WHITE PAPER:
This document describes how administrators can enable wireless enterprise activation for users on the BlackBerry Enterprise Server™, and how users can initiate wireless enterprise activation from their handhelds.
WHITE PAPER:
Build a basic foundation of knowledge about routers, the devices that allow you to move packets between networks, by reading this white paper.
WHITE PAPER:
This document introduces those products that include ASIC cells, standard interface ICs, a bus master IC, a controller interface board for IBM compatibles, a high-speed scan interface, and software to control the scan bus.
WHITE PAPER:
Uncover how rightsizing your network can help you determine where wired network capacity can be offset with more cost-effective Wi-Fi options - helping you save money, time, and space!
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This paper discusses the current state of copper-based network cabling standards as defined by ISO and TIA. Learn the difference between category 5e, 6, 6A, 7 and 7A and Class D, E, EA, F and FA.
WHITE PAPER:
Read this whitepaper to discover how the next generation of WLANs is creating faster connections, more applications, and a better experience for end-users.
WHITE PAPER:
The purpose of this white paper is to provide enterprises with guidance, based on a three- to five-year outlook, on how IPv6 should be included in their network design, planning, and operations starting today. The intended audience is enterprise network administrators.
WHITE PAPER:
The Business Process Execution Language (BPEL) Cookbook highlights SOA best practices and challenges, detailing the importance of BPEL and other standards-based technologies in accelerating the adoption of an SOA.
WHITE PAPER:
Creating an IPv6 addressing plan is one of the most important pre-adoption tasks you have. This white paper details the technical and business requirements of deploying IPv6 and also provides a sample plan. View now to learn more!
WHITE PAPER:
Instead of regurgitating an architecture where costly, centralized controllers are needed, Aerohive followed the original intent of the 802.11 standard designers more closely and brought the technology to maturity. This paper explores how inter-AP protocols can execute the same functions performed by centralized controllers with lower cost.
