EGUIDE:
A discussion about strategies for Windows 10 really boils down to the organisation's desktop IT strategy. Windows PCs account for the bulk of the personal computing market and the Windows client remains the dominant target platform for developers of client-side applications. In this e-guide, we look at the evolution of desktop IT.
EBOOK:
In this guide, learn about the features and benefits of Windows 10—such as an improved user interface—that could persuade users, IT managers, and administrators to adopt.
WHITE PAPER:
This whitepaper will show you how you can establish a blueprint to simplify, design, order and deploy client virtualization within your environment with low-risk implementation.
RESEARCH CONTENT:
This report analyses desktop virtualisation adoption and provides detailed guidance to help you plan a successful initiative. Discover major deployment barriers and get advice on how to measure the return on your investment.
EGUIDE:
Thin clients are useful endpoints for organizations that support VDI, because they provide and extra layer of protection from user-initiated security risks. In this e-guide, find out the security benefits of using thin client devices as part of your desktop virtualization strategy.
EGUIDE:
A discussion about strategies for Windows 10 really boils down to the organisation's desktop IT strategy. Windows PCs account for the bulk of the personal computing market and the Windows client remains the dominant target platform for developers of client-side applications. In this e-guide, we look at the evolution of desktop IT.
SOFTWARE LISTING:
Ericom virtualization solutions enable you to administer virtual desktops from a centralized location, reducing the cost and complexity of virtual desktop deployment and upkeep. Supported virtualization servers include VMware, Microsoft and others.
SOFTWARE DEMO:
Find out how by combining the power of server virtualization with the flexibility of thin client devices, the IBM Virtual Client Solution can help to match end user needs with the right computing resources.