Intel Chip Chat

In this archive of an IDF livecast, Jocelyn DeGance Graham, the Founder of Cloud Network of Women (CloudNOW) and Seema Jethani, Senior Product Manager at Dell (and CloudNOW member), stop by to talk about why we need more women (and diversity) in technology and how that affects the next wave of technologies like the Internet of Things. For more information, visit http://cloud-now.org/.

Lynn Comp, Director of Datacenter Solutions and Technologies Initiatives at Intel, stops by the IDF livecast to take a a deeper look at some of the technologies involved in re-architecting the data center. She talks about the drive for automation and the orchestration of services, as well as some of the new features of the recently-released Intel® Xeon® processor E5 v2. For more information, visit www.intel.com/xeon.

In this archive of a livecast from IDF, Kumar Balasubramanian, the General Manager of Intelligent Solutions at Intel, stops by to talk about the Internet of Things, the hottest buzzword in the industry and where we will be by the end of the decade in terms of use cases. Internet of Things refers to any device that’s connected to the Internet and gathering information (smart phones, embedded devices in cars, smart cities, wearable devices, etc.). For more information, visit www.intel.com/intelligentsystems.

In this archive of a livecast from IDF, Brian David Johnson a Futurist from Intel, talks about new innovations in the technology industry, like where personal data will be in the future. He also discusses the Steampunk movement through his work with Vintage Tomorrows, and what the past can tell us about the future, including three things driving consumers with their technology – sense of humor, sense of humanity, and a sense of history. You can learn more at http://vintagetomorrows.com/.

In an archive of a livecast from IDF last week, Shannon Poulin, VP DCSG and GM of the Datacenter Marketing Group at Intel, discusses a couple of recent product launches – the Intel® AtomTM C2000 series (formerly codenamed Avoton and Rangeley) and the Intel® Xeon® processor E5 v2 (formerly codenamed Ivy Bridge) – and what those launches mean for Intel’s ability to deliver solutions for the data center. Intel® architecture runs software across all levels of the computing spectrum at competitive performance, price and power.

In this archive from the Intel Developer Forum last week, Paul Spellman, PhD and Associate Professor at Oregon Health & Science University (OHSU), stops by to talk about using computing power to develop gene-level therapy or personalized medicine to fight cancer. OHSU and Intel are collaborating on the supercomputers and analytical tools needed to analyze genomes. In the future this could be extended to crowd-sourced research, where doctors can analyze millions of patients for individual treatments vs. today’s doctors who are forced to treat with the law of averages.

In this archive of a livecast from IDF, Kumar Balasubramanian, the General Manager of Intelligent Solutions at Intel, stops by to talk about the Internet of Things, the hottest buzzword in the industry and where we will be by the end of the decade in terms of use cases. Internet of Things refers to any device that’s connected to the Internet and gathering information (smart phones, embedded devices in cars, smart cities, wearable devices, etc.). For more information, visit www.intel.com/intelligentsystems.

In this archive of a livecast from IDF, Brian David Johnson a Futurist from Intel, talks about new innovations in the technology industry, like where personal data will be in the future. He also discusses the Steampunk movement through his work with Vintage Tomorrows, and what the past can tell us about the future, including three things driving consumers with their technology – sense of humor, sense of humanity, and a sense of history. You can learn more at http://vintagetomorrows.com/.

In an archive of a livecast from IDF last week, Shannon Poulin, VP DCSG and GM of the Datacenter Marketing Group at Intel, discusses a couple of recent product launches – the Intel® AtomTM C2000 series (formerly codenamed Avoton and Rangeley) and the Intel® Xeon® processor E5 v2 (formerly codenamed Ivy Bridge) – and what those launches mean for Intel’s ability to deliver solutions for the data center. Intel® architecture runs software across all levels of the computing spectrum at competitive performance, price and power.

In this archive from the Intel Developer Forum last week, Paul Spellman, PhD and Associate Professor at Oregon Health & Science University (OHSU), stops by to talk about using computing power to develop gene-level therapy or personalized medicine to fight cancer. OHSU and Intel are collaborating on the supercomputers and analytical tools needed to analyze genomes. In the future this could be extended to crowd-sourced research, where doctors can analyze millions of patients for individual treatments vs. today’s doctors who are forced to treat with the law of averages.