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Cellular

Insight. It comes upon you in a flash. And you know at once you have something special. At Keysight Technologies, the foundation is our unique mix of hardware, software and people. You can count on test equipment and design software that is built on more than 75 years of leadership in measurement science.

The continuing innovation across new and existing cellular technologies present challenges in designing and testing of mobile networks and devices. As the world’s leading electronic measurement company, Keysight technologies continues to be at the forefront offering full portfolio of cellular test and design solutions that span the entire lifecycle – from simulation to R&D, design verification and pre-conformance, conformance, manufacturing, through network deployment and service assurance.

We know what it takes for your designs to meet the latest cellular standards. As an active member of 3GPP and other most influential wireless standards bodies and leading 5G forums and consortia, we have been at the forefront of providing standard-compliant cellular test and design tools from the legacy 1G through latest 4G technologies, and maintain our leadership position by providing the largest array of design and test solutions for 5G research covering simulation and test.

We design our instruments to be future-proof, making it easier for you to evolve with changing technologies and stay on the leading edge. You can carry your investment forward with consistent measurement science that spans research and development today and extends to manufacturing and deployment in the future.

Our engineers, experts in design and test, are available to advise, assist and augment your teams all around the world. Our expertise is also readily available through white papers, application notes and webcasts for 5G, Cellular, MIMO and WLAN Test.

Keysight RF and Digital Learning Center - A commitment to learning with industry experts


 

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Paving The Way For 5G Realization and mmWave Communication Systems – Article Reprint 
This article Paving The Way For 5G Realization and mmWave Communication Systems first appeared in the April 2016 edition of Microwave Journal. Reprinted with kind permission from Microwave Journal.

Article 2016-05-03

PDF PDF 2.90 MB
Flexible Testbed for 5G Waveform Generation and Analysis 
While LTE and LTE-Advanced are still being deployed, research into next generation wireless networks is already in high gear.

Article 2015-11-13

 
5G air interfaces need channel measurements 
EDN, Oct 31, 2015 article by Sheri DeTomasi discusses characterizing the radio channel to understand how the new 5G signals will propagate and describes a system that will provide the needed insights.

Article 2015-10-31

 
5G set to dramatically impact test and measurement 
Canadian electronics, Oct 19, 2015 article by Roger Nichols discusses the challenges of testing in the investigations of the different 5G technologies.

Article 2015-10-19

 
Modular Tester Performs 5G Channel Sounding 
The 5G Channel Sounding Reference Solution test system features compact instrument modules and multiple software packages to generate and analyze complex waveforms for characterizing 5G wireless communications channels.

Article 2015-08-04

 
The key to early 5G investigation – test tools for new network paradigms 
Electronic Products and Technology, May 2015 article discusses the needs of 5G, areas of investigations and available test tools to make it happen

Article 2015-05-19

 
mmWave MIMO Channel Sounding for 5G: Technical Challenges and Prototype System 
In this paper, ww focus on how to setup mmWave MIMO channel sounding system with commercial instruments to fulfill the major technical challenges.

Article 2014-12-18

 
Simulation and Measurement-based X-parameter Models for Power Amplifiers with Envelope Tracking 
An investigation of envelope tracking power amplifiers using simulation-based and measurement-based frequency domain static XP models.

Article 2013-06-30

PDF PDF 544 KB
Incremental Redundancy in EGPRS 
Incremental redundancy is implemented in EGPRS systems to achieve maximum efficiency in over-the-air interface... WirelessDesignMagazine.com article by Paul Mercy. Feb 2005. Acrobat PDF.

Article 2013-04-02

 
MIMO Over-The-Air Research, Development, and Testing 
International Journal of Antennas and Propagation, May 2012 article provides information on the many challenges of identifying the optimal channel models and test method(s), for MIMO

Article 2012-05-09

 
Two-Stage Over-the-Air (OTA) Test Method for LTE MIMO Device Performance Evaluation 
International Journal of Antennas and Propagation, February, 2012, article introduces a novel, flexible, and cost-effective method for measuring MIMO OTA using a two-stage approach.

Article 2012-03-28

 
LTE-Advanced…Already? 
Article reprint from OSP magazine detailing the additional changes LTE-Advanced brings to the Network already working to implement 3GPP LTE.

Article 2011-09-01

PDF PDF 695 KB
Don't worry, be happy: Design, test, verification support for LTE-Advanced is here 
Link to Agilent product review in the February 2011 EETimes.

Article 2011-02-14

 
The MIMO Antenna: Unseen, Unloved, Untested! 
Microwave Journal (August 2010) article (.pdf) written by Agilent’s Moray Rumney. With the shift of MIMO from theory to real world this article focuses on performance testing in real world conditions.

Article 2010-08-20

PDF PDF 693 KB
Measuring MIMO In LTE Tx And Rx Tests 
Find the right combination of LTE test instruments and techniques to evaluate the performance of Long Term Evolution (LTE) components and systems under real-world conditions. A link to the MWJ article by Agilent.

Article 2010-08-18

 
A primer on MIMO in LTE 
An article in Electronic Products, written by Agilent’s Jan Whitacre, exploring the special employment of multiple-input, multiple-output radios to utilize spectrum in Long Term Evolution (LTE) systems.

Article 2010-02-01

 
GPS: making a play for femtocells 
This article from Microwave Engineering Europe Jan/Feb 2009 discusses the issues that arise when integrating GPS into femtocells and outlines the test and verification requirements that this introduces.

Article 2009-04-16

 
MIMO and the Battle Between LTE and WiMAX™ 
Link to April 10, 2009 Microwave Journal executive interview with Andy Botka and Carla Feldman regarding the PXB MIMO Receiver Test and the broader issue of LTE and WiMAX development.

Article 2009-04-10

 
Test solutions soup up for 4G 
Link to April 9, 2009 Microwave Journal editorial. Test equipment manufacturers are providing more capability by relying on the latest hardware and software for feature-rich and easy to use solutions with impressive raw performance.

Article 2009-04-09

 
Expert Advice: The Importance of Average vs. Peak Performance in Cellular Wireless 
The average efficiency of the cell remains much lower than the peaks. November 2008 article by Moray Rumney linked with permission by Microwave Journal.

Article 2008-11-17

 
Analyze Antenna Approaches for LTE Wireless Systems 
Multiple-antenna techniques are a large part of improved performance in LTE wireless systems, but they must be properly understood in order to be properly tested.

Article 2008-08-13

 
LTE ARQ and Re-segmentation 
Link to August 2008 Microwave Journal Article

Article 2008-08-08

 
3GPP LTE: Introducing Single-Carrier FDMA  
This article, published in issue 4 of the Agilent Measurement Journal, describes single-carrier FDMA for 3GPP LTE.

Article 2008-01-01

PDF PDF 491 KB
Testing HSUPA devices 
By: Jeanne Fightmaster, Agilent Technologies Published with permissions of EETimes Asia

Article 2007-11-16

PDF PDF 404 KB
First Pass Accuracy with Momentum GX for WiMAX Design 
Archived article at Microwave Product Digest discussing the challenges for designers in meeting cost and power consumption goals, using 3D-Planar electromagnetic (EM) simulation technology.

Article 2007-11-01

 

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