Intel Chip Chat

Victor Krutul, Director of Silicon Photonics Operation at Intel, checks into the livecast to talk about announcements made at the Intel Atom processor C2000 launch – Intel’s collaboration with Corning on the new MXC connector and new fiber, as well as the first live demo of products. Silicon Photonics can reach speeds of 1.6 terabits per second at 300 meters, which will help enable rack and system disaggregation in the 21st century data center.

In this archive of a livecast, Peter Marek, Director of x86 Solutions in the Network and Communications Group at Advantech, chats about the Intel® Atom processor C2000 launch on the networking side of the industry. Use cases for the Atom processor in entry-level networking platforms include fanless tabletop appliances, system/switch management, and compute on a module. For more information, visit www.advantech.com.

Drew Schulke, Executive Director for the Dell Data Center Solutions Group at Dell, stops by the livecast to talk about the emergence of Web- and Cloud-based business models (and the associated “cold storage” workload). To address those customer concerns, Dell is launching the DCS 1300 platform based on the Intel Atom processor C2000 series, which is a low power option with standard server features that enables very large Web-based businesses to address their petabytes of data.

In this archive of a livecast, frequent guest Raejeanne Skillern, director of marketing for cloud computing at Intel, leads off our coverage from the Intel Atom C2000 product launch. She’s here to talk about the second generation, 64-bit workload optimized system on a chip and other exciting news from the launch including a demo of Rackscale Architecture and the first showing of functioning silicon photonics products. Visit www.intel.com/atom for more information.

Paul Bachteal, Director of Americas Technology Practice from SAS, stops by to talk about the growing technology of data visualization, which delivers a faster path to insight and a better way to consume data in real time. Business users now have self-service analytics for big or small data that requires little training or dependence on IT. For more information, visit www.sas.com/va.

Paul Bachteal, Director of Americas Technology Practice from SAS, stops by to talk about the growing technology of data visualization, which delivers a faster path to insight and a better way to consume data in real time. Business users now have self-service analytics for big or small data that requires little training or dependence on IT. For more information, visit www.sas.com/va.

Emily Hutson, a product marketing engineer at Intel, discusses the recent Intel® Xeon® processor E3-1200 v3 product launch and benefits including energy efficiency performance, support for USB 3.0, improved graphics, ECC memory, and Intel® Advanced Vector Extensions and Intel® AES-NI. Use cases for the E3 1200 family include media streaming, workstations, microservers, and as an affordable small business server. The Intel Xeon processor E3 has been tested and validated to run 24/7, providing SMBs anytime/anywhere access to their data. For more information, visit www.intel.com/xeon.

Emily Hutson, a product marketing engineer at Intel, discusses the recent Intel® Xeon® processor E3-1200 v3 product launch and benefits including energy efficiency performance, support for USB 3.0, improved graphics, ECC memory, and Intel® Advanced Vector Extensions and Intel® AES-NI. Use cases for the E3 1200 family include media streaming, workstations, microservers, and as an affordable small business server. The Intel Xeon processor E3 has been tested and validated to run 24/7, providing SMBs anytime/anywhere access to their data. For more information, visit www.intel.com/xeon.

Glen Otero, a Life Sciences HPC Solution Architect from Dell, stops by to talk about working with customers in the bioinformatics and genomics industries to build solutions that address their toughest workloads, speeding computing time from days or weeks to just a few hours. The new Active Infrastructure for HPC Life Sciences, based on Intel® Xeon® processors, is a complete, integrated platform of modular high-performance computing that is pre-configured and preinstalled in a single 42U rack. For more information, visit http://www.dellhpcsolutions.com/.

Glen Otero, a Life Sciences HPC Solution Architect from Dell, stops by to talk about working with customers in the bioinformatics and genomics industries to build solutions that address their toughest workloads, speeding computing time from days or weeks to just a few hours. The new Active Infrastructure for HPC Life Sciences, based on Intel® Xeon® processors, is a complete, integrated platform of modular high-performance computing that is pre-configured and preinstalled in a single 42U rack. For more information, visit http://www.dellhpcsolutions.com/.