Electrical & Power Engineering
Power Engineering deals with the generation, transmission, distribution and utilization of electricity as well as the design of a range of related device
PSS Sincal 21.5: The Comprehensive Suite for Electrical Network Analysis PSS Sincal 21.5 is a powerful, integrated software suite from Siemens for the planning, analysis, and optimization of electrical power systems. It supports a wide range of analyses essential for utilities, industrial plants, and consultants to ensure the safe, reliable, and efficient operation of transmission, distribution, and industrial networks. Core Function: A Unified Platform for Network Studies It provides a single environment to build detailed network models and perform multiple, interdependent studies—from basic steady-state analysis to complex dynamic simulations—ensuring consistency across all engineering calculations. Key Functions: Steady-State Analysis: Performs load flow (power flow), short-circuit (IEC, ANSI, VDE), and harmonic analysis. Protection Engineering: Features tools for protection coordination (time-current curve analysis),...
SmartCtrl 2025.1: The Integrated Platform for Next-Generation Drive & Power Control Development SmartCtrl 2025.1 is a sophisticated, model-based control design and implementation software suite specifically engineered for the development of advanced motor drives, power electronic converters, and motion control systems. It provides a seamless, integrated environment where control engineers can move from initial system modeling and algorithm design through simulation, rapid prototyping, and finally to automatic generation of production-ready code for microcontrollers (MCUs) or digital signal processors (DSPs). This end-to-end workflow dramatically accelerates the development cycle for complex control systems in applications ranging from industrial automation and electric vehicles to renewable energy and robotics. Core Philosophy: From Concept to Controller in One Cohesive Flow SmartCtrl’s primary strength is its ability...
Optenni Lab 6.1 is a professional matching circuit synthesis and optimization software developed by Optenni Ltd., primarily used for designing and optimizing antennas, RF front-ends, and wireless systems. It accelerates the evaluation of antenna prototypes, synthesis of matching circuits (broadband, multiband, multiport, tunable), and maximization of system performance, integrating seamlessly with EM simulators and measurement equipment. Key New Features in Optenni Lab 6.1 (Released December 2024) Parameter sweep of component values: Easily study and compare different circuit design alternatives by sweeping any component value, with results displayed in a dedicated folder. New component types: Includes library-based switches, transformers, striplines, coplanar waveguides, and additional transmission line components for expanded modeling capabilities. Resampling of antenna radiation patterns: Improves angular resolution for more...
Coventor SEMulator3D 11.2: The Definitive Platform for 3D Semiconductor Virtual Fabrication Coventor SEMulator3D 11.2 is the industry-leading software solution for virtual fabrication and predictive process modeling of the world’s most advanced 3D semiconductor devices and advanced packaging architectures. As part of the Ansys portfolio, it enables process engineers, integration engineers, and device designers to build and analyze a complete digital twin of the complex 3D manufacturing process flow. By emulating hundreds of sequential process steps (deposition, etch, CMP, lithography), SEMulator3D predicts the exact 3D geometry, electrical parasitics, and structural variations that will result on the silicon wafer, long before committing to costly and time-consuming fab experiments. Core Philosophy: “Fab-in-a-Box” for Predictive Process Development SEMulator3D’s power lies in its rule-based, voxel...
SIMetrix 9.1: The High-Performance SPICE Simulator for Demanding Circuit Design SIMetrix 9.1 is a powerful, professional-grade mixed-mode circuit simulator built on the robust foundation of SPICE (Simulation Program with Integrated Circuit Emphasis). It is designed for electronic engineers and designers who require high accuracy, fast simulation speeds, and an intuitive workflow for analyzing complex analog, digital, and mixed-signal circuits. Combining a sophisticated simulation engine with a modern graphical user interface, SIMetrix 9.1 provides a comprehensive environment for everything from simple DC operating point checks to advanced transient, AC, and noise analysis, making it an indispensable tool for IC design, power electronics, and board-level verification. Core Philosophy: Accuracy Meets Usability SIMetrix bridges the gap between the raw power of traditional SPICE...
