WHITE PAPER:
This fact sheet details a new technology that provides five times faster wireless performance and two times better range than 802.11 a/g solutions.
TECHNICAL ARTICLE:
Read about Intel IT's testing of the Intel Xeon processor 5600 series that delivered up to 17.3X throughput improvements compared with single-core Intel Xeon processors and up to a 15:1 consolidation ratio by replacing servers based on single-core Intel Xeon processors.
PRODUCT LITERATURE:
The Intel® Core™2 Duo mobile processor enables outstanding mobile dual-core performance while enabling improved battery life and enhanced wireless connectivity.
WEBCAST:
Altiris solutions and PCs with Intel® vPro™ technology allow IT organizations to perform faster, more automated, and more specifically defined configuration and management tasks in a network environment.
CASE STUDY:
Read this case study to learn how Dell helped BlueCross BlueShield of Western New York harness blades to shrink its data center footprint by 75 percent and improve efficiency by more than 50 percent.
WHITE PAPER:
In 2005, Intel IT began planning, engineering, and implementing a virtualized business computing production environment as part of its overall data center strategy. Read this white paper to learn more about how Intel’s virtualization strategy has helped lower costs, increase agility, and reduce energy consumption.
WHITE PAPER:
Based on its evaluation of the virtualization capabilities in PCs with Intel® vPro™ technology, Atos Origin is planning to add this new technology to the next version of the Atos Workplace solution.
CASE STUDY:
Read this case study to learn how Alfred University saved 80% on hardware, refreshing SunGard Higher Education Banner Unified Digital Campus infrastructure with Dell servers.
EBOOK:
View this E-Book to discover why Oracle's SPARC T3 servers represent the next wave of innovation for mission-critical computing and are a logical next step for dealing with today’s most critical data center challenges.
WHITE PAPER:
Virtualization requires the consideration of two factors: how many virtual machines a single server can run and what level of performance these VMs can provide. This study compares and contrasts the performance of two generations of PowerEdge servers.
