EDA 第8页
Electrical & Power Engineering softwares.
Arm Fast Models are 100% functionally accurate, flexible programmer’s view models of Arm IP. They enable you to develop and test software such as drivers, firmware, OS, and applications without physical hardware. They deliver full control over the simulation, enabling profiling, software and hardware debug, and trace analysis. ARM Fast Models 2024 v11.26 Tested Picture Fast Models are available for all the Cortex-A, Cortex-R, and Cortex-M series CPUs from Arm, alongside many peripherals such as UART modules, memory management units, direct memory controllers, and more. These virtual models are available in two forms: preconfigured fixed systems (with pre-defined cores, memory, and peripherals) called Fixed Virtual Platforms (FVPs); or with a toolset to configure custom Fast Model systems more representative of...
Raphae FX is the gold standard, 2D and 3D resistance, capacitance and inductance extraction tool for optimizing on-chip parasitic for multi-level interconnect structures in small cells. As a reference field solver, Raphael FX provides the most accurate parasitic models in the industry. Trusted by major foundries, interconnect parasitics generated by Raphael FX are included as part of their design reference guides. Synopsys Raphael FX 2024.03 Linux64 Tested Picture Benefits Analyze complex on-chip interconnect structures and the influence of process variation Create a parasitic database for both foundries and designers to study the effect of design rule change Generate accurate capacitance rules for layout parameter extraction tools Interface with Sentaurus Structure Editor to create and analyze arbitrary and complex 3D shapes...
Catapult has the broadest portfolio of hardware design solutions for C++ and SystemC-based High-Level Synthesis (HLS). Catapult’s physically-aware, multi-VT mode, with Low-Power estimation and optimization, plus a range of leading Verification solutions make Catapult HLS more than just “C to RTL”. Catapult High-Level Synthesis Solutions Catapult High-Level Synthesis solutions deliver C++ and SystemC language support, FPGA and ASIC independence, ASIC power estimation and optimization plus the latest in Physically aware multi-VT area and performance optimization to elevate your designs. C++/SystemC Synthesis A comprehensive HLS flow taking C++ or SystemC as the design input and optimally targeting ASIC, eFPGA or FPGA implementations tuned for frequency and target technology. Low-Power Solutions When it comes to early design space exploration, power estimation, and...
Questa Visualizer Debug Environment is SystemVerilog class-based and UVM-aware to speed up overall debug time, even on today’s most complex SoCs and FPGAs. Siemens Questa Visualizer Debug Environment 2024.1_2 Linux Tested Picture The changing landscape of debug For years the process of ASIC and FPGA design and verification debug consisted primarily of comprehending the structure and source code of the design with waveforms showing activity over time, based on testbench stimulus. Today, functional verification is exponentially complex with the emergence of new layers of design requirements (beyond basic functionality) that did not exist years ago; for example, clocking requirements, security requirements, safety requirements, and requirements associated with hardware-software interactions. Given these complex interactions, effective debug often demands experts that are...
SATSOFT 用于评估天线覆盖范围与增益、开发赋形波束及多波束天线设计，以及执行有效载荷设计和监管申报所需的其他多项任务。SATSOFT 3.5 现已发布，带来了一系列新功能；其中许多功能是应用户要求而开发的，旨在改善用户在日常工作中使用 SATSOFT 的体验。我们希望 SATSOFT 3.5 能受到大家的欢迎。 Available versions: 2024.x , 2023.x ,… TICRA SATSOFT 3.5.1 方向图切面绘图 在 SATSOFT 3.5 中，“方向图切面绘图”功能允许用户在等值线图上定义切线，并设定采样密度；用户可以计算并绘制沿这些切线的各分量波束及合成波束的数值。此外，用户还可以查看并导出数据，以便与其他波束进行比较。与传统的等值线图相比，该功能能够更直观地展示覆盖区域内的波纹（纹波）效应，或更精确地确定各波束间的交叉电平。 卫星姿态控制 SATSOFT 新增了“卫星姿态指向偏差（de-pointing）”功能。该功能可用于评估因卫星指向偏差而导致的覆盖性能下降。 指向偏差采用常用的俯仰（pitch）、翻滚（roll）和偏航（yaw）定义方式进行设定。在 SATSOFT 中，天线波束相对于卫星发生位移，而覆盖区域保持不变。通过这种方式，可以评估因指向偏差引起的天线波束性能下降。 以 TICRA Tools 格式导出 POS 项目 当 SATSOFT 完成的天线初步布局与设计进入下一阶段时，天线工程师通常会使用 TICRA Tools 套件中的 POS 模块。SATSOFT 3.5 允许用户轻松导出 POS 项目以供 TICRA Tools 使用，既支持传统的 Classic POS 格式，也支持利用最新功能的 TICRA Tools 格式。项目导入 TICRA Tools 后，即可利用该软件中逼真且精确的天线建模技术进行进一步的设计优化。 输入字段中的数学表达式 SATSOFT 3.5 沿用了此前版本的天线模型。新版本允许用户在设定天线模型输入参数时使用数学表达式。系统支持标准的算术和三角函数，例如正弦函数和平方根函数等。使用数学表达式可以更轻松、更快速地完成 SATSOFT 项目的设置。 绘图功能增强 绘图功能进行了多项改进，例如重新引入了“自动色阶”（Auto Level）按钮，支持保存自定义配色方案以便在后续项目中复用，以及允许指定默认线条颜色并将其应用于所有等值线层级。这些功能旨在提升用户体验，并侧重于生成适用于演示文稿和营销资料的专业级图形素材。 More for English: TICRA SATSOFT 3.5.1
