电子系统级(ESL)设计
安捷伦提供最精确的通信系统设计工具,可通过减少交叉域重复,缩短物理层开发和验证的时间。 通过安捷伦的帮助,您将可以为设计验证流程提供更高的实际效应。
ESL 设计难题
- 在设计或硬件验证阶段,模拟/射频和基带/DSP/嵌入式组合通常是在相对隔离的情况下进行操作,增加了重复工作的风险,浪费时间和金钱。
- 传统的单域“点工具”与真实环境的交互较差(或没有交互),仅依靠数学模型来捕获实际效应。
- 在系统进行硬件集成后,验证硬件很可能屏蔽关键的设计缺陷,因此需要使用复杂的物理测试台验证最终设计。
新增内容
- Agilent Technologies Unveils System Design Tools for Satellite Communications and Navigation
- Introducing the ESL Design Notebook: a new blog for Electronic-System Level designers
- Agilent to Demonstrate Latest RF Circuit, System and 3-D EM Design & Simulation Solutions at WAMICON
- Enabling Simulation and Test of Custom OFDM Signals
- Agilent's Newest SystemVue Software Release Accelerates MIMO Radar and Wireless/4G Design
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Addressing VHT 802.11ac WLAN MIMO Design and Test Challenges
SystemVue is used with test equipment to evaluate design trade-offs of a 160 MHz 802.11ac WLAN two channel MIMO system.
基本演示 2012-06-14 |
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Agilent EEsof Electronic System Level Design Flow with SystemVue
This video shows the Electronic System Level, or ESL, design flow from Agilent based on SystemVue -- the fastest way to design and validate challenging physical layer communications systems, where baseband and RF must work together.
基本演示 2012-05-02 |
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Agilent's Baseband and RF Software
Brief overview of SystemVue ESL Software from IMS 2010
基本演示 2010-05-27 |