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Synopsys Saber 2018.09

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Saber模拟及混合信号仿真软件是全球最先进的系统仿真软件,是唯一的多技术、多领域的系统仿真产品,现已成为混合信号、混合技术设计和验证工具的业界标准,可用于电子、电力电子、机电一体化、机械、光电、光学、控制等不同类型系统构成的混合系统仿真,为复杂的混合信号设计与验证提供了一个功能强大的混合信号仿真器,兼容模拟、数字、控制量的混合仿真,可以解决从系统开发到详细设计验证等一系列问题。
Saber仿真软件 – Saber的优势
1) 支持自顶向下的系统设计和由底向上的具体设计验证,可以分析从SOC到大型系统之间的设计;在概念设计阶段支持模块化的方框图设计,详细设计阶段可用具体元器件组成实际系统;
2) 提供了一个功能强大的混合信号仿真器,支持包括模拟电路、数字电路及混合电路,混合技术系统设计;
3)通过单一的混合信号仿真内核就可以提供精确有效的仿真结果;
4)Avant! 获得专利的 Calaveras算法,Calaveras能使模拟和数字两种算法得到最大效率的运行,只有在需要时才交互信息;
5)Saber内部采用5种不同的算法依次对系统进行仿真,一旦其中某一种算法失败,Saber将自动采用下一种算法,在仿真精度和仿真时间上进行平衡,保证在最少的时间内获得最高的仿真精度;
7)通过直观的图形化用户界面全面控制仿真过程;
8)可以在各种流行的EDA设计环境中运行,采用通用的建模语言,实现信息共享,提供对标准库的支持;
9)可以通过对稳态、时域、频域、统计、可靠性及控制等方面的分析来检验系统性能;
10)可以仿真一个实际系统, SABER的仿真原理图里有相应主电路和控制模块。实际电路需要程序控制,SABER中可以将实际系统的控制算法通过mast语言编程完全实现.


Synopsys Saber 2018.09 (模拟及混合信号仿)| 1.47 Gb
Synopsys Saber is a proven platform for modeling and simulating physical systems, enabling full-system virtual prototyping for applications in analog/power electronics, electric power generation/conversion/distribution and mechatronics. Decades of industry success and innovation have earned Saber a reputation as the solution of choice for design validation and optimization for automotive, aerospace, industrial power and energy systems.
Saber is a mixed-signal, mixed-technology behavioural simulation tool. Saber can be used to perform steady-state, time, frequency, statistical and reliability analysis of designs from the architectural level down to the transistor level. The Saber simulator is able to simulate analogue, event-driven analogue (such as Z-domain), digital and mixed-technology devices in the same simulation. It can also link with digital HDL simulators to simulate designs which include models written in Verilog or VHDL. Alternatively, designs can be described in MAST, a full mixed-signal hardware description language for Saber which supports modelling both analogue behaviour and event-driven behaviour.

Language: English
Operating Systems: Windows 7/8.x/10.x

NuHertz Filter Solutions 2018 v15.6

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Filter Solutions是一款基于PC平台的滤波器综合、分析软件包。

它提供无源(集总参数滤波器和分布参数滤波器)、有源滤波器、计及寄生效应的开关电容电路、无限冲击响应(IIR,Infinite Impulse Response)和有限冲击响应(FIR,Finite Impulse Response)数字滤波器的分析和综合。


NuHertz Filter Solutions 2015 v14.1.0/2018 v15.6 (滤波器综合分析) | 154 mb


Nuhertz Technologies , a worldwide leader in low and high frequency filter syntheses and analyses, launches version 14.1.0 of Filter Solutions 2015 is a comprehensive PC based filter synthesis and analysis software package.

Filter Solutions provides passive (lumped and distributed), active, and switched capacitor circuit synthesis and modification analysis with parasitic effects, and digital filter IIR and FIR design with C code generation, and finite precision analysis.

Originally released in 1999, FilterSolutions has continued to develop and introduce new features. Nuhertz filter design software interoperability with best-in-class industry applications has been enhanced. Included in the linked programs are artwork generation tools, circuit simulators, S-Parameter component models and electromagnetic analyses programs.