Cadstar 2021: The Streamlined PCB Design Solution for Professional Engineers Cadstar 2021 is a comprehensive, mid-range electronic design automation (EDA) software suite from Zuken, tailored for engineers and designers who need a powerful yet manageable tool for creating complex printed circuit boards (PCBs). It provides a well-integrated, end-to-end workflow from initial concept and schematic capture through to final physical layout, design rule checking, and manufacturing file generation. Balancing advanced functionality with a user-friendly interface, Cadstar 2021 is designed to boost productivity for small to medium-sized design teams and individual engineers across various industries, from consumer electronics to industrial controls. Core Philosophy: Integrated Workflow for Rapid Design Realization Cadstar’s strength lies in its cohesive environment, where the schematic and PCB layout...
Frontline InCAM 6.1: The Definitive CAM Platform for Precision PCB Manufacturing Frontline InCAM 6.1 is an advanced, industry-standard Computer-Aided Manufacturing (CAM) software suite specifically engineered for the printed circuit board (PCB) fabrication industry. It serves as the critical bridge between PCB design data (Gerber, ODB++, IPC-2581) and the physical manufacturing floor. This platform empowers CAM engineers, production planners, and PCB manufacturers to meticulously prepare, optimize, validate, and panelize design files, ensuring manufacturability, maximizing yield, and preventing costly errors before production begins. Core Philosophy: From Design Data to Production-Ready Artwork The core value of InCAM lies in transforming theoretical designs into practical, fault-free manufacturing instructions. It automates and streamlines the complex, manual tasks of CAM processing through a robust set of...
Siemens Questa Sim 2025.2: The Core Engine for Next-Generation Verification Siemens Questa Sim 2025.2 stands as the high-performance, mixed-language verification engine at the heart of the Siemens EDA verification suite. Engineered for the immense complexity of modern System-on-Chip (SoC) and FPGA designs, it provides a robust and scalable environment for simulation, debug, and coverage closure. This release focuses on enhanced performance, deeper debug capabilities, and expanded support for the latest verification methodologies, making it an indispensable tool for verification engineers tasked with ensuring first-pass silicon success in cutting-edge applications like AI accelerators, automotive SoCs, and high-performance computing. Core Technology & Key Capabilities: 1. High-Performance, Mixed-Language Simulation Native Multi-Language Support: Delivers seamless, high-performance simulation of designs and testbenches written in SystemVerilog,...
Cadence Virtuoso IC251: The Definitive Platform for Precision Custom IC Design Cadence Virtuoso IC251 represents the cornerstone of the modern analog, mixed-signal, RF, and custom digital integrated circuit (IC) design flow. As the industry’s most trusted and comprehensive custom design platform, it provides an integrated, end-to-end environment where design architects and layout engineers can conceive, simulate, implement, and validate the most intricate and performance-sensitive circuits. From high-speed SerDes PHYs and RF transceivers to precision data converters and sensitive analog front-ends, Virtuoso IC251 offers the depth of control, accuracy, and tool integration required to push the boundaries of silicon performance. Core Workflow & Key Modules: 1. Design Entry & Capture Schematic Editor: An intuitive and powerful environment for capturing complex hierarchical...
Cadence Stratus 2025: The High-Level Synthesis Powerhouse for RTL Generation Cadence Stratus 2025 is a premier high-level synthesis (HLS) platform that fundamentally transforms the digital design workflow. It empowers hardware architects and design engineers to describe complex functionality and algorithms at a high abstraction level—using C++, SystemC, or MATLAB—and then automatically synthesize this behavioral description into optimized, high-quality, and cycle-accurate RTL (Verilog/VHDL). By elevating the starting point of design, Stratus dramatically increases productivity, enables architectural exploration, and accelerates the development of sophisticated IP for applications in AI/ML acceleration, advanced DSP, image processing, and communication systems. Core Technology & Key Capabilities: 1. High-Abstraction Design Entry & Synthesis C++ & SystemC Synthesis: Accepts industry-standard ANSI C++ and SystemC as input, allowing algorithms...
Cadence Integrity 3D-IC 2025: The Unified Platform for Next-Generation Heterogeneous Integration Cadence Integrity 3D-IC 2025 is the industry-leading electronic design automation (EDA) platform specifically architected for the complexities of designing modern three-dimensional integrated circuits (3D-ICs) and multi-chiplet systems. It provides a cohesive, start-to-finish environment that unifies system-level planning, physical implementation, and signoff analysis—a critical requirement for managing the interdependencies of power, performance, thermal, and cost in advanced packaging. Core Functionality & Key Features: 1. System-Level Planning & Architecture Exploration This module enables early-stage decision-making, which is crucial for cost and performance. Chiplet Partitioning & Stacking Exploration: Allows architects to evaluate different die partitioning schemes, 2.5D/3D stacking options, and interposer configurations to optimize for performance, power, and manufacturability. System Performance &...
