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Altium Develop provides a workspace where users can manage projects, component data, and design activities. Initial setup typically involves activating the workspace, connecting Altium Designer, and becoming familiar with the browser-based interface. The tutorials below walk through each of these steps in the order most new users will encounter them.01 - Activate a Workspace in an Altium Develop Account:  This storylane guides account...

Altium Agile Teams provides a shared cloud workspace where engineering teams can manage projects, component data, workspace members, and collaborative design activities. Initial setup typically involves activating the workspace, connecting Altium Designer, becoming familiar with the browser-based interface, and configuring user access. The tutorials below walk through each of these steps in the order most new teams will encounter them. 01 -...

Bring Your Problem:  Leave With a Solution.Join our live weekly sessions and get answers directly from our experts.Whether you're exploring collaborative cloud workflows, managing design reviews through the web interface, or looking to get more value from Altium Develop and Altium Agile Teams, these interactive sessions are designed to help you move forward faster.Each session is limited to 10 attendees to ensure a more focused, interactive...

While software engineering embraced asynchronous workflows a decade ago, hardware development carries heavy legacy constraints. Transitioning from physical lab-bench reviews to distributed, concurrent engineering poses a severe operational challenge for modern hardware leaders.As the demand for specialized talent, from high-speed digital designers to thermal experts, forces organizations to scale globally, leaders can no longer rely on localized...

Hardware development is more distributed than ever. As organizations scale globally to tap into specialized talent pools, engineering experts find themselves geographically separated but operationally dependent. This paradigm shift introduces severe operational friction into traditional hardware workflows.To maintain product velocity, cross-functional workflows must align to eliminate recurring bottlenecks. However, achieving this synchronization...

Passing design data back and forth through static file exports, like netlists and spreadsheets, is the engineering equivalent of getting your daily news from a printed newspaper. By the time the paper hits your doorstep, the information is already out of date.For decades, the relationship between Electrical Engineers (EEs) and PCB Layout Designers has suffered under this exact burden. EEs finish a schematic, export a file, throw it over a digital...

Making an ASIC the traditional way is no easy task, but now designers can take control of their component designs with programmable logic. There are three options for designing ASICs: CPLDs, FPGAs, or mixed-signal processors. These three approaches allow a designer to essentially create a custom processor which can even be programmed on the fly. If none of the available off-the-shelf component options work for your system, which type of...

PCB design and assembly standards aren’t there to constrain your productivity. Instead, they’re there to help create uniform expectations of product designs and performance across multiple industries. With standardization comes the tools for compliance, such as calculators for certain design aspects, processes for auditing and inspection, and much more. In high voltage PCB design, the important generic standard for PCB design is IPC-2221. Many...

Understanding the fundamental components of electronics is crucial for every engineering student. Whether you're designing your first PCB, building a prototype, or learning circuit theory, these components form the building blocks of modern electronic systems. Whether you're starting your first project or refining your skills, knowing these components will enhance your ability to design and build effective circuits. This guide will help you...