Filter design software modules are used by design engineers in diverse disciplines such as communication systems, military electronics, medical, instrumentation, oil exploration and antenna design as well as for IC, MMIC and RFIC designs. Nuhertz is also the creator of Statmat and Spectra, programs for statistical analysis and digital data representation

Language: English
Operating Systems: Windows 7/8.x

STEAG EBSILON Professional 13.02 with VTU-GT-Lib Program 5.1 & VTU-GT-Lib Data 6.0

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Ebsilon软件是STEAG公司实际应用开发的软件,是电站工程的一站式解决方案。广泛地用于电站设计、评估和优化及其他热力循环过程。在设计过程中,有助于识别优化的循环、评估多个选项和可替代结构;在电站运行过程中,评估损失和建议可行的电站改进。通过引入特别参数到模型中,为你的应用预期设计一个性能优化的电站。
EBSILON Professional 13是 STEAG能源服务推出EBSILON Professional最新版,EBSILON是一种用于热力循环过程的通用仿真系统:用于规划,设计和优化工厂的极其精确的工具,已经系统地增强了近30年。EBSILON具有功能附加模块的创新系统基于热力循环过程的建模,并在效率和部分负载行为方面可靠地评估它们。它绘制了电力工程设备的新电路和现有电路,包括传统发电厂,核电站和太阳能发电厂,海水淡化厂和燃料电池应用。EBSILONProfessional的强大优势在于开放透明的软件结构和极快的系统参数计算。


STEAG EBSILON Professional 13.02 (热力系统计算仿真)| 1.0 Gb

STEAG Energy Services is pleased to announce the availability of EBSILON Professional V13, is a universal simulation system for thermodynamic cycle processes: an extremely precise tool for the planning, design, and optimization of plants that has been systematically enhanced for almost 30 years.

About STEAG EBSILON Professional. The innovative system with its functional additional modules is based on the modeling of thermodynamic cycle processes and evaluates them reliably with regard to efficiency and partial load behavior. It maps new and existing circuits of power engineering plants, including conventional power plants, nuclear and solar power plants, desalination plants and fuel cell applications. The great strengths of EBSILON®Professional lie in the open and transparent software structure and the extremely fast calculation of the system parameters.

That’s what EBSILON Professional can do

– Convenient analysis and presentation of results
– Intuitive modeling with graphical user Interface
– Comprehensive component and material data libraries are available
– Intelligent fault analysis and online help
– Open software architecture and powerful Interfaces
– Multilingual user interface and documentation (German, English, French, Spanish, Turkish and Chinese)

HomePage:http://www.steag-systemtechnologies.com/
Language: English/简体中文/Multilingual
Operating Systems: Windows 7/8.x

Antenna Magus 2019.0.v9.0 x64

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Antenna Magus 2019.0.0.v9.0破解版是一款功能非常强大的天线快速设计与天线知识管理工具;软件是由南非斯泰伦博施公司进行研发推出,可以快速的帮助您加快天线的设计,并且还可以进行快速的建模;软件集成了非常的标准的天线设计,阵列设、转换器的设计、设计的管理知识等等;软件的使用简单,操作方便,是款非常值得信赖的软件!

软件功能:
1,完整的天线设计流程;
2,天线阵列综合设计工具;
3,波导转换器设计工具;
4,大型介质材料库;
5,波导型号库;
6,天线设计数据管理;
7,基于天线模板的用户自定义天线库管理。
8,性行波窄边开槽导向器阵列
9,极天线
10,矩形波纹馈线天线
11,载线单极天线
12器有四个蝴蝶结相控阵饲料
软件特色:
天线-Antenna Magus是目前市场上最广泛的天线合成工具。其超过300个天线的庞大数据库可以探索选择最佳拓扑,可以设计满足系统标准,并导出与您的设计工作流程无缝集成。
工具-Antenna Magus不仅仅是一个天线数据库。它是一个天线工程师的工具箱,充满了可用于简化日常天线任务的有用实用程序。
工作流探索-Antenna Magus被设计为以使工程师能够以最少的时间和精力考虑各种选项的方式呈现信息。
设计-Antenna Magus提供的设计功能是所有商业天线设计工具中最灵活的。
出口-Antenna Magus的导出功能允许更多的时间花在天线设计和掌握模拟软件更少的时间。
数组
设计和分析不同形状和尺寸的天线阵列。
导入自定义布局并指定3D元素模式。
添加您自己的天线
专有天线或定制设计的集合可以添加到Magus数据库并安全共享 – 以简单,逻辑的格式捕获宝贵的工程工作。


