EDA Page 2
Electrical & Power Engineering softwares.
EasyPower 2025, with major new features including support for NFPA 70E 2024, Harmonics updates for IEEE 1547 and 2800, the ability to change names directly on the one-line, and a powerful new licensing service. Other new features include improvements to data entry in the database browser, auto-calculated library information for more equipment, the ability to store and view arc flash calculations in the Database Browser, and support for Revit® 2025. Available versions: 25.00.x,24.00.x ,… EasyPower Advanced 2025 Tested Picture EasyPower 2025 Update This topic describes new EasyPower features and enhancements, security improvements, and bug fixes that are included in the release. Features and Enhancements Store Short Circuit and Arc Flash Analysis Results in the Database Store Short Circuit and Arc Flash Results...
With Keysight N1500A materials measurement software suite, you can determine the intrinsic electromagnetic properties of many dielectric and magnetic materials. Available versions: 20.x ,… Keysight N1500A Materials Measurement Suite 2020 v20.0.24 Tested Picture HIGHLIGHTS Automates complex permittivity and permeability measurements Supports various measurement methods: transmission line and free space, Arch reflectivity, Resonant cavity, Coaxial probe, and Parallel Plate/Inductance method Allows you to choose the measurement methods you need Switches seamlessly between the different measurement methods with one installation program and integrated method option loader Keysight N1500A materials measurement software suite allows you to determine the intrinsic electromagnetic properties of many dielectric and magnetic materials. The software uses a network analyzer, impedance analyzer, or LCR meter to measure the material’s response...
PathWave Vector Signal Analysis (89600 VSA) is a comprehensive set of tools for demodulation and vector signal analysis. Discover signal analysis software tools to explore every facet of a signal and optimize your designs. Measure a broad range of signals including 5G, IoT, radar and more. Gain greater insight in frequency, time and modulation domains. Compatible with signal analyzers, network analyzers, oscilloscopes and many more test instruments. Available versions: 2026 v30.x , 2025 v29.x ,… Keysight PathWave Vector Signal Analysis (89600 VSA) 2026 v30.00 Tested Picture Pinpoint Signal Problems Reach deeper into signals to find the root cause of problems in time, frequency, and modulation domains. Record and playback signals for troubleshooting. Isolate unexpected interactions with unlimited markers and trace-to-trace...
RedHawk Analysis Fusion integration with IC Compiler II™ and Fusion Compiler™ introduces in-design power integrity analysis and fixing capabilities in designers’ flows offering signoff accuracy results during the physical design step. Designed to help block-level and top-level engineers converge on their challenging power integrity requirements, the industry’s most used RedHawk signoff engines are leveraged to enable physical designers to analyze and modify their design all within the same environment. Key Benefits Integrated Environment: IC Compiler II and Fusion Compiler with RedHawk Analysis Fusion provide an integrated environment created for physical designers to do in-design rail analysis and repair Common Features: Includes common analysis features such as connectivity checks and static and dynamic analysis coverage, with and without vector Automated Fixing: Leverages automatic in-design...
Nextnano Bundle package (contains both nextnano++ package and nextnano.NEGF package). Available versions: 2025.x ,2024.x ,2023.x ,… Nextnano Bundle 2025 Tested Picture The nextnano++ package provides you with tools for designing, optimizing, and analyzing optoelectronic nanodevices of arbitrary geometries in 1D, 2D and 3D. This package is the best choice for modelling properties of a vast number of semiconductor structures. It allows you to design optoelectronic devices made of quantum wells, wires, and dots. With the nextnano++ package, you gain access to advanced computational capabilities, which includes calculation of band structures, densities of states, charge distributions, wave functions, strain, piezo effects, optical spectra, quantized conductance, and much more. The nextnano.NEGF package is a cutting-edge package specifically designed for modelling quantum transport...
The nextnano.NEGF package is a cutting-edge package specifically designed for modelling quantum transport in planar structures. This package is the best choice for precise simulations of Quantum Cascade Lasers (QCLs) and Quantum Cascade Detectors (QCDs), Superlattices, and Resonant Tunnelling Diodes (RTDs). With the nextnano.NEGF package, you gain access to advanced computational capabilities, which includes calculation of band structures, energy-resolved carrier densities and the density of states, optical gain, output power and L-I-V characteristics, wall-plug efficiency, and much more. We are proud to say that nextnano.NEGF is truly the best commercially available tool for modeling quantum transport in QCLs. nextnano.NEGF is an advanced computational tool and the core engine of the nextnano.NEGF package. It utilizes the cutting-edge Non-Equilibrium Green Functions (NEGF)...
The nextnano++ package provides you with tools for designing, optimizing, and analyzing optoelectronic nanodevices of arbitrary geometries in 1D, 2D and 3D. This package is the best choice for modelling properties of a vast number of semiconductor structures. It allows you to design optoelectronic devices made of quantum wells, wires, and dots. Available versions: 2025.x ,2024.x ,2023.x ,… NextNano++ Package 2024.12 Tested Picture With the nextnano++ package, you gain access to advanced computational capabilities, which includes calculation of band structures, densities of states, charge distributions, wave functions, strain, piezo effects, optical spectra, quantized conductance, and much more. This package includes: nextnano++ nextnano3 nextnano.MSB nextnanomat nextnanopy With a comprehensive suite of advanced features including a user-friendly graphical workflow manager, seamless integration...
WiCkeD is a comprehensive optimization platform that automates the tuning of circuit parameters such as transistor width, length, number of fins, resistance, and capacitance. It supports both pre-layout and post-layout optimization, ensuring performance consistency across all design stages. Key capabilities include: Deterministic Nominal Optimization (DNO): Optimizes performance at worst-case PVT corners. Yield Optimization (YOP): Enhances design robustness by maximizing yield under statistical variations. Monte Carlo and High Sigma Analysis: Enables deep statistical insight without the computational burden of traditional methods. Why WiCkeD Matters: Benefits at a Glance Speed: Up to 25x faster optimization cycles. Efficiency: Up to 60% reduction in power and area. Robustness: Designs are validated across all PVT corners and statistical variations. Debugging: Advanced GUI tools for parameter...
Active-HDL is a Windows based, integrated FPGA design creation and simulation solution for team-based environments. Active-HDL’s integrated design environment (IDE) includes a full HDL and graphical design tool suite and RTL/gate-level mixed-language simulator for rapid deployment and verification of FPGA designs. The design flow manager evokes 200+ EDA and FPGA tools, during design entry, simulation, synthesis and implementation flows and allows teams to remain within one common platform during the entire FPGA development process. Active-HDL supports industry leading FPGA devices from AMD, Intel, Lattice, Microchip, Quicklogic and more. Top Features and Benefits Project Management Unified Team-based Design Management maintains uniformity across local or remote teams Configurable FPGA/EDA Flow Manager interfaces with 200+ vendors tools allows teams to remain on one...
The coreConsultant tool guides core integrators through the automated installation, configuration, and synthesis of single reusable synthesizable components. The coreAssembler tool allows core integrators to assemble multiple components into a subsystem. The tool provides reliable, error-free subsystem netlist generation, design configuration and high-quality synthesis of the subsystem. It also provides auto-connection, egister map generation, testbench generation, and simple test builds for DesignWare® Library components. The coreBuilder tool guides the core developer through packaging a core or design for reuse with coreConsultant or coreAssembler. The coreBuilder tool captures a developer’s detailed knowledge of design characteristics and packaging requirements in a technology-independent package, enabling core integrators to easily configure and synthesize the core across a wide range of target technologies. Available versions:...
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