Welcome to the Mobile Wireless Learning Center! The site is divided into several sections: 5G, 4G/LTE and Mobile Network Testing.  Content is updated frequently, so please come back often to see what’s new. Thanks for visiting!

5G Technologies

Latest posts about 5G Technologies

Demonstrations from MWC-Americas 2018

Demonstrations from MWC-Americas 2018

View some of our featured demonstrations at MWC Americas: 5G NR Testing      5G Field Testing          Over-the-Air (OTA) Device Test            5G Manufacturing Test NB-IoT Device Test    IP Network Traffic Analysis

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The State of 5G

The State of 5G

With high hopes and skepticism, we set out to survey the wireless ecosystem from manufacturers, operators, test houses, and labs, service and repair specialists, network maintenance and installation professionals, and more to get a thorough status report on 5G. What we discovered was that after years of hype around cutting-edge network technology, gigabit speeds, and…

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Linearization and Efficient 5G Radio Front-Ends

Linearization and Efficient 5G Radio Front-Ends

Evolution of the Transmit Radio Front-End from 2G to 4G for mobile devices and infrastructure, with cost and energy efficiency driving demand, has resulted in the widespread adoption of envelope tracking and Doherty techniques for efficiency enhancement, augmented by digital predistortion. The step-change in 5G requirements, especially bandwidth, operating frequency and beamforming, presents an opportunity…

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4G/LTE Technologies

Latest posts about 4G/LTE Technologies

LTE UE receiver performance measurements

LTE UE receiver performance measurements

LTE user equipment (UE) receiver performance has significant impact to cellular radio network coverage and capacity. It determines the maximum data throughput across the air interface between the LTE base station (eNB, evolved node B) and the mobile network subscriber UE, thus it determines the total capacity across the air interface. Therefore, it is one…

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Simulating Automatic Obscuration and Multipath for Realistic GNSS Receiver Testing

Simulating Automatic Obscuration and Multipath for Realistic GNSS Receiver Testing

The R&S®SMBV100A supports receiver testing under realistic conditions by offering features such as obscuration simulation and automatic multipath generation. Out of a multitude of possible test scenarios – with predefined or user-specific settings – this application note presents some examples to give an impression of the instrument’s capabilities.

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LTE Performance and Optimization Framework

LTE Performance and Optimization Framework

LTE provides global mobility with a wide range of services that includes voice, data and video in a mobile environment with lower deployment costs. Traffic growth, increasing data rates, adoption of new devices, etc. is placing pressure on the performance of mobile networks. In order to get best performance out of an LTE network, and…

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Mobile Network Technologies

Latest posts about Mobile Network Technologies

Webinar: Understanding video delivery challenges for YouTube and other Mobile Apps

Webinar: Understanding video delivery challenges for YouTube and other Mobile Apps

According to a recent study published by Cisco, by 2019 80% of all internet traffic in the world will be video with the number of devices able to access the internet three times as high as the global population! And as more consumers rely on their mobile phones and devices to view video content, having…

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Identifying and Locating Short-Duration Interferers

Identifying and Locating Short-Duration Interferers

The ability to efficiently detect, analyze and locate sources of radio-frequency interference has become increasingly important in modern wireless networks. Unlike constant or near-constant sources, so-called short-duration interferers can only be detected for brief periods of time and therefore special tools and techniques are often required when searching for these types of signals. This paper…

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Webinar: Wi-Fi traffic offload in LTE

Webinar: Wi-Fi traffic offload in LTE

This webinar provides an overview of the Wi-Fi traffic offload in LTE as standardized by 3GPP. The enhancements for Wi-Fi standardized by IEEE and the Wi-Fi Alliance are also explained. This includes access methods in the joint network, security, IP mobility, as well as network discovery and selection. Finally, the webinar takes a look at…

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