Keysight Model Builder Program (MBP) 2025 is an advanced device-modeling platform designed for creating accurate SPICE, macro, and Verilog-A compact models used in CMOS, RF, analog, and high-voltage semiconductor design. The 2025 release enhances automation, modeling accuracy, and workflow efficiency with new scripting, simulation, and model-verification capabilities. Key Features of MBP 2025 1. Unified Device-Modeling Platform MBP 2025 integrates SPICE simulation, model parameter extraction, optimization, and model-library generation into a single streamlined tool. It supports a wide range of industry-standard compact models, including BSIM-BULK, BSIM-CMG, BSIM-IMG, and various high-voltage and RF models. 2. Advanced Python Automation (New in 2025) The 2025 release introduces a built-in Python Editor and a full scripting framework, enabling engineers to automate extraction flows, create custom...
Keysight IC-CAP 2025 represents the cutting edge in semiconductor device characterization and modeling software, providing engineers with unparalleled capabilities for extracting accurate SPICE model parameters from measurement data. As semiconductor technology pushes beyond 3nm nodes and into advanced materials like GaN, SiC, and 2D materials, IC-CAP 2025 delivers the sophisticated tools needed to create reliable, production-ready models for circuit simulation and design success. Transformative Features in Keysight IC-CAP 2025 1. Next-Generation Device Modeling for Advanced Technologies AI-Enhanced Parameter Extraction: Machine learning algorithms accelerate and improve the accuracy of complex parameter extraction processes for FinFET, GAA (Gate-All-Around), and emerging device architectures Quantum-Accurate Compact Modeling: Advanced physics-based models accounting for quantum mechanical effects in ultra-scaled devices and novel material systems Multi-Physics Reliability...
Remcom Wireless InSite 4.0: High-Fidelity Wireless Propagation and Channel Modeling Engineer robust wireless systems with confidence using Remcom Wireless InSite 4.0, the advanced software for predicting radio wave propagation in complex environments. This powerful simulation platform leverages ray-tracing technology to provide accurate models of wireless channels for 5G, IoT, Wi-Fi, and military communications. Download Wireless InSite 4.0 to optimize access point placement, analyze coverage, and predict network performance before deployment. Core Features of Remcom Wireless InSite 4.0 Wireless InSite 4.0 provides a comprehensive suite of tools for modeling the physical layer of wireless systems with unparalleled accuracy. Advanced 3D Ray-Tracing Propagation Models Achieve high-fidelity predictions of signal strength, delay spread, and MIMO performance. The software uses advanced geometric optics and...
Nextnano Bundle 2025: Quantum Simulation for Next-Generation Nanodevices Design and discover the semiconductor technologies of tomorrow with Nextnano Bundle 2025, the comprehensive software suite for quantum-mechanical modeling of nanoscale electronic and optoelectronic devices. This powerful tool enables researchers and engineers to simulate the behavior of low-dimensional structures like quantum wells, wires, and dots, providing critical insight that classical models cannot capture. Download Nextnano Bundle 2025 to pioneer advancements in quantum computing, novel transistors, and advanced photonic devices. Core Features of Nextnano Bundle 2025 Nextnano Bundle 2025 provides a specialized environment for simulating physics at the quantum level, which is essential for understanding and designing modern nanoscale semiconductors. Advanced Band Structure and Schrödinger-Poisson Solver Accurately calculate electronic band diagrams, subband levels,...
EMTP-RV 4.5: The Gold Standard for Power System Transient Analysis Model the dynamic behavior of electrical power systems with unparalleled accuracy using EMTP-RV 4.5, the leading software for Electromagnetic Transients programs. Trusted by utilities, consultants, and researchers worldwide, this advanced simulation environment is designed for analyzing complex transient phenomena that are critical for system stability and equipment safety. Download EMTP-RV 4.5 to design, validate, and troubleshoot modern power networks with confidence. Core Features of EMTP-RV 4.5 EMTP-RV 4.5 provides a comprehensive and robust toolkit for simulating the fast and slow electromagnetic transients in electrical power systems. High-Fidelity Electromagnetic Transient Simulation Accurately simulate fast transients caused by switching operations, lightning strikes, and faults. Model the detailed dynamic response of your network...
