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Design & Test Integration

Turn great ideas into validated products—faster

In RF comms development, aggressive specs and evolving technologies shouldn’t slow you down. Keep moving forward with Agilent’s RF workflow environment: It’s the comprehensive way to simulate, measure and analyze communications components and systems. Through application-specific solutions, we can help you achieve greater levels of confidence in your designs, products and schedules. The foundation is proven software and hardware products that let you leverage our decades of experience in high-frequency systems. Accelerate with Agilent and turn great ideas into validated products—faster.

See Measurement Solution Example: Digital Pre-Distortion (DPD)

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Using SystemVue for Integrating Wireless PHY Design, Validation, and Test 
Agilent SystemVue integrates system-level design tasks such as DSP modeling and Algorithm development with Validation and Test to create a unique new design flow for communications physical layer.

Application Note 2013-03-28

PDF PDF 8.17 MB
Faster Validation with Design and Test Integration - Brochure 
Agilent's RF workflow environment is the comprehensive way to simulate, measure and analyze communications components and systems. This 8pg brochure covers several examples.

Brochure 2013-02-12

PDF PDF 995 KB
Wideband Digital Pre-Distortion with Agilent SystemVue and PXI Modular Instrument 
Digital Pre-Distortion (DPD) is essential for wideband communications systems based on LTE-Advanced and 802.11ac. Overcome DPD challenges with trusted commercial measurement and modeling tools.

Application Note 2012-10-15

PDF PDF 1.03 MB
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Article: COTS Gear Generates Multi-Emitter Test Signals 
This article discusses COTS test hardware and software being used to create multi-emitter test signals using ESL design simulation software and wideband AWGs

Article 2012-09-27

 
FPGA Prototyping Using Agilent SystemVue 
This application note describes a top-down FPGA design flow using SystemVue for rapid prototyping of physical layer communications signal processing.

Application Note 2012-08-30

PDF PDF 3.37 MB
Realistic Ultra-Wideband Radar Signal Generation Using Agilent SystemVue  
To lower test costs SystemVue can be used with Agilent test equipment to model realistic environment and jamming scenarios, which often involve costly outdoor ranges, chambers, and real-time hardware simulators. Watch the YouTube video to see how.

Demo 2012-08-23

 
Using Analog/RF X-Parameter Models in System-Level Design  
This tutorial video shows how X-parameter* models can be used in SystemVue system-level designs. This unites measured RF components with Baseband DSP and algorithm design in a single top-down design flow.

Demo 2012-08-22

 
Using SystemVue to design a FPGA-based SDR WiMAX IQ Modulator (Part 1 of 4) 
Demonstration of the design and verification of an FPGA-based mobile WiMAX IQ Modulator for a software-defined radio (SDR). The flow shows a design example in the W1462 SystemVue FPGA Architect. In Part 1 of 4, the Fixed Point design is introduced.

How-To Video 2012-08-22

 
Using SystemVue to design a FPGA-based SDR WiMAX IQ Modulator (Part 3 of 4) 
In Part 3 of 4, the VHDL is co-verified with nonlinear RF simulation models for system-level performance as measured by the Agilent 89601 VSA software.

How-To Video 2012-08-22

 
Using SystemVue to design a FPGA-based SDR WiMAX IQ Modulator (Part 2 of 4) 
In Part 2 of 4, the VHDL is generated and co-simulated with the Agilent 89601 VSA.

How-To Video 2012-08-22

 
Using SystemVue to design a FPGA-based SDR WiMAX IQ Modulator (Part 4 of 4) 
In Part 4 of 4, the FPGA is synthesized and verified using "rapid prototyping" techniques.

How-To Video 2012-08-22

 
Videos for Integrating Design and Test for Aerospace and Defense  
Examples of Agilent RF workflow environment on YouTube

Demo 2012-08-21

 
Videos for Integrating Design and Test for Wireless 
Examples of Agilent RF workflow environment on YouTube

Demo 2012-08-21

 
Videos for Integrating Design and Test  
Examples of Agilent RF workflow environment on YouTube

Demo 2012-08-21

 
Design, simulation and measurement automation 
Link to Electronic Products and Technology article discussing the marrying of both electronic design automation (EDA) tools and processes with measurement for system level design and verification.

Article 2012-08-10

 
Reconfigurable Radar Design: Debug and Validation - video 
This video demonstrates how to debug and validate reconfigurable radar design with Agilent test and measurement instruments and software.

Demo 2012-07-30

 
Testing Radar and EW Systems for the Real-World 
The solutions described in this Microwave Journal article do more than address a wide range of present and future radar systems: They also help overcome organizational hurdles.

Article 2012-07-12

 
Tackling MIMO Design and Test Challenges for 802.11ac WLAN 
This article from Microwave Journal shows how the system engineer can use system simulation to help understand the design performance and design requirements needed to achieve transmitter system-level metrics such as EVM.

Article 2012-03-11

 
Visualize Comm System Performance with Agilent 89600 VSA, SystemVue, and ADS 
Agilent's 89600 VSA software helps SystemVue and ADS Ptolemy users to see through modulation complexity. Provides consistent visualization tools across simulation, verification, and manufacturing.

Demo 2012-02-28

 
Testing next-generation optical systems with simulated OFDM signals  
The described measurement solution with SystemVue and M8190A AWG is flexible enough to handle a wide range of modulation schemes, channel spacings, spectral widths and detection methods.

Application Note 2012-02-19

PDF PDF 600 KB
Anticipate Multi-Standard Radio (MSR) Performance with Agilent SystemVue  
As mobility carriers embrace 4G LTE technology, new equipment must co-exist with older 2G/3G standards. Multi-Standard Radio (MSR) testing characterizes these interactions, and is supported by a variety of Agilent test products. Agilent SystemVue, a system-level modeling environment for communications physical layer, enables R&D engineers to anticipate these interactions, achieve more robust system designs, then connect to Test to validate simulated performance using real hardware.

Demo 2012-02-18

 
Mixed-Signal Integration Challenges in Complex Radar Systems 
Using A Common Measurement Platform to Address the Mixed-Signal Integration Challenges in Complex Radar Systems presents an alternate design and test approach for today’s complex radar systems.

Application Note 2012-02-10

PDF PDF 1.99 MB
Using Software Defined Instruments to Address the Mixed-Signal Test Challenges of Today’s Software 
Link to a NASA Tech Brief article which states to ensure successful operation of SDR designs requires use of modern instruments capable of bridging the digital-analog divide, while also addressing any challenges stemming from use of the SDR technology itself

Article 2012-02-01

 
Using Agilent SystemVue to Create Realistic Scenarios for Radar and EW Applications  
Shows how the combination of software and hardware capabilities makes it possible to create dynamic and realistic scenarios for both component testing and scenario simulation for system test.

Application Note 2012-01-24

PDF PDF 3.01 MB
Using SystemVue to Overcome 4G Challenges 
EE Times design article (Part 2) on using SystemVue to overcome 4G challenges.

Journal 2011-12-04

 

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