Diameter Signaling Control for LTE Networks

The demand for controllers to help manage the growth of Diameter signaling continues to expand as traffic on next-gen networks, especially LTE networks, skyrockets. The Diameter signaling protocol enables AAA, policy control, and charging for mobile broadband and IMS.

VoLTE based on IMS: How to ensure voice quality in the field

This Rohde & Schwarz webinar presents the technical background to VoLTE (based on IMS) and explains how to measure voice quality in live networks. It also illustrates the impact of radio conditions and IP impairments (e.g. jitter or audio delay) to audio quality. The main focus is on the field testing aspects of VoLTE.

Deploying IMS in the Cloud with NFV

One of the leading use cases for carrier network virtualization is the IP multimedia subsystem (IMS) core. Service providers, particularly mobile operators planning for voice over LTE (VoLTE), are looking toward network functions virtualization (NFV) to scale services up and down quickly and to better align costs with network usage.

How to Take into Account Customer Experience when Designing a Wireless Network

This Webinar discusses about the factors that affect customer experience (slow network response, delay, lost session, bad quality), parameters that affect customer experience (Internet connection, network settings, SNR), SNR availability and how to calculate it and also how to correlate SNR availability to customer experience.

Diameter Signaling Control for LTE

The demand for controllers to help manage the growth of Diameter signaling continues to expand as traffic on next-gen networks, especially LTE networks, skyrockets. The Diameter signaling protocol enables AAA, policy control, and charging for mobile broadband and IMS.

How to Consider Overhead in LTE Dimensioning and What is the Impact EMEA Edition

Recording of Educational Webinar on "How to Consider Overhead in LTEi Dimensioning and What is the Impact"

How to Consider Overhead in LTE Dimensioning and What is the Impact

Recording of Educational Webinar on "How to Consider Overhead in LTEi Dimensioning and What is the Impact"

Antenna Evolution: Meeting the demand for LTE Small Cell & DAS networks

Implementations of Small Cell and DAS systems have many challenges; not the least of which is the selection and placement of the antenna elements. Since these systems deploy antennas close to the users, additional municipal and building owner restrictions may be enforced. The physical space provided for antenna installation is often limited and concealed when possible.

Vehicle communications for safety: eCall fundamentals and test solutions

This webinar provides insights into the underlying key technologies of the eCall system, highlights the test requirements and demonstrates powerful test solutions for the verification of eCall modems to ensure standard-compliant operation.

LTE Capacity Webinar

AIRCOM International webinar, focusing on LTEi Capacity and capability

The Future of LTE Advanced - Mobile Broadband and Beyond

With LTE Advanced already here and proliferating, industry is ready to take it further. Along with enhanced receivers to improve performance, the evolution will bring scale and efficiency of LTE Advanced to markets other than traditional mobile broadband, such as unlicensed spectrum, terrestrial TV, direct device-to-device and more.

LTE UE RF measurements - revolutions

This Rohde & Schwarz webinar discusses the details of carrier aggregation, its different types and its impact on how to test a device that supports carrier aggregation.

LTE Advanced in Unlicensed Spectrum

As the operators prepare for the looming 1000x data challenge, small cells and utilizing all spectrum resources are in the front and center. Can you imagine the boost they will get if their small cells can aggregate the bandwidth-rich unlicensed spectrum with the quality and seamless mobility of licensed spectrum?

LTE Field Testing

What makes LTEi networks unique in terms of design, deployment and acceptance of networks? How have carriers and suppliers changed the way they deploy, maintain and troubleshoot next-generation LTE and heterogeneous networks? How do operators chase PIM while deploying LTE Advanced and VoLTE?