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Most Viewed Whitepapers

  • MIMO and Smart Antennas for Mobile Broadband Networks

    The 4G Americas white paper focuses on the practical aspects of deploying Smart Antenna systems in Radio Access Systems. Key developments in MIMO and Smart Antennas, the practical aspects of deploying smart antenna systems in Radio Access Systems (RAS) and detailed information on the new antenna systems are covered in this white paper.

    8,021
  • Mobile Broadband Explosion: The 3GPP Wireless Evolution

    This white paper discusses the evolution and capabilities of HSPA and LTE relative to other primary competing technologies. It explains how these technologies fit into the  International Telecommunications Union (ITU) roadmap that leads to  International Mobile Telecommunications-Advanced (IMT-Advanced) and beyond. 

    7,876
  • WiMAX VoIP Solutions for 4G Networks

    This white paper presents an overview on how to deliver PSTN quality VoIP services over WiMAX networks.

    7,849
  • LTE Mobility Enhancements

    Qualcomm - This paper discusses the LTE handover procedures that are standardized in 3GPP Release 8 and describes a new LTE handover procedure called Forward handover which improves the overall han

    7,800
  • 5G Network Transformation

    5G Network Transformationto outlines the new heights of innovation in transforming both the radio and core networks for 5G technologies and the work being done by numerous organizations worldwide. The network architecture for 4G is connection-oriented and based on centralized mobility anchor points.

    7,416
  • Long Term HSPA Evolution - Mobile Broadband evolution beyond 3GPP Release 10

    Nokia Siemens Networks - HSPA will continue to be deployed in parallel with the introduction of LTE.

    7,401
  • 5G Top Ten Use Cases

    The white paper focuses its analysis on industry reliance on 5G and industry value in the 5G era. According to the white paper, industries requires higher bandwidth and lower latency will be more reliant on 5G; and the larger the market space is, the more commercial value a service can deliver.

    7,225
  • Transition to 4G: 3GPP Broadband Evolution to IMT-Advanced

    This Rysavy’s report explains and analyzes the evolution of EDGE, HSPA enhancements, 3GPP LTE, the capabilities of these technologies and their position relative to other primary competing technolo

    7,101
  • Voice over LTE – a step towards future telephony

    Ericsson - Which voice over LTE solution offers the most advantages for operators and satisfies user expectations?

    7,097
  • Heterogeneous network deployments in LTE – the soft-cell approach

    Ericsson - LTE is rapidly emerging as the world’s most dominant 4G technology, taking mobile broadband to unprecedented performance levels.

    7,040
  • Demystifying LTE backhaul

    ECI Telecom - LTE promises faster data rates at lower cost, improved spectral efficiency with reduced latency, and flexible channel bandwidth.

    7,039
  • Femtocell/Picocell Market Solutions

    RadiSys - Femtocells are essentially small footprint, low power 3G wireless radio systems that plug into a residential or business broadband connection to provide a mobile signal directly to that l

    7,007
  • LTE Benefits Guide

    Verizon Wireless has selected 3rd Generation Partnership Project (3GPP) Long Term Evolution (LTE) as its technology for Fourth Generation (4G) wireless services.

    7,006
  • 5G Services & Use Cases

    5G Americas, the industry trade association and voice of 5G and LTE for the Americas, today announced the publication of 5G Services and Use Cases, an insightful industry report on 5G technology addressing new trends in a broad range of use case categories and business models with disparate technical requirements and mapping them to 5G capabilities.

    6,935
  • LTE Release 12 - taking another step toward the Networked Society

    The wireless communication systems of the future will have to enable access to information and sharing of data anywhere and anytime for anyone and anything. As a consequence of this, the systems of tomorrow will have to overcome the following three main challenges:

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