Keysight Genesys 2020完整版Windows独立脱机安装程序，它是用于电路板和子系统设计人员的RF /微波电路合成和仿真软件。
对于射频/微波电路板和子系统设计人员来说，Genesys 是一款易学易用、经济高效的集成电子设计自动化软件。已经有 5000 位设计人员使用了该软件，并对其给予了很高的评价，这证明它是一项安全的投资。Genesys 在采用的第一年就通过节约的成本让客户收回投资。由于设计人员的需求远远超出射频电路板的应用范围，是德将为购买先进设计系统(ADS)软件的客户提供全款换购，以便进行 MMIC 和多重技术射频系统封装模块设计。
The PathWave development team is pleased to announce the availability of RF Synthesis (Genesys) 2020. This release comes with updated Momentum EM and Spectrasys RF system simulators; usability enhancements and a versatile vendor parts library builder utility.Keysight has announced the release of its updated PathWave * Design 2020 software suite. The new suite includes updates to the electronic design automation software to accelerate design workflows for radio frequency (RF) and microwave, 5G, and automotive design engineers. The new releases of flagship products included in the software suite are: PathWave Advanced Design System (ADS) 2020, PathWave RFIC Design (GoldenGate) 2020, PathWave System Design (SystemVue) 2020, and PathWave RF Synthesis (Genesys) 2020.The PathWave * Design 2020 software suite accelerates product development by reducing the time engineers spend in the design and simulation phase. Its libraries and customized simulators reduce setup time and automation improvements reduce manual work. The software seamlessly integrates circuit design, electromagnetic (EM) simulation, layout capabilities, and system level modeling, reducing time needed for importing and exporting designs and fixing errors associated with changing tools. Improvements in data analytics allow for rapid analysis and timely design decisions.Genesys 2020 Release Notes Release HighlightsRelease Highlights: Dataset Viewer
The Dataset Viewer has been completely revamped with features to explore and organize your data. Arrays can be transposed; complex multidimensional arrays can be sliced, to winnow out the data of interest; statistics are automatically calculated so that the min, max, mean, etc. is visible at a glance. Variables are organized into folders on a tree and name filtering is available, so that large numbers of variables don't become overwhelming. The tree icons indicate whether an item is a scalar, vector, or array and data types are indicated by color: blue for floating point, amber for integer, and green for complex values. There are viewing options to customize the data display. The original "Legacy Dataset Viewer" is still available and can be enabled in Tools > Options > General page.
Release Highlights: Parameter Synchronization Tool
The Parameter Synchronization Tool enables easy comparison and synchronization of matching model or design parameters. Both part and design parameters can be synchronized. Either (1) select one or more parts on a schematic, right-click, and select "Sync Part Parameters…" or (2) select one or more designs in the workspace tree, right-click, and select "Sync Design Parameters…".
Release Highlights: System Analysis / Models
- Nonlinear parameters such as P1dB, Psat, and intercept points for non-linear models (amplifiers, nonlinear block, and mixers) now support input impedance corrections.
What this means is that you can now enter the measured impedance of their device along with the mentioned nonlinear parameters from the datasheet and internally in the simulator, the non-linear parameters will be corrected for the mismatch to provide the expected results for the given non-linear parameters.
This addresses an issue when the PortParamType parameter was changed on non-linear devices to use an impedance other than the reference impedance, which resulted in the actual compression, saturation, and intercepts points to be incorrect.
- Added four new intercept point measurements (OIP3_OneTone, OIP2_OneTone, IIP3_OneTone, and IIP2_OneTone) which simulate the 2nd and 3rd order intercept points based on a single tone.
Intermod measurements for Quick Sweeps are improved to use the single tone intercept points that support both 2nd and 3rd orders. Using these measurements also increased measurement accuracy and speed. It is also simpler to use because a 2nd tone does not need to be configured. See examples RF Amp One Tone Intercept Points.wsv and RF Amp Intercept Quick Sweep.wsv.
Note: The OIP3_OneTone and IIP3_OneTone measurements do not work with X parameters because harmonic balance simulations, needed for X parameters, do not support signals underneath signals and would be considered a colliding tone.
- The RF_AMP model can now generate higher-order (>3) harmonics and intermods up to 11th order (see examples RF Amp 11th Order Intermods.wsv and RF Amp Intercept Quick Sweep.wsv). The same algorithm used to generate data flow coefficients for 5th, 7th, 9th, and 11th order from PSat, IP3, and P1dB is used in the Spectrasys RF amplifier. Even order intercept points are estimated using measured data of several typical RF amplifiers.
Release Highlights: RF Libraries
- The Analog Devices RF parts library has been updated
- The Custom MMIC RF parts library has been updated
- The Modelithics SELECT library has been updated
- The X-Microwave library has been updated. The old X-Microwave library is now obsolete but has has been left in the product to allow workspaces created with prior versions to be loaded and simulated. Several changes have been made to the X-Microwave library. They are listed as follows:
. All parts are now in a single library. There are no longer individual libraries for each X-Microwave component vendor.
. The default symbol is now the system behavioral symbol.
. Each part now has a SymbolMode parameter which defaults to the system behavioral symbol. The user can change this to Hybrid where a physical representation that corresponds to the purchasable X-Microwave block. This can be extremely valuable as the final schematic will very closely represent the X-Microwave hardware. NOTE: The schematic connectivity may break and the respective symbol pins may be in different locations that may also require schematic rewiring. The most effective way to use these parts is to change the symbol, if so desired, before wiring the part. There are also some issues generally with 3 terminal devices and symbol rotation where the symbol does not line up properly with the connecting pins on the symbol.
