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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.
应用说明 2013-03-28 |
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8.17 MB
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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.
手册 2013-02-12 |
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995 KB
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优酷-安捷伦EESof EDA 设计与仿真软件
优酷-安捷伦EESof EDA 设计与仿真软件
基本演示 2012-12-11 |
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优酷-安捷伦EESof EDA 设计与仿真软件
优酷-安捷伦EESof EDA 设计与仿真软件
基本演示 2012-12-11 |
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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.
应用说明 2012-08-30 |
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3.37 MB
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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.
文章 2012-07-12 |
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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.
基本演示 2012-02-18 |
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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.
应用说明 2012-02-10 |
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1.99 MB
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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.
应用说明 2012-01-24 |
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3.01 MB
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使用 SystemVue 生成定制 OFDM 信号
该应用指南描述了基于 OFDM 的最新通信标准。该标准由 SystemVue 2011 提出，旨在结合最新 89600B VSA 软件创建仿真和测量，以便进一步解调和分析。
应用说明 2011-12-09 |
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Using SystemVue to Overcome 4G Challenges
EE Times design article (Part 2) on using SystemVue to overcome 4G challenges.
期刊 2011-12-04 |
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SystemVue System-Level Design & Verification Environment
SystemVue is an EDA environment for electronic system-level (ESL) design that enables system architects and algorithm developers to innovate the physical layer (PHY) of communications systems.
手册 2011-10-26 |
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174 KB
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使用 Agilent SystemVue 和 PXI 模块化仪器进行宽带数字预失真
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.
应用说明 2011-09-14 |
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Solutions for Ultra-Wideband Radar System Design
This “Solutions for Ultra-Wideband Radar System Design” application note explains how to integrate design with ultra-wideband test for flexible radar verification.
应用说明 2011-06-24 |
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1.40 MB
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Integrated Solutions for Testing Wireless Communication Systems
IEEE Communications Magazine, Topics in Radio Communications article on SystemVue test solutions, June 2011.
文章 2011-06-02 |
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1.04 MB
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The Coming of Age of the Software Communications Architecture
Microwave Jounral article reprint on Software Defined Radio (SDR) technology, development tools for complex waveforms and radio applications in aerospace/defense and commercial applications.
文章 2011-04-24 |
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1.61 MB
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Solutions for Emerging 4G Communications Systems - Making Digital Pre-Distortion Fast and Practical
Agilent SystemVue platform with the W1716 DPD Builder features a wizard-based user interface that helps users model and correct common sources of 4G memory effects in both low and high-power PA’s, transceiver IC’s, and automatic gain control modules.
应用说明 2011-04-12 |
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2.36 MB
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使用 SystemVue 雷达程序库生成信号，以用于雷达设计和验证
Agilent's Radar Library helps you with the productivity and accuracy of your radar signals.
应用说明 2011-01-28 |
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Combining Simulation and Test to Accelerate SDR Development
The note reviews the major attributes of SDRs then looks at two key topics: the use of multiple waveforms during SDR design and the use of simulation to add flexibility to SDR testing.
应用说明 2010-11-19 |
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2.22 MB
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Digital Pre-Distortion and Hardware Verification using SystemVue
This application note reviews DPD concepts, modeling and extraction techniques, and direct interaction with test equipment to help you improve 4G/LTE component performance by up to 20dB.
应用说明 2010-10-25 |
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2.08 MB
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Accounting for Antenna and MIMO Channel Effects Using SystemVue
This application note helps MIMO architects and system verifiers predict the effects of propagation and physical imperfections of 8x8 MIMO antennas on 4G system performance, before hardware prototypes are av.
应用说明 2010-09-24 |
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1.55 MB
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Using SystemVue to Integrate a Flexible R&D Testbed for LTE
This application note describes an integrated solution for testing wireless communication systems based on the quickly evolving LTE standard.
应用说明 2010-07-19 |
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1.08 MB
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Mindspeed Technologies, Inc. "LTE and WiMAX™ Layer 1 Compliance using SystemVue"
Mindspeed, a leading IC provider to the wireless communications infrastructure market, uses Agilent SystemVue to bring measurement-grade verification inside the baseband design process.
案例分析 2010-04-14 |
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44 KB
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Simulation and Verification of Pulse Doppler Radar Systems
Agilent SystemVue illustrates key algorithms in modern Pulsed Doppler radar system design, and also connects to Agilent sources and signal analyzers to verify hardware performance.
应用说明 2010-04-12 |
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1.65 MB
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Microwave Journal Cover Article: X-parameters Fundamentally Changing Nonlinear Microwave Design
Provides an overview of the invention and need for x-parameters to model the behavior of non-linear devices. This is an article reprint from Microwave Journal, Issue March 2010, Vol.53. No.3
文章 2010-03-25 |
PDF
771 KB
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