Antenna Magus 2019.0.v9.0 x64 | 1.27G

Antenna Magus 2019.0 is the most extensive antenna synthesis tool available on the market today. Its huge database of over 300 antennas can be explored to choose the optimal topology, which can be designed to meet the system criteria and exported to seamlessly integrate with your design workflow.2018.0 Release Notes
Release date: 3 January 2018
New Antennas and Arrays
Elliptically-profiled TEM Horn antenna. [MAGUS-22853]
Curved corrugated horn antenna. [MAGUS-18308]
Triangular array layout. [MAGUS-23017]
Antenna Improvements
The Rectangular stacked pin fed patch may now be designed for a specific relative permittivity. [MAGUS-2289]
The minimum and maximum frequency headers are now consistent for the connector and waveguide libraries. [MAGUS-25122]
The orientation of Vivaldi, LTSA and LPDA antennas has been changed to improve ease of comparison. [MAGUS-25267,MAGUS-25351]
The CST export model for the Axial-choke elliptical horn antenna has been improved. [MAGUS-25382]
When Estimating the performance of the Planar blade antenna, the impact of the value of the ‘notch2’ variable was not correctly accounted for. [MAGUS-25411]
When designing the Pattern-fed Gregorian dual-reflector antenna, certain objective combinations may have caused an exception. This has been fixed. [MAGUS-25376]
The default reference impedance value for the Vertical trapezoidal monopole has been changed to the correct value of 50 Ohm. [MAGUS-24069]
A large number of existing antenna Templates have been expanded to allow faster Performance Estimation for default design cases and to have more flexible Tweaking options.
New or improved functionality
Spatial Limitations – representing available length, area or volume – may be added to Specifications. Each design is compared with these limitations to determine whether it could fit and the closest fit is shown in Design Mode and the Compare Window.
The 3D Preview view of all designs may be panned (shifted) in addition to the zoom and rotate already available in previous updates.
The legends for all traces that are calculated during Performance Estimation and the names of all Charts have been made more consistent to enable easier comparison in Design Mode and in the Compare Window.
Some Objectives in some antenna Templates can only accept a fixed number of discrete values. When using a Specification for Design, the closest acceptable value is now chosen where the Specification value does not exactly match the discrete values. This improves the validity of the design for the Specification. [MAGUS-25418]
Toolbox calculators now have default values. [MAGUS-25085]
Caching of 3D preview models of Antenna Designs in the application state has been added to improve performance. [MAGUS-25194,MAGUS-25224,MAGUS-25217]
Antenna Magus now indicates higher-order modes where these may be relevant. [MAGUS-24475]
10 dB beamwidth (rather than 3 dB beamwidth) can be used in Specifications. More Templates will be expanded in future updates to use this specified value directly for design. [MAGUS-25139, MAGUS-22851]

Language: English
Operating Systems: Windows 7/8.x/10.x 64Bit


Advanced Design System (ADS) 2019 x64

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Advanced Design System(ADS)是领先的电子设计自动化软件,适用于射频、微波和信号完整性应用。ADS 是获得商业成功的创新技术(例如 X 参数*和 3D 电磁仿真器)的代表,这些技术已被无线通信与网络以及航空航天与国防领域中的领先厂商广泛采用。对于 WiMAX™、LTE、多千兆位/秒数据链路、雷达和卫星应用,ADS 能够借助集成平台中的无线库以及电路系统和电磁协同仿真功能提供基于标准的全面设计和验证。

ADS 的主要优势
快速、精确、简单易用的全套集成系统、电路和电磁仿真器,能够一次性成功完成桌面流程设计。
特定应用设计指南将长期积累的专业知识应用于简单易用的界面中。

ADS 2017 为充满挑战的无线通信设计提供了 3D 解决方案和更多解决方案,其中包括:

