Why Read This White Paper?
Demystifying NFV helps fast-track planning and deployment
by exploring:
▶ What NFV is and what changes
▶ Virtualization market dynamics and migration forecasts
Worried about RF Interference?
Until now, cell site turn-up and maintenance have been relatively straightforward procedures – typically performed on one macro cell with one technology.
NFV adoption to transform telecommunications infrastructure
Communications Service Providers (CSPs), need to innovate to keep up with the competitive pressure of the rapidly changing network environment. As more of the value (and revenues) flow to over-the-top service providers like Google and Amazon, CSPs face the prospect of increasingly becoming providers of commodity-like transport services.
Download this whitepaper and learn:
- Why CSPs need to transform their networks
- The driving force behind innovation in the telecom industry
- The impact of implementing NFV technologies
LTE to LTE-A - What You Need to Know Right Now
LTE is rapidly evolving to LTE-Advanced - this White Paper describes the main drivers behind this, and the benefits that it promises both to operators in terms of reduced OPEX/CAPEX and spectrum utilization and to subscribers in improved data speed and capacity.
Small Cells, Big Challenge: The Definitive Guide to Designing and Deploying HetNets
The future of mobile access hangs in the balance as operators look to HetNets to increase coverage and capacity where it’s needed most: in large metro areas, high-traffic buildings and public venues. Small Cells, Big Challenge: A Definitive Guide to Designing and Deploying HetNets takes an in-depth look at fast-changing HetNet market dynamics, deployment plans and challenges, and evolving best practices for optimising quality of experience (QoE). This step-by-step guide to validating HetNets helps assure success.
Understanding WLAN Offload in Cellular Networks
The coming challenge for Wi-Fi offload is to provide a converged network solution for a seamless, transparent and better user experience. The user will not have to interact with its smartphone or mobile device in any way to switch from 3G/LTE to Wi-Fi. The data stream will even be able to use both connections at the same time depending on QoS requirements.
This short guide explores the technical aspects of Wi-Fi offload architecture and its related capabilities. It is presenting the different types of possible integration into existing mobile networks to provide a viable and efficient way to offload subscriber traffic. It concludes with an overview on testing methods.