RESEARCH CONTENT:
In this article in our Royal Holloway security series, we examine the mechanisms that have been invented to allow Internet Protocol version 6 (IPv6), which replaces IPv4, users to prove their rightful ownership of an address, preventing others from using it falsely, as well as showing some of the ways in which these measures are incomplete.
WHITE PAPER:
IP networks and applications help with all-around responsiveness and removing uncertainty from the supply chain. Read this white paper to find out how your organization can benefit from this type of technology
WHITE PAPER:
This technical white paper is the second in a series that is designed to help map I/O best practices from the physical world into the virtual world supported by logical domains.
CASE STUDY:
Discover how one of your peers simplified the complexity and manageability of their IT environment while simultaneously optimizing network performance and availability with operations intelligence software.
WHITE PAPER:
This white paper discusses how fax servers and new FoIP investments fit into an organization’s overall document delivery strategy. Continue reading to learn why you should implement FoIP in your organization today.
WHITE PAPER:
Media Mobility promises a sophisticated user experience that will enable operators to dramatically increase their multi-play service bundles that integrate voice, data and video offerings.
EGUIDE:
This E-Guide from SearchEnterpriseWAN.com explores the importance of IPv6 and why it should be on every enterprise's short-term to-do list. View now to uncover how this influential protocol will shape your enterprise now and in the future.
WHITE PAPER:
Read this paper to learn about being connected building planning requires tightly integrated, well-coordinated cross-functional communication and project management across four functional phases: organizational alignment, technology strategies, network design considerations, and financial analysis.
EZINE:
Most enterprises can't get the most out of 802.11ac Wave 2. The problem is Ethernet speeds in the access layer: 1 GbE is too slow and 10 GbE too expensive. Could 2.5 and 5 GbE could be its salvation?