  • 3D 版图查看、路由选择和编辑
  • 多技术 3D 电热仿真
  • 利用 Python 数据链路进行 3D 数据可视化
  • 使用 FEM 进行更强大的 3D 电磁仿真
  • 3D Via Designer:支持访问精确的过孔模型
  • 自动建立线圈等器件的 PCell 结构
  • 用于分层管理的新选件
  • 改善的互操作性
  • SOA 支持更好的可靠性
  • 增强的电路仿真性能

ADS 2017 为信号完整性(SI)和电源完整性(PI)设计所提供的最新特性和功能包括:

  • PIPro——为供电网络提供直流电热仿真
  • PIPro——提供为去耦合电容器和电感器优化的材料清单
  • 3D Via Designer:支持访问精确的参数化差分过孔模型
  • 提高了 IBIS 模型可用性,并提供最新的 IBIS 封装模型组件
  • 极大提升瞬态和通道仿真速度,以便加速批量仿真和高端口数 S 参数测量
  • 统计通道仿真(Sim)更新,以支持 PAM4 IBIS-AMI 模型
  • 在表格视图中进行基片编辑

Advanced Design System (ADS) 2019 x64 (电子设计自动化) | 2.0 Gb

Keysight Technologies Inc. pleased to announce the release of Advanced Design System (ADS) 2017. This release introduces a host of new 3D capabilities and enhanced performance in the areas of circuit, electromagnetic (EM), and electro-thermal simulation, all packed into a single simulation platform.
Advanced Design System 2017 Release Notes:
Feature Updates

Simulation
– Signal Integrity/Power Integrity
– Silicon RFIC Interoperability
– EM Simulation
– FEM Performance and Parallel Simulation
– EM Usability (EM for Everyone)
– Circuit Simulation Performance
– Electro-Thermal
– Dynamic Link
Design Environment
– Layout and Schematic Editing
– Technology and Substrates
– 3D Layout Design
– 3D Viewing, Routing and Editing
– 3D FEM Simulation Performance
– 3D Data Visualization
– 3D Electro-Thermal Simulation
– Printing
Verification and Manufacturing Artwork
– Layout Versus Schematic (LVS)
– Design Rule Checker (DRC)
– Assura DRC Link
– Artwork Translators
– PCB Links
Design Enablers
– CoilSys
– Encrypted iRCX support
– Data Flow
– Examples
– PDKs
General Enhancements
– Licensing amd Installation
– Ultra High Resolution Screen
– Quick Start and Getting Started
– ADS Exports from BenchVue

Language: English
Operating Systems: Windows 7/8.x 64Bit

Altair Flux 2018.1.1 x64

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FLUX 2018是由Altair带来得一款专业的电,磁,热场分析软件,可用于各类电机,电器,传感器,舰船的分析,强大的后处理功能,提供可靠的技术支持服务,欧洲最流行的电,磁,热场分析软件。FLUX是一款针对于电机,传感器,变压器等电磁设备的专业二维及三维仿真软件它基于有限元算法,主要用于电磁设备,热装置,热处理的分析与设计主要应用领域有:。电磁,电热,电子机械和驱动设备等。基本模块包括前处理(建模,物理属性设置,网格剖分),求解以及后处理(结果显示,数据输出)。共有16大应用功能模块供用户选择。
作为Altair HyperWorks仿真平台的一部分,Flux是低频电磁和热仿真的领先软件,Flux 公司发布了Flux 2018.1.1。这个版本现在已经完全是HyperWorks的一部分,并且由于我们灵活的HyperWorks单元,用户现在可以访问更多的工具,这将帮助您节省设计时间并实现强大的模拟。
FLUX 允许用户使用Python命令流编写特殊的材料属性,定义驱动电源属性和定义边界条件,用于控制开发和执行特定的后处理任务。
FLUX_to_Simulink接口:用户可以通过Simulink的接口将FLUX模型作为独立模块应用到其他专业仿真软件中进行更高级的分析,如:优化设计,电机起动的瞬时控制等。这些功能使FLUX®成为目前国际市场上最具灵活性的软件。


