Designing complex PCB systems presents significant challenges, especially when managing multiple boards, intricate harness requirements, and the need for seamless harness design collaboration. Engineers often juggle various tools and processes that introduce bottlenecks into their workflows. Altium Designer, in conjunction with Altium 365, addresses these issues by integrating PCB, multi-board, and harness design into a unified solution. This blog explores how this integration simplifies model-based harness design and transforms the approach to complex systems.
Harness design plays a pivotal role in the functionality and reliability of PCBs, particularly as systems grow in complexity and interconnectivity. A meticulously crafted harness ensures proper connectivity and prevents costly manufacturing and assembly errors. The challenge however, lies in managing how the harness design interacts with factors like PCB layouts and multi-board systems, especially when using disparate tools that lack cohesive support.
Model-based design entails digitally creating the complete wiring harness system, encompassing schematics and physical layouts. This approach ensures valid connectivity and allows for comprehensive validation, with all documentation generated directly from the model, guaranteeing accuracy. In contrast, traditional methods often involve manual creation using separate tools for each component, leading to inefficiencies. Model-based harness design integrates all information, linking harness elements within the overall system.
Key benefits include:
Conventional design workflows for PCBs, multi-board systems, and harnesses often rely on separate tools, resulting in disconnected processes prone to errors. Engineers frequently switch between software, manually update designs, and manage collaboration, leading to several issues:
Altium Designer addresses these challenges by offering a single environment for PCB, multi-board, and harness design. Engineers can confidently design single boards or multi-PCB systems, ensuring that every aspect of their design remains current and error-free.
Main features include:
Modern engineering demands borderless harness design collaboration. Altium 365 extends the capabilities of Altium Designer by enabling real-time collaboration, secure file access, robust version control, and seamless teamwork, ensuring all project stakeholders remain aligned.
Other benefits of collaboration include:
Combining Altium Designer with Altium 365 introduces a new dimension in PCB and harness design, providing engineers with a unified environment to streamline workflows. By consolidating all design elements into one platform, engineers can focus on innovation rather than juggling multiple tools and processes. Automated workflows reduce errors and ensure consistency, while collaborative features enable teams to work seamlessly from any location.
Key advantages:
This integrated approach is particularly beneficial for industries that demand precision and complexity, such as aerospace, automotive, and industrial automation.
Use cases include the following:
Altium Designer and Altium 365 offer comprehensive solutions for engineers tackling the complexities of modern PCB systems. These tools empower teams to innovate and collaborate effectively, delivering error-free designs through a seamless, unified PCB, multi-board, and harness design process.
Ready to take your workflow to a whole new level? Experience the power of wire harness design in Altium Designer and take advantage of the collaboration features of Altium 365!