The incredible story behind the Gerber PCB file format
I’ve been in the electronics and computing industries ever since I graduated with my BSc from Sheffield Hallam University in the UK back in 1980. Since that time, I’ve designed all sorts of weird and wonderful things (some of which even worked), including my fair share of printed circuit boards (PCBs).
I’ve also been associated with the Electronic Design Automation (EDA) industry since long before the name EDA was coined. As part of this, I’ve been involved with all sorts of front-end and back-end design and verification tools for everything from silicon chips to entire systems, including — you guessed it — a variety of PCB layout applications.
Now, anyone who has had anything to do with creating circuit boards will have heard the term “Gerber format.” This is an open ASCII vector format for 2D binary images, and it’s the de facto standard used by PCB software to describe the printed circuit board images (copper layers, solder mask, legends, etc.). The point is that — as I mentioned in my recent book review (see Book Review: The Inventor’s Dilemma by David J. Gerber) — in the 35+ years I’ve been in the industry, I never thought to question the origin and namesake of this format.
One of the great things about the Embedded Systems Conference (ESC) — in addition to the wide range of highly technical sessions, of course — is the ESC Engineering Theater. This where we showcase all sorts of interesting presentations, such as Jack Ganssle’s Mars Ate My Spacecraft, which will debut at the forthcoming ESC Boston, April 13-14, 2016.
Well, I’m delighted to report that another session taking place in the Engineering Theatre at ESC Boston will be David Gerber’s The Incredible Story Behind the Gerber PCB File Format. As part of this presentation, David will tell how his father — H. Joseph Gerber — survived the Holocaust to arrive penniless in America where he completed a four-year high school curriculum in just two years and a BSc degree in Aeronautical Engineering in another two.