Case Study: China Mobile Shanghai boosts billing efficiency, capacity, and performance with Intel® Xeon® processor E7-based cloud computing platform.
Case Study: China Mobile Shanghai improves billing efficiency, capacity, and overall system performance and reliability while reducing operating costs by migrating to an Intel® Xeon® processor E7-based cloud computing platform.
Datasheet Addendum: Updates info for the 4th gen mobile Intel® Core™ processor platform, including electrical and signal specs. (v.2, Nov. 2014)
Datasheet Addendum: Updates information for the 4th generation mobile Intel® Core™ processor with Intel® chipsets platform, including electrical and signal specs, interface functionality, and configuration registers. (v.2, Nov. 2014)
Explore healthcare and life sciences applications of Intel® technology for personalized medicine and mobility, devices, security, and cloud solutions.
Explore healthcare and life sciences applications for Intel® technology including data management and analytic capabilities to improve personalized medicine and solutions for mobility, devices and imaging, privacy and security, and a secure cloud.
TGAC's SGI UV 2000* cluster with Intel® Xeon® processors provides high performance computing to help researchers sequence crop genomes.
Researchers at TGAC discuss the advances they have made in the sequencing and analysis of crop genomes, such as the complex wheat genome, with a high performance computing SGI UV 2000* featuring over 2,500 Intel® Xeon® processor cores.Full View >
White Paper: Discusses the Internet of Things revolution in healthcare and government-level policy principles such as data standards and privacy.
White Paper: Discusses the future of the Internet of Things revolution in healthcare and government-level policy principles including data standards, smart regulation, reimbursement, patient generated health data, and privacy and security.
For tomorrow’s high performance computing, Intel® Omni-Path Architecture moves data faster and boosts cluster performance while removing bottlenecks.
Addressing the needs of tomorrow’s high performance computing, Intel® Omni-Path Architecture moves data faster and boosts HPC cluster performance and removes I/O bottlenecks for reduced component and energy cost and greater density and reliability.Full View >
Spec Update: Device and documentation errata, spec clarifications, and changes for the Intel® Xeon® Processor 7500 Series Datasheet Volumes 1-2.
Update to the specifications contained in the Intel® Xeon® Processor 7500 Series Datasheet Volumes 1-2, including device and documentation errata, and specification clarifications and changes for system manufacturers, software developers.
This video includes highlights from a conversation with Boyd Davis, Intel General Manager, Datacenter Software Division.
Boyd Davis, vice president and general manager of Intel’s Datacenter Software Division, discusses Intel’s vision for the data center and its unique approach to software.Full View >