Intel® RDT posibilita el monitoreo y el control de los recursos de procesadores compartidos, permitiendo la detección y el control de “vecinos ruidosos”, una mejora en la densidad de consolidación y un menor costo total de propiedad, y funciona en máquinas virtuales, contenedores y sistemas operativas tradicionales.
See the results from a Principled Technologies test which shows that Dell PowerEdge* R720 servers upgraded with Intel® Xeon® processors significantly increase density, and provide cost savings, while meeting business performance demands.
White Paper: Principled Technologies finds an increase in server performance and density by upgrading legacy servers and storage servers with the new Intel® Xeon® processor E5-2697 v2, Windows Server* 2012, and the Intel® SSD DC S3700 series.
Explains how network virtualization overlay technologies provide a foundation to move data efficiently and support dynamic centralized reconfiguration to improve data center growth and stability and simplify deployment of new services and platforms.Vista completa >
Solution Brief: Technology coalition develops an end-to-end synchrophasor smart grid data management solution combining high-performance computing, networking, and storage to provide real-time data for utilities for reduced costs and complexity.
Intel IT is building an analytics platform that integrates and connects business intelligence (BI) data using a data lake model to reduce insight latency from months to days. Eventually, we aim to reduce data insight latency to 24 hours.
Our HPC environment, currently based on the Intel® Xeon® processor E7-4800 and 8800 v2 & v3 product families, has supported a 90.21x increase in compute demand with a 64.4x increase in stability. Tape-out time was reduced from 25 days to 10 days.
Real-time data supports a supply chain that can instantly respond to change. We’ll be able to build on what we learn with the supply chain implementation, applying real-time data in innovative ways in many other areas of the enterprise.