design review

Parallelism: software vs hardware development lifecycles.

Parallelism: hardware development lifecycles vs. software

In the realm of engineering, the development of both software and hardware demands rigorous processes to ensure efficiency, reliability, and maintainability. While they serve distinct purposes, the software development lifecycle (SDLC) and the hardware development lifecycle (HDLC) share striking similarities.

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Why git is good for hardware development.

Why Git is good for hardware development

Git has become an essential tool in modern software development workflows, providing a robust and flexible foundation for version control and collaboration. But, it’s not limited to just code. It is also used for versioning and tracking changes in various types of files and projects, including hardware development.

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Full PCB redline shows an automatically removed test point.

Reviewing component changes and chip shortages

Over the last 6 months, the global semiconductor shortage has been consistently making news for the wave of resulting disruption across the hardware world. From automotive to consumer electronics, virtually every hardware industry has had to scramble to find component replacements ranging from sophisticated ICs to simple microcontrollers.

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Adopting a SW like HW development process.

8 benefits of adopting software processes for hardware

Because software and hardware are so closely connected, they are starting to cross-pollinate across teams. Hardware engineers are cherry picking what can improve their current processes. Although these principles cannot be simply copied and pasted from SW to HW development, much can be borrowed and adapted. We broke down how to do so in 8 ways.

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