The vision of JITX is to fully automate hardware design, to advance science and the welfare of humanity
Our first step is to automate circuit board design. We are a profitable seed-stage startup, backed by Y Combinator and Sequoia.
JITX is automating circuit board design. Today, every circuit board is manually designed by skilled engineers - we’re building AI that designs optimized, professional boards in hours instead of weeks.
Break open any electronic device and inspect its circuit board. Look at all the chips and wires sprawled across both sides of it. An electrical engineer manually analyzed thousands of parts to choose the chips on that board, manually placed each one, and manually drew wires to connect them. If two pins are connected when they shouldn't have been, the board doesn't work. If the board is too big, too wide, too hot, or too expensive, then almost every component has to be reconsidered, relocated, and each wire redrawn. These mistakes are far from uncommon: the board in your device has probably been revised several times, with each revision delaying production even more. The industry pace is so demanding that engineering firms distribute teams working in shifts 24/7, across the globe, just to make sure that all of the wires can be drawn on time. JITX has engineered a way to automate this last remaining bottleneck in the electronics industry: the circuit board design.
Circuit board design is a true multidisciplinary challenge, and the solution lies at the intersection of electrical engineering, mechanical engineering, manufacturing, physical simulation, artificial intelligence, optimization, compiler, and programming language design. These hard problems are our team’s home-turf - we came together at UC Berkeley to solve this exact problem.
Our core technology is inspired by and modeled after the technology used for designing computer chips. Chips used to be designed in the same way that circuit boards are designed today: by engineers drawing shapes on a screen. As transistors shrank and chips became more complex, the task of drawing those shapes correctly became too complicated for human beings to handle. The introduction of hardware description languages (HDLs) in the 80s, such as Verilog and VHDL, revolutionized chip design.
JITX brings the same paradigm
shift to circuit board design that Verilog and
VHDL brought to chip design. Instead of manually
drawing wires on a screen, engineers instead
specify the intent of their circuit board using
code that our algorithms translate into component
choices, placements, and wiring.
We are able to:
- Design more sophisticated boards in a fraction of the time,
- Easily prototype and evaluate many variations of a design,
- Build a library of optimized and modular subcircuits, which are reused across designs, and
- Computationally optimize designs for space, cost, performance, and yield.
We started JITX to give everyone access to professional-quality boards, and today JITX runs as an electronics design contractor. You tell us what a circuit board needs to do - we use our tools to design the board, fab it, and get it back to you. We already do this faster than humans can, and our speed depends on the design. For product and proof-of-concept boards, JITX is on average three times faster and 25% cheaper than other contractors. Test fixtures and connector- based boards are almost fully automated, and we have already hit 24 hour turnaround times on designs.
If you need a custom circuit board designed - start here.
Duncan started working on JITX because he wanted a better way to design robots. While he was at Berkeley he started collaborating with Jonathan on better design tools for origami robots. Duncan's work in robotics won him a best-paper award from the IEEE International Conference on Intelligent Robots and Systems and a Guinness World Record. Since co-founding JITX he has been working on sales, marketing, strategy, fundraising and recruiting.MS and PhD Mechanical Engineering - University of California, Berkeley
BS Mechanical Engineering - Florida State University
Jonathan is the creative director of JITX working on amazing new algorithms for physical design automation, and planning out the future for long-term impact. He's a thought leader in design tool creation, with a 35-year-long track record. He led the Chisel project at UC Berkeley, and previously co-founded Other Lab. Research scientist at the Massachusetts Institute of Technology for 8 years, he has held postdocs as ICSI and Stanford, and was a researcher at ICRAM. He studied cognitive science, computer science, and visual arts.MS and PhD Computer Science - University of Massachusetts at Amherst
BS Computer Science - University of California, San Diego
Patrick S. Li
Patrick is the CTO of JITX, building the backbone of our automated design software, and taking on some of our tricker algorithmic problems. He is the designer and implementer of the L.B. Stanza programming language, an optionally-typed general purpose programming language. He previously developed FIRRTL, the intermediate representation of Chisel3.PhD Computer Science from University of California, Berkeley
MASc Machine Learning - University of Toronto
B.Eng Electrical Engineering - University of Calgary