When you take your first dive into modular PCB design, you’ll quickly find that your design tools may not be able to keep up due to a lack of unification, inconsistent data formats across design tools, and unnecessary repetition of basic design steps in different tools. New designers would do well to learn anything they can about modular PCB design. Embedded systems, multi-board systems, mixed-signal systems, and other boards with diverse functionality can all benefit from this design methodology. Modular PCB design is one design methodology that is implicitly used when designing PCBs for a variety of applications.

With more complex designs, you’ll need to consider more than just the high-level overview of your board when you are designing a complex system. Simple designs can usually be designed without considering how your PCB layout affects the operation and interaction between multiple functional blocks in your board. I've also included real-life examples to showcase the positive impact FinOps can have on businesses like yours.PCB design is rarely discussed in terms of designing functional blocks or as connecting modules with different functionality. 📊 You'll learn about the benefits of adopting FinOps, such as cost optimization, increased visibility into cloud expenditures, and improved cross-functional collaboration. In this article, I walk you through a strategic approach that combines the expertise of finance, operations, and engineering teams to manage cloud costs effectively. I published a thought-provoking piece titled 'My CIO asked. 🚀 If you're curious about FinOps and how it can revolutionize your organization's cloud financial management, I've got just the article for you!

Imagine this scenario: Your CIO suddenly asks you, 'What is FinOps?' Would you be prepared to answer? 🤔

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