Very simply, Git is a version control system (VCS). While by its own nature, the electronic industry moves slower than software, many of the innovations are trickling down to our day-to-day work. Altium Designer®, with the introduction of both Altium 365® and Concord Pro™ this year, has led the way in the industry, with other vital players struggling to keep up, sometimes with features released over a decade ago. Git for hardware and PCB design is one of the technologies powering that change. These are all examples of changes we can thank Git for. A decade ago, being recognised for your contribution to open source projects was left to politics. Developers are now assured their efforts to open-source projects can always be attributed and verified, thanks to a feature called Git blame.
Git for hardware and PCB design has made it possible by enabling revision tracking, version control, and rolling back design changes.
Ten years ago, software engineering managers would have considered madmen to adopt a move fast and break things approach. Git is a rare example of a tool that has flipped a whole industry on its head. This simple change can steer an engineer towards designing flatter boards, which can often lead to more aesthetically pleasing products by modern standards. It's so much easier to work with D2PAKs and not fumble around with screws, washers, and insulating foil, provided you have a last-generation soldering iron. Would a young engineer accessing a well-equipped lab even consider any popular IC in a TO220 in this decade? I don't think so. At the same time, engineers have equipped themselves with high peak-power soldering irons, such as those manufactured by JBC. This had a significant influence on what my colleagues and I created daily.Īn example would include the past couple of decades, where the industry has transitioned from TO220 packages to D2PAK. The new company where I worked wasn't accustomed to 3D printers, in-house bug tracking software, or even a good CMS. How we think and how we work is shaped by the tools available to us, as our needs and customs influence the tools we choose. I then realised the binomial connection between technical culture and tools. A few years ago, I temporarily transitioned from working in a hip hyper-caffeinated startup environment to an engineering job in a more well-seasoned and experienced company.
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