Altair Flux 2018.1.1 x64 (电磁热场分析)| 1.35 Gb

The leading software for low frequency electromagnetic and thermal simulation, Flux, now a part of the Altair HyperWorks simulation platform, has released Flux 2018.1.1. This release is now fully part of HyperWorks and thanks to our flexible HyperWorks Units,users are now able to access even more tools that will help you to save time in your designs and enable powerful simulations.
Flux 2018 New Features:
– Accelerate your design when dealing with 3D complex CAD geometries
A number of new tools were introduced in Flux 12.3, which enabled the import of 3D meshes directly from HyperMesh and SimLab,bringing new capabilities for CAD geometry simplification and meshing. Flux 2018 improves the existing workflow, bringing moreflexibility as well as making it applicable to any type of application.
The following functionality is available: change the order of the mesh elements, build an infinite box after import, account for movement, deal with any type of coil description or importing a surface mesh.
– Solving faster in 3D using new HPC capabilities
Improvements introduced in Flux 2018 focus on large 3D models with eddy currents.
. New mathematical formulations are now available to help the non-linear convergence in such cases, particularly in the frequency domain.
. The linear solver has also been updated with the latest version of MUMPS, and the possibility to use it in a distributed memory mode, allowing Flux to run on clusters with larger numbers of cores. This brings great accelerations for 3D models with large meshes.
. It is now also easier to benefit from the computing power of remote clusters thanks to the connection of Flux with PBS Works,Altair’s industry-leading workload manager and job scheduler for high-performance computing.
– Going further in the coupling with mechanical simulation
The coupling with OptiStruct for mechanical design has been updated with the new version. For vibration analysis of electric machines, the post-processing capabilities of Flux have been extended with more options in the data visualization and export.
For static stress analysis, it is also now possible to export force densities from a magnetostatic model or from a step of a transient magnetic computation to a structural simulation. Not only magnetic pressures but also volumic Laplace forces can be calculated and exported to OptiStruct to compute mechanical stresses.
– Efficient power busbar design using Flux PEEC
The PEEC (Partial Element Equivalent Circuit) method is now directly available in Flux. Because this solver does not need any meshing of the air surrounding the parts, it is much more efficient than the finite element method to deal with sets of long or flat conductors. It is the tool of choice for the design of power busbars. Resistances, inductances and parasitic capacitances of conductors can be quickly computed and extracted for circuit simulation. Current, power or force densities distributions are natural outputs that can be used with thermal or structural solvers to analyze respective temperature distributions or mechanical stresses in the bars.
Note: For the full list of new and improved features, please refer to the release notes located in the folder of your Altair Flux 2018 or here here

Language: English/简体中文/Multilingual
Operating Systems: Windows 7/8.x 64Bit


Download Link (下载地址)
Altair_Flux_2018.0.0.2336_x64.part1
Altair_Flux_2018.0.0.2336_x64.part2
Altair_Flux_2018.1.1_x64_HotFix_Only

Altair FluxMotor 2018.1.0 x64

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FluxMotor2018是一款功能强大的电子设备生产加工软件,可以帮助您设计马达、发动机、齿轮等多种类型的动力设备,软件提供一个仿真模块,可以将您自己设计的图形加载到软件上生产CAD模型,利用几何扫描的技术,直接将您绘制的图形转换为可以编辑修改的2D、3D模型,从而加速设计的效率,Altair FluxMotor 2018提供自动化测试功能,当您在仿真环境中模拟设备运行的时候,软件会根据测试的部分,生成一份专业的报告,快速评估设备存在的问题,为后期的开发提供安全保障。
FluxMotor 与低频电磁和热仿真的领先软件 Flux 都是 Altair HyperWorks CAE 套件的一部分。该软件工具可帮助用户利用标准和自定义部件来设计和创建电机模型,以及直观地添加绕组和材料以便进行一系列测试并对比电机性能。
FluxMotor 是一款易于使用而且高效的预设计工具,适合与电机相关的各个领域的设计者。这款软件面向旋转电机设计者和制造商等各类用户,让电机专业人员能够在数分钟内快速定义电机并评估其技术经济潜力。FluxMotor 高效的工作环境可确保更好的电机性能可视化效果,并使得计算快速准确,还能够将计算结果连接到 HyperWorks 套件中的 Flux 有限元软件和其他工具,以进行更多高级研究,包括多物理场优化功能等。
FluxMotor 的软件优势包括:

  • 动态库提供多种标准或自定义选项,直接应用于电机建模。
  • 促进项目管理,有助于快速访问过往研究并管理所有产品。
  • 计算方法充分利用有限元建模的强大能力。
  • 自动运行工作流提供了以用户为导向的高效环境,适合不同层级的用户。

