CADe SIMU is a popular electrotechnical simulation software primarily designed for Windows, used by students and professionals to design electrical diagrams and test automation logic. While there is no native Linux version, CADe SIMU is lightweight and portable, making it highly compatible with Linux via the Wine compatibility layer. How to Get CADe SIMU Working on Linux
Because CADe SIMU does not require a formal installation process, you only need to run its .exe file through a Windows translation layer. 1. Install Wine
The most common way to run Windows applications on Linux is by using Wine.
Ubuntu/Debian-based: Open your terminal and run sudo apt update && sudo apt install wine-stable. Fedora: Use sudo dnf install wine. Arch Linux: Use sudo pacman -S wine. 2. Run the CADe SIMU Executable Running Windows Apps in Linux Using Wine
This guide outlines how to run and work with CADe_SIMU, a popular electrotechnical CAD and simulation software, on a Linux environment. Since the software is natively developed for Windows by Juan Luis Villanueva Montoto, Linux users typically rely on compatibility layers or specific community ports. 1. Installation on Linux
CADe_SIMU is portable and does not require a formal installation process. For Linux, you have two primary options:
AppImage (Community Port): Use a pre-packaged CADe_SIMU-Linux AppImage which includes a built-in Wine environment to handle the Windows executable dependencies.
Wine/Bottles: Download the standard Windows executable from the Official Blog and run it using Wine or Bottles. 2. Getting Started & Access Launch: Double-click the executable or AppImage.
Access Key: Upon opening, the software will prompt for a password. The universal access key is 4962.
Configuration: Go to the File menu and select Configuration to set your workspace parameters. It is recommended to use the A4 Horizontal sheet format for standard electrical diagrams. 3. Core Workflow cade+simu+linux+work
The software uses a drag-and-drop interface for building and testing circuits:
Component Libraries: Use the toolbar to select components from categories including: Power Sources: Phase, Neutral, and Ground connections.
Protection Devices: Fuses, circuit breakers, and thermal relays. Motors: Single-phase, three-phase, and 3D motor models.
Automation: PLCs (like LOGO!), soft starters, and variable frequency drives.
Wiring: Connect components using the wiring tool. Ensure wire colors correspond to standards (e.g., Brown/Black for Phase, Blue for Neutral).
Simulation: Press the Play/Green button to start the simulation. You can interact with push buttons and switches in real-time to observe the circuit's behavior. 4. Working with Advanced Features
PLC Simulation: You can integrate PLC logic (e.g., S7-1200 or LOGO!) to simulate complex automation sequences alongside hardwired controls.
2D/3D Visualization: Switch between symbolic diagrams and 2D/3D representations to better visualize how physical components like relays and motors appear in a real panel.
Exporting: Save your work in the native .cad format or print diagrams directly to PDF for documentation. Cade Simu - Download - Softonic CADe SIMU is a popular electrotechnical simulation software
Running CADe SIMU on Linux: A Complete Guide is the go-to tool for electrical engineering students and professionals looking to simulate motor control and power circuits without high costs. While it is natively built for Windows, you can absolutely get it working on Linux systems like Ubuntu, Mint, or Debian. The Direct Way: CADe_SIMU-Linux AppImage
The most efficient way to run this software on Linux is by using a pre-packaged
. This version includes a built-in compatibility layer so you don't have to manually configure complex settings. : Grab the AppImage from the CADe_SIMU-Linux GitHub repository : Use the universal access code to unlock the software upon launch. Portability
: Since it's a standalone executable, it requires no formal installation—just run and design. Manual Method: Using Wine If you prefer using the official Windows executable from or the original creator, you can use
, a compatibility layer that translates Windows API calls for Linux. Install Wine sudo apt install wine in your terminal. Download CADe SIMU
file (the version 4.2 update is recommended for 2D/3D symbol support). : Right-click the and select "Open with Wine Windows Program Loader." Why Use CADe SIMU v4.2?
The latest updates have transformed this from a simple 2D schematics tool into a more robust simulation suite: 3D Libraries
: Visualize relays, motors, and controllers in 3D for better spatial understanding. PLC Support : Includes modules for , and even integrates with Arduino Uno Safety Features
: New libraries for fuses, disconnectors, and thermal protectors. Quick Tips for Linux Users File Extensions : When saving, ensure you manually add Title: From CAD to SIMU on Linux: Building
to your filename, as some Linux-Wine environments may not append it automatically. Permissions : If the AppImage won't open, right-click it, go to Properties > Permissions , and check "Allow executing file as program." circuit once you have it running?
Title: From CAD to SIMU on Linux: Building a Serious Workstation for Engineering
Subject: cade+simu+linux+work
Date: April 20, 2026
There’s a quiet but persistent myth in engineering circles: “Real CAD and simulation work requires Windows.”
After spending the last 18 months migrating my entire workflow—from mechanical design to FEA and CFD—to a Linux-based stack, I’m here to tell you that myth is not only outdated, but expensive. Here’s how cade+simu+linux+work finally clicked for me.
This is where most "work" setups fail. You must configure the OS to handle heavy numerical loads.
Simulation software is resource-intensive. Before installing software, ensure your "Work" environment is stable.
Circuit simulation (SPICE) is inherently computationally intensive, often requiring matrix solutions of massive sparse matrices. Linux offers superior handling of:
Ensure your CPU runs at maximum performance, not power-saving mode.
# Check current mode
cat /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor Связаться с нами