4diac vs logi.CAD 3 - Engineering Toolkit

Struggling to choose between 4diac and logi.CAD 3 - Engineering Toolkit? Both products offer unique advantages, making it a tough decision.

4diac is a Development solution with tags like industrial-automation, distributed-control, realtime-control.

It boasts features such as IEC 61499 compliant runtime for distributed industrial automation, Supports programming in FBD, LD, ST, C/C++, Built-in simulation for testing, Communication via OPC UA, MQTT, HTTP, Runs on Linux, Windows, Raspberry Pi and pros including Open source and free, Portable across devices and operating systems, Support for common IEC 61131-3 PLC languages, Built-in simulation features, Active community support.

On the other hand, logi.CAD 3 - Engineering Toolkit is a Development product tagged with cad, engineering, electrical-design, automation-design, mechanical-design, 2d-drafting, 3d-modeling.

Its standout features include 2D drafting and documentation, 3D modeling and visualization, Electrical schematic design, Automation and PLC design, Mechanical CAD capabilities, Design collaboration and data management, Custom reporting and bill of materials, and it shines with pros like Specialized tools for engineering workflows, User-friendly and intuitive interface, Powerful productivity features, Advanced 3D modeling and photorealistic rendering, Tight integration between 2D and 3D design environments, Extensive component libraries and symbol catalog.

Feature	4diac	logi.CAD 3 - Engineering Toolkit
Overall Score	N/A	N/A
Primary Category	Development	Development

Product Overview

4diac

Description: 4diac is an open source framework for distributed industrial process automation and control. It enables running real-time control applications distributed over multiple devices.

logi.CAD 3 - Engineering Toolkit

Description: logi.CAD 3 is a computer-aided design (CAD) software tailored for engineers and architects. It provides advanced 2D and 3D drafting, modeling, and visualization capabilities optimized for electrical, automation, and mechanical designs.

Key Features Comparison

4diac Features

• IEC 61499 compliant runtime for distributed industrial automation
• Supports programming in FBD, LD, ST, C/C++
• Built-in simulation for testing
• Communication via OPC UA, MQTT, HTTP
• Runs on Linux, Windows, Raspberry Pi

logi.CAD 3 - Engineering Toolkit Features

• 2D drafting and documentation
• 3D modeling and visualization
• Electrical schematic design
• Automation and PLC design
• Mechanical CAD capabilities
• Design collaboration and data management
• Custom reporting and bill of materials

Pros & Cons Analysis

4diac

Pros

• Open source and free
• Portable across devices and operating systems
• Support for common IEC 61131-3 PLC languages
• Built-in simulation features
• Active community support

Cons

• Limited adoption compared to commercial options
• Steep learning curve
• Lacks some advanced features of commercial SCADA systems

logi.CAD 3 - Engineering Toolkit

Pros

• Specialized tools for engineering workflows
• User-friendly and intuitive interface
• Powerful productivity features
• Advanced 3D modeling and photorealistic rendering
• Tight integration between 2D and 3D design environments
• Extensive component libraries and symbol catalog

Cons

• Steep learning curve for new users
• Limited third-party plugin support
• Less customizable than some competing solutions
• Lacks niche engineering features found in some niche tools
• Relatively high system requirements

Pricing Comparison

4diac

• Open Source

logi.CAD 3 - Engineering Toolkit

• Perpetual License
• Subscription