Modelithics announced the release of the latest version, v22.2, of the Modelithics COMPLETE Library for use with the Cadence AWR Design Environment Platform. This version adds nearly 50 new models for various components to the Modelithics COMPLETE Library. With these additions, the Modelithics COMPLETE Library now includes over 825 models that represent over 25,000 passive and active RF/microwave components. This collection of simulation models comprises surface-mount RLC components, diodes, transistors, amplifiers, attenuators, filters, couplers and other system components. Version 22.2 adds new scalable Microwave Global Models™ to the Modelithics COMPLETE Library, including five models for Amotech capacitors, three models for Coilcraft inductors, three models for Kemet capacitors, three models for Kyocera-AVX capacitors, three models for Smiths Interconnect resistors and one for...
Lorentz Solution’s PeakView™ is an innovative electromagnetic design platform for high speed analog and RFIC design and analysis. PeakView™ products are assimilated into the Virtuoso® environment, Custom Compiler layout editor, and customary RC extraction flows, providing designers with a familiar IC design experience from prototyping to sign-off. Lorentz PeakView 5.08 Linux64 Tested Picture Benefits of PeakView™ Platform vs. Discrete Tools The PeakView™ EM platform is fully integrated into the Cadence® and Custom Compiler IC design environments. Designers can select components from the PeakView™ built-in PCircuit library, optimize device parameters and synthesize target values. PeakView’s iRCX and ITF parsers support process technology information provided by various foundries. PeakView EM Prototyping and HFD™ performs electromagnetic modeling of EM coupling and parasitic inductive...
Wireless InSite is a suite of RF propagation models, providing 3D ray-tracing, fast ray-based methods, and empirical models for the analysis of site-specific radio wave propagation and wireless communication systems. Through its combined modeling, simulation, and post-processing capabilities, it provides efficient and accurate predictions of EM propagation and communication channel characteristics in complex urban, indoor, rural and mixed path environments. Remcom Wireless InSite 3.4.4.11 Tested Picture Wireless InSite 3D Wireless Prediction Software Features Wireless InSite’s unique collection of features gives users the ability to analyze even the most complex and massive propagation problems. X3D Propagation Model X3D is a 3D propagation model with no restrictions on geometry shape or transmitter/receiver height. This accurate model includes reflections, transmissions and diffractions along with...
Rotman Lens Designer tool (RLD), which is intended for rapid development and analysis of Rotman Lenses given several physical and electrical input parameters. RLD generates the proper lens contours, transmission line geometry, absorptive port (dummy port) geometry, provides an approximate analysis of performance, and generates geometry files for import into XF for further analysis and fabrication. Remcom Rotman Lens Designer(RLD) 1.7 Tested Picture Key Features RLD creates lens designs based on typical input parameters. An extensive range of output values may be displayed for a given design. Some of the main input and output parameters are listed below. Inputs: Type of lens – microstrip or stripline Impedance of lines Element spacing on the antenna Number of elements (up to 128)...
Remcom XGtd is a ray-based electromagnetic analysis tool for assessing the effects of a vehicle or vessel on antenna radiation, predicting coupling between antennas, and predicting radar cross section (RCS). It is ideally suited for applications with higher frequencies or very large platforms where the requirements of a full physics method may exceed available computational resources. Remcom XGtd 3.1.2 Tested Picture XGtd Ray-based EM Analysis Software Features XGtd’s capabilities extend well beyond standard ray tracing codes, incorporating techniques including Geometric Optics (GO), the Uniform Theory of Diffraction (UTD), Physical Optics (PO), and the Method of Equivalent Currents (MEC). XGtd provides high-fidelity outputs tailored to its intended applications. Computational methods include: Ray tracing methods: Shooting and bouncing ray and image theory...
