvidia, ViA and ARM. Great discussion! Looks to me like Intel is very concerned about Nvidia and the ION-Atom motherboard. So much so that they are willing to risk a massive anti-trust action.
There are a number of articles and comments at the diigo "Future of the Web" group discussing Nvidia's Jen-Hsun Huang, the ION-Atom motherboard, and Jen's "Age of Visual Computing" vision. His views on legacy x86 CPU processing power and why we need a combined GPU-CPU architecture are fascinating. Soon enough, i expect to see a netbook running the Google Android OS on a ION-Atom or ION-ViA motherboard. What a day that's going to be.

Thanks Marbux. ARC appears to be an extraordinary technology. Funny but Florian has been pushing Native Client (NaCL) since it was first ported from Firefox to Chrome. Looks like he was right. "In September, Google launched ARC-the "App Runtime for Chrome,"-a project that allowed Android apps to run on Chrome OS. A few days later, a hack revealed the project's full potential: it enabled ARC on every "desktop" version of Chrome, meaning you could unofficially run Android apps on Chrome OS, Windows, Mac OS X, and Linux. ARC made Android apps run on nearly every computing platform (save iOS). ARC is an early beta though so Google has kept the project's reach very limited-only a handful of apps have been ported to ARC, which have all been the result of close collaborations between Google and the app developer. Now though, Google is taking two big steps forward with the latest developer preview: it's allowing any developer to run their app on ARC via a new Chrome app packager, and it's allowing ARC to run on any desktop OS with a Chrome browser. ARC runs Windows, Mac, Linux, and Chrome OS thanks to Native Client (abbreviated "NaCL"). NaCL is a Chrome sandboxing technology that allows Chrome apps and plugins to run at "near native" speeds, taking full advantage of the system's CPU and GPU. Native Client turns Chrome into a development platform, write to it, and it'll run on all desktop Chrome browsers. Google ported a full Android stack to Native Client, allowing Android apps to run on most major OSes. With the original ARC release, there was no official process to getting an Android app running on the Chrome platform (other than working with Google). Now Google has released the adorably-named ARC Welder, a Chrome app which will convert any Android app into an ARC-powered Chrome app. It's mainly for developers to package up an APK and submit it to the Chrome Web Store, but anyone can package and launch an APK from the app directly."

" Sí, el gigante de Redmond hace caja cada vez que facilita información al FBI, algo que han confirmado desde la propia Microsoft, diciendo que las leyes estadounidenses permiten a las empresas el reembolso de los costes asociados al cumplimiento de órdenes legales que, en este caso, tienen por objeto la obtención de datos de clientes. Esto quiere decir que sí, efectivamente, Microsoft cobra, pero no en sentido estricto, ya de lo expuesto se deduce que sólo suple los costes de cumplir esas órdenes y ceder información al FBI, algo que a pesar de todo ha generado una cierta y comprensible controversia. Microsoft cobra por ceder información al FBI En teoría el coste por cada petición va desde los 50 hasta los 200 dólares, pero se realizan de forma muy frecuente y normalmente en grandes cantidades, lo que da lugar a facturas tan abultadas como la de la imagen que acompaña la noticia, que asciende a nada menos que 352.200 dólares. Categorías: Actualidad, Microsoft, Noticias Etiquetas: cobra, Datos, FBI, información, Microsoft, Seguridad, Tecnología « Anterior: Moto 360 tendrá pantalla OLED, carga inalámbrica y cristal de zafiro Siguiente: Microsoft ofrece descuentos de 100 dólares por abandonar Windows XP » Análisis Nokia Lumia 1320, análisis Nokia Lumia 1320, análisis Tras analizar el Nokia Lumia 1520, el phablet tope de gama de Nokia, ahora llega... Panasonic Lumix TZ60, análisis Panasonic Lumix TZ60, análisis No son tiempos fáciles para las compactas; el fenómeno smartphone,... FRITZ!Box 7490, análisis FRITZ!Box 7490, análisis Tras una primera toma de contacto con FRITZ!Box 7490, el... Monitor Philips 231C5, análisis Monitor Philips 231C5, análisis Philips 231C5 es un nuevo monitor táctil que destaca por... Más Análisis... MuyTV Smartwatch Motorola Moto 360 Nuevo WhatsApp Windows Phone Thumbnail Nuevo WhatsApp Windows Phone Tras la actualización del WhatsApp para Android, los responsables de... PC contra Xbox One en Ti

This is a must see discussion!!!! Especially if you've seen the Ted Nelson series of talks at Google. (Ted Nelson invented Hypertext, and continues to promote the XANDU view of highly graphical and interactive computing based on an advanced "digital" document model). Jen-Hsu fully embraces the sugarplum document model, dissing i a gentle way the legacy of x86 text-number processing designed to replace typewritters and calculators to produce the same printed document.

Nvidia has also announced an ION based board optimized for the Google Android Mobile-Telecommunications OS!