WHITE PAPER:
This white paper describes how KVM technology can improve system reliability, manageability, and security, resulting in lower TCO and less downtime.
EZINE:
In this week's Computer Weekly, we talk to Rolls-Royce about using AI, sensors and data analytics to build intelligent aircraft engines. Our latest buyer's guide examines the next generation of desktop IT. And we ask whether a court ruling in Chile could lead to a worldwide change in Oracle's software licensing practices. Read the issue now.
EZINE:
It's been 50 years since Computer Weekly's launch on 22 September 1966. To mark this achievement, we have compiled a special edition of the magazine to reflect on how much the British technology industry has contributed over that time.
EZINE:
We search back through the Computer Weekly archives held at The National Museum of Computing to present what was happening in IT over the past five decades.
VIRTUAL ENVIRONMENT:
This personal advisor tool from Dell is designed to help you define your unique system configurations in order to find the best hardware solution available for your organization.
WHITE PAPER:
Check out this exclusive white paper for directions on how to create a Windows 8 image for the Latitude 10, as well as the information you need to image a Latitude 10 in your enterprise environment.
WHITE PAPER:
This whitepaper gives an overview of the HP mt40, a thin client tailored for business-needs and promises high reliability, low ownership costs, PC-like performance, faster processing power, and flexible battery options. Read on to learn more about the HP mt40, including features, specifications, support services and more.
EGUIDE:
In this expert guide, George Crump outlines the state of flash storage systems, and demonstrates how to use NVMe and flash DIMM to proactively keep performance ahead of users' expectations. Read on as Crump also predicts the fate of HDDs, and explains how to keep pace by improving internal and external connectivity.
DATA SHEET:
This white paper showcases a solution that is architected to scale and handle diverse performance requirements and automate the implementation of data retention policies. Discover how this uniquely designed technology combines a data management framework with hardware help in the form of FPGAs that provide robust performance for I/O operations.
