Intel® SSF Reference Designs provide starting points to help HPC system vendors and purchasers specify, design, and build HPC systems. This reference design includes Intel® Xeon® processor E5-2600 v4 product family and Intel® Omni-Path Fabric.
Solution Brief: Services running on intelligent base stations enable RAN operators to optimize backhaul and improve user experience. (v.1, Feb. 2014)
Solution Brief: Services running on intelligent base stations featuring Intel® processors enable radio access network operators to optimize backhaul and improve the user experience. (v.1, Feb. 2014)
Describes the Intel® Open Network Platform initiatives and how it advances network functions virtualization and software-defined networking solutions.
The four initiatives of the Intel® Open Network Platform advance solutions for network functions virtualization and software-defined networking by supporting an open-source community, product development, an open ecosystem, and market adoption.
Solution Brief: Securely connect industrial legacy devices to the IoT cloud to enable greater efficiency, prevent failure, and create new services.
Solution Brief: Securely connect commercial and industrial legacy devices to the Internet of Things cloud to enable opportunities for optimizing efficiency, preventing failure, and creating new services.
Case Study: A Belgian shopping district sets the standard for digital retail innovation with Digitopia and Intel® technology to engage customers.
Belgian shopping district sets the standard for digital retail with Digitopia and Intel® NUC and Intel® Atom™ processor.
Stay on top of the tech trends by registering for keynotes, technical sessions, and exhibits at the Intel Developer Forum 2015 in San Francisco.
Register to attend keynotes, technical sessions, and exhibits at the Intel Developer Forum 2015 in San Francisco, with everything you need to stay on top of the latest technology trends
White Paper: Describes the Positioning over LTE (PoLTE) Macro solution, which enables Mobile Network Operators to deliver value in highly accurate location data, and test results from field trials using Long Term Evolution (LTE) macro cells.