WHITE PAPER:
Many businesses are investigating new ways to transform your voice now and prepare for the future of communications. This means taking a look, at and moving to, an IP-based communications infrastructure.
WHITE PAPER:
Voice and data on a single wire is an exciting network development. MPLS technology, which enables voice and data to be transported together on wide area networks (WANs), has matured to provide a platform for almost unimaginable communications and cloud computing possibilities. Learn more about MPLS by reading this white paper.
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:
This paper describes IBM's experience with and the benefits achieved from basic network convergence and IP telephony, the convergence of applications, and the ability to transform the enterprise business model.
WHITE PAPER:
As revenues from traditional telecom services decline, the continual erosion of technology barriers to adjacent industries offers the prospect of new markets for telecom providers.
WHITE PAPER:
As IPAM evolves from a simple marriage between DNS and DHCP services, its definition cannot be limited to simply the benefits derived from dynamically linking DNS and DHCP functionality together. IPAM transcends this marriage to include features and functions shaped by this new requirement in an age of dynamic IP address data.
WHITE PAPER:
VoIP integrated networks are easy to design and the cost justifications are simple to calculate, learn the step-by-step process of how to calculate the potential cost savings of a voice and data integrated network for your organization.
WHITE PAPER:
Converged services are being deployed extensively in enterprises to take advantage of the advances in IP-based voice, data and video service offerings.
WHITE PAPER:
This paper focuses on how to integrate VoIP solutions with thin client computing. It covers why telephony is not only supported on a virtual PC but also why virtual PCs can perform better than a traditional PC desktop solution for telephony support.
