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As modern vehicles, aircraft, and industrial systems grow more electrified and complex, wire harness engineering has become a critical but often underestimated discipline. Traditional methods are no longer sufficient to manage the massive scale, complexity, and pace of today’s designs. This in-depth whitepaper explores a modern, integrated approach to wire harness engineering, guiding you through best practices from initial concept to full-scale...

Altium has a long history of providing the industry’s best PCB design solutions enabling engineers to overcome their toughest electronics design challenges. Now Altium enterprise solutions are enabling design organizations to automate traditionally manual processes including library and design data management (version/revision control and lifecycle management), implementation of process workflows, and extended design team collaboration as a part...

Testpoints optimization Testpoints help reduce the time required for PCBA testing and debugging, and also increase testing certainty, as the measurements are taken in automated systems. The elimination of human errors is another key benefit of automatic testing systems, which allow for reliable collection of measurement data directly from the production batch. If the product covered by ATE testing is designed to be on the market for many years...

RF and microwave technologies are evolving at a rapid pace, and PCB design is changing right along with it. One of the most exciting innovations in the industry is Ultra High-Density Interconnect (Ultra HDI) technology. This advancement isn't just about packing more circuits into a smaller space, it's about improving performance, ensuring signal integrity, and tackling thermal challenges head-on. If you're designing PCBs for RF applications...

Behind every electronic device lies a complex web of components, each carefully selected and sourced by professionals who are making critical decisions daily. The tools these experts choose can mean the difference between efficiency and frustration, between meeting deadlines and falling behind. To understand how industry professionals navigate these challenges, Octopart conducted its annual user survey between November 12, 2024, and January 17...

Counterfeit components in aerospace electronics pose significant risks and challenges. These unauthorized and often substandard parts can compromise the safety, reliability, and regulatory compliance of aerospace systems. The presence of counterfeit components in critical aerospace applications can lead to catastrophic failures, endangering lives and causing substantial financial losses. Ensuring the authenticity of components is crucial to...

Wire harness failures can lead to costly recalls, production delays, and severe safety risks. While many harness failures result in inefficiencies that slowly erode profitability, others escalate into large-scale recalls and legal liabilities. The financial and operational consequences are enormous, but most of these issues can be avoided with the right design and validation tools. This article explores the hidden costs of poor wire harness...

Click Download PDF to get instant access to Altium's Guide to Requirements Management for Modern Electronics Teams.  This guide is filled with practical information to help electronic teams streamline requirements management, avoid costly delays, and enhance collaboration across hardware development projects using requirements in Altium. What's Inside This Guide? Readiness checklist: When is the time to move away from spreadsheets? Best...

Design Engineers vs. NPI Procurement: A Tale of Two Teams While stronger collaboration between design engineers and new product introduction (NPI) procurement teams has its benefits, it’s easy to understand why it doesn’t happen naturally.  Design engineers are often driven by two priorities: building world-class products and getting them to market fast. To them, procurement often feels like a bureaucratic roadblock. They see the rejection of...