FluxMotor 的功能:

  • 该设计环境带有专用接口,有助于电机设计人员在数分钟内快速地为电机设计定型。
  • 4 种不同的绕组模式有助于用户找到合适的绕组结构。
  • 部件库主要用于直观查看和选择部件;提供标准库。
  • 标准部件、磁性元件和槽均可编辑与自定义。
  • 材料数据库全面且可扩展。
  • 自动的标准和相关测试,可随时进行。
  • 电机库便于管理电机和项目,帮助用户对机器进行分类,并可以快速查看过往研究。

Altair FluxMotor 2018.1.0 x64 (电机预设计工具)| 1.0 Gb

Altair announces the release of FluxMotor 2018.0, a dedicated platform focusing on the pre-design of electric rotating machines.
Here is the list of new major features:
– Improvement of internal processes of optimization
– Three new tests available with sine wave drive:
. Computation of a working point targeted with Current, Control angle and Speed (I,, N)
. Computation of a working point targeted with Torque and Speed (T, N)
. Computation of a working point targeted with current and voltage (I, U)
– First available test available with the Square wave drive:
. Computation of a working point targeted with a forced current (I-Forced) – Parameterized trapezoidal shape
– Macro function to build rotor parts (magnets) from the Flux2D environment sketcher (part built with the sketcher or import from a CAD file)
– New parts are available in Part Library

Note: For the full list of new and improved features, please refer to the release notes located in the folder of your Altair FluxMotor 2018 or here here

Language: English
Operating Systems: Windows 7/8.x 64Bit


Download Link (下载地址)
Altair_FluxMotor_2018.1.0_x64.part1
Altair_FluxMotor_2018.1.0_x64.part2

Synopsys Library Compiler 2018.06 SP1 Linux64

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Synopsys Library Compiler工具可以从文本中读取ASIC库类型并将其编译为内部数据库(.db格式)或VHDL库。
编译的数据库支持synthesis工具,VHDL库支持VHDL仿真工具。
Library Compiler的作用是生成两种类型的库,支持Synopsys合成和模拟产品。这两种类型的库是
Synthesis库
综合库由技术库,物理库和符号库组成,其中包含描述ASIC组件所需的信息类型:技术和物理特性以及原理图符号。
•技术库包含有关ASIC库中每个组件的特征和功能的信息。存储在技术库中的信息包括区域,时序,功能等。 Synopsys设计工具使用此信息做出综合决策。
•符号库包含有关表示每个ASIC组件的原理图符号的信息,以及有关特殊符号的信息,例如页面边框和表外连接器。然后,您可以使用Design Analyzer工具
•生成设计原理图
•在计算机屏幕上显示原理图
•使用PostScript绘图仪或打印机绘制设计
•有关物理库的信息,请参阅库编译器物理库
VHDL模拟ASCII库
Library Compiler可以生成VHDL库,其中包含模拟所需的时序和功能信息。


Synopsys Library Compiler 2018.06 SP1 Linux64 (库编译工具)| 517 Mb

The Library Compiler tool from Synopsys reads the description of an ASIC library from a text file and compiles the description into either an internal database (.db format) or into VHDL libraries.
The compiled database supports synthesis tools. The VHDL libraries support VHDL simulation tools.
The role of Library Compiler is to generate two types of libraries that support Synopsys synthesis and simulation products. The two types of libraries are
Synthesis Libraries
The synthesis libraries consist of the technology libraries, physical libraries, and symbol libraries that contain the types of information required to describe ASIC components: technical and physical characteristics and schematic symbols.
• Technology libraries contain information about the characteristics and functions of each component in an ASIC library. Information stored in the technology libraries consists of area, timing, function, and so on. The Synopsys design tools use this information to make synthesis decisions.
• Symbol libraries contain information about the schematic symbols that represent each ASIC component, as well as information about special symbols, such as page borders and off-sheet connectors. Using the Design Analyzer tool, you can then
• Generate schematics of designs
• Display the schematic on the computer screen
• Draw the designs, using your PostScript plotter or printer
• For information about physical libraries, see the Library Compiler Physical Libraries
VHDL Simulation ASCII Libraries
Library Compiler can generate VHDL libraries that contain the timing and functional information needed for simulation.