. NOTE: Switches in the shipping version of the X-Microwave library will not simulate. This will be addressed by a library update provided by the vendor.
Release Highlights: General Improvements
- Updated Momentum, the 3D Viewer, and Testlink to their latest versions.
- Improved the sweep simulation output log to capture information from all simulations run during the sweep. Both distributed and non-distributed simulation logs have been improved.
Release Highlights: Optimization
- Fixed an issue in Grid Optimization where variable vectors that were shorter than the maximum variable vector size were padded with zeros. The optimization could incorrectly use those zeroes.
- Updated the Grid Optimization to not require that the length of all discrete vector variables were the same size. This will greatly improve the optimization performance with varying length variable vectors.
Documentation
Starting with the 2020 release, the online help gets a new user interface. The new UI improves overall online help usability by providing the following key benefits in addition to several other minor benefits:
- Table of Contents Sidebar: Displays collapsible Table of Contents for the entire documentation. The left-double-arrow icon collapses the sidebar, and the right-double-arrow icon displays the sidebar back again.
- PDF Button: Allows you to instantly generate PDFs of the latest documentation anytime, including current page’s children pages. Currently, the PDF generation option is available only for 2020 release. For other releases, you can switch to their Printing Manuals page and download the existing PDFs like earlier.
- Product Release Switcher: Allows you to view the current page in other supported releases listed in the drop-down menu. Once you select a release from the drop-down menu, the current page is updated to show the content applicable to the selected release. The Table of Contents is updated as well. With this, you bookmark URL of only one release and then switch to other releases from this drop-down menu.
- Latest Documentation: The documentation available in the new UI is always kept updated for all supported releases. These updates are available to you as soon as they happen at our end. This provides you 24x7 access to the most recent and technically accurate documentation.
Fixed IssuesSystem Analysis / Models
- Fixed issue where an undesired signal at the same frequency as the desired signal would disappear when the signals passed through a mixer and the undesired signal would not be included in the UDCP measurement.
- Fixed issue with interpolation of S-parameter data resulting in incorrect results.
- Fixed issue where for a wideband input signal placing a filter before or after a linear amplifier resulted in 3 dB difference in output signal level.
- Fixed issue with NonLin model using RevIM parameter incorrectly.
- Fixed some phase noise coherency issues associated with split paths, mixers, then combined back together when the phase noise was only on the input signals.
- Fixed an issue were the Modulated RF LTE Downlink simulations were broken for ETM12, ETM2, ETM32, and ETM33.
Platform
- Fixed issue with workspace variables set using VB scripts not retaining their values after workspace is saved and reloaded.
Changes to Existing Behavior
System Analysis
- Removed Volterra option from System Analysis (Calculate tab).
- The default stage value for intercept, compression, and saturation points was increased from +100 dBm to +200 dBm to support Passive Intermod (PIM) simulation and analysis.
Obsolete Items
- EMPower is no longer supported. User's cannot add a new EMPower analysis but the simulation engine is available internally to run older workspaces.
- In Advance Part Properties the Simulation Tab was removed. On this tab users were able to override a part with S parameters or a datafile. This technique had some issues and has been replaced, for many years now, using the Model property on the Part Properties dialog box. Users can just change the model to the one they want instead of using the older Simulation Tab method.
Genesys 2020优势概述使用快速仿真和功能强大的优化工具分析射频和微波电路和系统。探索自动电路综合技术在性能上的取舍。 PathWave RF综合（Genesys）提供适合所有RF和微波电路板以及子系统设计人员的入门级功能。
使用PathWave Circuit Design识别传统电子表格计算中遗漏的RF设计错误。借助这种入门级设计环境（包括电路，系统和电磁仿真器），您将在硬件实现之前对设计审查充满信心
只需单击几下鼠标，您就可以观察到匹配网络已自动合成和优化。然后，将设计转移到PathWave高级设计系统（ADS），以包含在更复杂的设计中。
Keysight Genesys 2020功能概述用真实零件模拟和构建RF系统
使用综合模型创建高性能电路
识别并修复电路性能下降
将理想的电气设计转换为物理实现
自动创建自定义过滤器拓扑
通过协同仿真分析，调整和优化设计
关于汉化激活1. Install program Close "License Setup Wizard" window at the and of setup
2. Overwrite original <EEsof_License_Tools program folder> (by default C:\Program Files\Keysight\EEsof_License_Tools) with cracked one
3. Run as Administrator <"EEsof_License_Tools" program folder>\bin\win32_64\server_install.bat (by default C:\Program Files\Keysight\EEsof_License_Tools\bin\win32_64\server_install.bat ) and wait until new service will be installed and started
4. Run "Keysight_Licensing.reg" and confirm to add info into Windows Registry
5. Overwrite original <Genesys2020 program folder> (by default C:\Program Files\Keysight\Genesys2020) with cracked one
6. REBOOT
7. At program start select one of available license bundle from list of available bundles
8. EnjoyProduct: Keysight Genesys 2020Supported Architectures: x64Website Home Page : http://www.keysight.comLanguage: englishSystem Requirements: PCSupported Operating Systems: Windows 7even and newerSize: 1.9 Gb购买后，将显示帖子中所有出售内容。
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