5G has now become a familiar term to most people through its rollout into the smartphone market. However, what most people do not know is that 5G New Radio (NR)…
5G has now become a familiar term to most people through its rollout into the smartphone market. However, what most people do not know is that 5G New Radio (NR) encompasses a broad spectrum of new technologies, applications, and yes, spectrum that will revolutionize multiple industries. This eBook has been developed to provide an accessible introduction to 5G NR for engineers and technologists.
The next generation of all kinds of devices will rely heavily on new iterations of Wi-Fi technology, which will be…
The next generation of all kinds of devices will rely heavily on new iterations of Wi-Fi technology, which will be more powerful, efficient, and complex than ever before. These developments and advancements will enable more connected homes, offices, and factories.
Phased arrays have been used in radar applications for many decades. Recent trends are driving their adoption into other…
Phased arrays have been used in radar applications for many decades. Recent trends are driving their adoption into other applications such as electronic warfare (EW), satellite systems and even 5G communications.
Get an overview of UWB physical layer fundamentals, the associated test requirements and appropriate test solutions.
Get an overview of UWB physical layer fundamentals, the associated test requirements and appropriate test solutions.
A simple guideline to help hardware developers analyze EMI problems using near-field probes in conjunction with digital…
A simple guideline to help hardware developers analyze EMI problems using near-field probes in conjunction with digital oscilloscopes.
This application note focuses on how to measure and analyze FMCW radar signals with up to 6 GHz bandwidth with an R&S®…
This application note focuses on how to measure and analyze FMCW radar signals with up to 6 GHz bandwidth with an R&S® RTP oscilloscope. On-board analysis features for pulse and chirp analysis for single- and multi-channel measurements are addressed, as well as the combination of oscilloscopes and R&S® VSE software. This resource also demonstrates the measurement of an FMCW radar signal in the 77 - 81GHz band with 4 GHz bandwidth.
In this white paper, the reader will learn how the Calibre tools provide enhanced verification and fill optimization…
In this white paper, the reader will learn how the Calibre tools provide enhanced verification and fill optimization that can drastically reduce the number of simulations required. It also discusses how the tools achieve the aforementioned while still ensuring designs will perform reliably in conformance with their design specifications over the lifetime of the products in which they are used.
Discover deep insights into regulatory compliance tests, why it is important, its test challenges, and the solutions to…
Discover deep insights into regulatory compliance tests, why it is important, its test challenges, and the solutions to overcome these obstacles.
Explore these expert tips from Keysight engineers for your top 5G mmWave test challenges.
Explore these expert tips from Keysight engineers for your top 5G mmWave test challenges.
In-depth guidance for navigating 5G VoNR in terms of the network deployment and connectivity options to support voice…
In-depth guidance for navigating 5G VoNR in terms of the network deployment and connectivity options to support voice over NR and enable the relevant VoNR data services.
Overcome challenges in path loss, design margins, and modulation facing millimeter-wave technologies.
Overcome challenges in path loss, design margins, and modulation facing millimeter-wave technologies.
This use case from TAIYO YUDEN examines the new communication technologies for today's "Computers on Wheels," the role of…
This use case from TAIYO YUDEN examines the new communication technologies for today's "Computers on Wheels," the role of RF filtering in automotive TCUs, and the solutions TAIYO YUDEN offers for automotive communications.
This use case from TAIYO YUDEN takes a closer look at how small cell base stations aid faster 5G adoption, the role of…
This use case from TAIYO YUDEN takes a closer look at how small cell base stations aid faster 5G adoption, the role of RF filtering in 5G wireless connectivity, and how TAIYO YUDEN solutions help provide seamless connectivity in 5G applications.
This paper discusses several aspects of recent data conversion architectural innovations.
This paper discusses several aspects of recent data conversion architectural innovations.
Explore the present state of 5G, use cases in each market, and component-level risks during the development of 5G networks.
Explore the present state of 5G, use cases in each market, and component-level risks during the development of 5G networks.
This tech paper from Yokowo provides a description of current fiber optic cables and connectors as well as an…
This tech paper from Yokowo provides a description of current fiber optic cables and connectors as well as an introduction to the next generation connectivity solutions for machine vision applications.
Explore how data analyses are being accelerated for autonomous vehicles.
Explore how data analyses are being accelerated for autonomous vehicles.
Explore what it takes to design safe, reliable, and durable drone applications.
Explore what it takes to design safe, reliable, and durable drone applications.
This case study provides a detailed look at how the RSL10 Bluetooth Low Energy enabled MCU improved RF power and battery…
This case study provides a detailed look at how the RSL10 Bluetooth Low Energy enabled MCU improved RF power and battery performance in a small form factor. It also describes how the ON Semiconductor RSL10 solution more than doubled battery life to a minimum of five years in deployment in the Intelligent Locations application.
Fast, reliable 5G NR networks require devices that operate at millimeter-wave frequencies and wide bandwidths. This has…
Fast, reliable 5G NR networks require devices that operate at millimeter-wave frequencies and wide bandwidths. This has significantly changed the way these complex, integrated devices are designed and tested.
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