Language: English
Operating Systems:RHEL 6.x-7.x 64Bit

Concept GateVision 6.9.2 Win/Linux

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GateVision – 高性能网表调试和网表查看
GateVision®PRO是Concept Engineering的第三代图形门级网表分析仪和网表查看器。请查看演示视频:基本功能。 GateVision PRO完全改写为在现代32/64位平台上运行,可为设计师提供直观的设计导航,网表查看,波形查看,逻辑圆锥提取,网表调试和设计文档的交互式逻辑圆锥查看。

超快速网表查看器 – GateVision PRO是一款超快速和超大容量门级网表调试器和网表查看器,可读取和处理最大的Verilog网表,EDIF网表和LEF / DEF网表。阅读Verilog,EDIF和LEF / DEF网表,GateVision PRO可以无缝地融入任何设计环境。动态生成原理图,直观的图形用户界面让设计人员可以逐步轻松地浏览最大的网表文件。

GateVision屏幕转储
用于Verilog,EDIF和LEF / DEF的极高性能网表查看器
基于Tcl的UserWare API – 用于高级定制
32/64位数据库处理当今最大的SoC,ASIC和FPGA
集成波形浏览器(加速VCD查看器)
可定制的路径提取引擎找到关键路径
锥视图显示关键区域的示意图片段
直观的GUI,易于使用
API – 基于tcl的UserWare API提供对全新32/64位数据库的完全访问,以实现高度灵活的定制。设计人员可以扩展GateVison PRO的功能,以满足项目的直接需求,例如增加电子规则检查(ERC),报告和文档功能。该API还允许GateVison PRO与不同的设计流程和第三方工具紧密集成。

波形查看器和信号跟踪 – GateVision PRO带有完全集成的波形查看器,并支持源代码,原理图和波形窗口中的交互式信号跟踪。 GateVision PRO将VCD模拟数据编译成其自己的高速格式,用于加速波形浏览和信号跟踪。

GateVision屏幕转储

32/64位 – 即使是当今最大,最复杂的当今要求苛刻的ASIC,SoC和FPGA,利用日益强大的64位平台,Intel Xeon,Intel Core,AMD Opteron和AMD Phenom,GateVision PRO也可以快速有效地运行。底层数据库已经完全重新设计为32/64位操作。

逻辑锥 – GateVision PRO逻辑锥视图在原理图片段中提供了交互式导航,该部分是最相关的电路。通过完整的设计层次结构,可以扩展和减少信号路径跟踪。

路径提取和Verilog仿真 – 可定制的路径提取引擎可以自动识别和提取设计中的关键路径。这些可以在不同视图中进行探索和交叉探测,以减少调试周期的复杂性和时间。路径片段可以作为Verilog网表导出用于关键路径Verilog仿真。

GateVision PRO屏幕转储

GUI – 直观的GUI提供了许多功能,包括上下文敏感菜单和多个视图。强大的搜索工具可以快速访问设计中的任何对象或对象组,并将结果存储在结果列表中。列出的对象可以突出显示或移动到逻辑圆锥窗口中。

调试视图 – 内置于GateVision Pro中有各种视图选项,包括原理图视图,原理图分数视图,源代码视图,层次树视图,波形视图,时钟域视图和对象搜索视图。通过这些以及通过视图间的交叉探测,很容易深入了解正在调试的设备并改进调试过程。


Concept GateVision v6.8.12/6.9.2 | 102.8 mb

GateVision – High Performance Netlist Debugging and Netlist Viewing
GateVision® PRO is the third generation of graphical gate-level netlist analyzers and netlist viewers from Concept Engineering. Please check out the Demo Video: Basic Features. Completely rewritten to run on modern 32/64bit platforms, GateVision PRO provides the designer of even the largest chips and SoCs with intuitive design navigation, netlist viewing, waveform viewing, logic cone extraction, interactive logic cone viewing for netlist debugging and design documentation.

Ultra Fast Netlist Viewer — GateVision PRO is an ultra fast and extreme capacity gate-level netlist debugger and netlist viewer reading and processing even the largest Verilog netlists, EDIF netlists and LEF/DEF netlists. Reading Verilog, EDIF and LEF/DEF netlists, GateVision PRO fits seamlessly into any design environment. Schematics are generated on the fly and the intuitive GUI lets the designer incrementally and easily navigate through the largest netlist files.

GateVision Screen Dump
Extreme performance netlist viewer for Verilog, EDIF, and LEF/DEF
Tcl based UserWare API — for advanced customization
32/64 bit database handles today′s largest SoCs, ASICs and FPGAs
Integrated Waveform Browser (accelerated VCD viewer)
Customizable path extraction engine finds critical paths
Cone view displays schematic fragments of critical areas
Intuitive GUI for ease of use
API — a tcl based UserWare API provides full access to the new 32/64-bit based database, for highly flexible customization. The designer can extend the functionality of GateVison PRO to meet the immediate needs of the project, adding, for example, electrical rule checking (ERC), report and documentation functions. The API also allows GateVison PRO to be closely integrated with different design flows and third party tools.

Waveform Viewer and Signal Tracing — GateVision PRO comes with a fully integrated waveform viewer and with support for interactive signal tracing in the source code, schematic view and waveform window. GateVision PRO compiles VCD simulation data into its own high-speed format for accelerated waveform browsing and signal tracing.

GateVision Screen Dump

32/64 Bit — exploiting the increasing powerful 64 bit platforms, Intel Xeon, Intel Core, AMD Opteron and AMD Phenom, GateVision PRO runs quickly and efficiently, even for the largest and most complex of today′s demanding ASICs, SoCs and FPGAs. The underlying database has been completely redesigned for 32/64-bit operation.

Logic cone — the GateVision PRO logic cone view provides interactive navigation within a schematic fragment, that portion of the circuit that is most relevant. This can be extended and reduced for signal path tracing through the complete design hierarchy.

Path extraction and Verilog Simulation — The customizable path extraction engine can automatically identify and extract critical paths in a design. These can be explored and cross-probed in different views to reduce both the complexity and time of the debug cycle. Path fragments can be exported as Verilog netlists for critical path Verilog simulation.

GateVision PRO Screen Dump

GUI — the intuitive GUI provides a host of facilities including context sensitive menus and multiple views. A powerful search tool provides quick access to any object or group of objects in a design, with the results stored in a result list. Listed objects can be highlighted or moved into the logic cone window.

Debugging Views — Built into GateVision Pro are a variety of view options, including schematic view, schematic fraction view, source code view, hierarchy tree view, waveform view, clock domain view, and object search view. Through these, and through cross-probing between views, it is easy to gain a deeper understanding of the device being debugged and to improve the debugging process.

Language: English
Operating Systems: Windows 7/8.x/10.x

Concept SpiceVision 6.9.2 Win/Linux

Publisher阅读(292)

Concept SpiceVision采用由许多EDA工具生成的复杂SPICE描述,并生成干净,易于读取的晶体管级原理图和电路片段,以及设计文档,以加速调试和项目开发。 Spice电路和模型是EDA世界的常见货币。 它们由许多EDA工具产生,并且提供对在组件的最低级别的电路的描述:晶体管,电容器,电阻器甚至互连,其组合以产生例如IC。 但除了最琐碎的设计,Spice文件很难阅读。 SpiceVision在屏幕上生成电路图,加快调试和项目开发。 SpiceVision产品系列有助于解决数字电路,混合信号ASIC,模拟电路,印刷电路板和MEMS的设计问题。


Concept SpiceVision 6.8.12/6.9.2 Win/Linux | 54.8 mb

Concept SpiceVision takes the complex SPICE descriptions produced by many EDA tools and generates clean, easy-to-read transistorlevel schematics and circuit fragments, and design documentation to speed up debugging and project development. Spice circuits and models are the common currency of the EDA world. They are generated by many EDA tools and provide a description of the circuit at the lowest level of components: the transistors, capacitors, resistors and even the interconnect, that combine to produce, for example, an IC. But for all but the most trivial design, Spice files are difficult to read. SpiceVision generates circuit schematics on screen and speeds up debugging and project development. The SpiceVision product family helps to solve design problems in: Digital Circuits, Mixed-Signal ASICs, Analog Circuits, Printed Circuit Boards and MEMS.

Language: English
Operating Systems: Windows 7/8.x/10.x/Linux