Describe your electronics design using block diagrams, connections and parameters. With our interface you can create a high-level design that can be understood by anyone working on the project.
Our algorithms select the components and create the schematics, but as an engineer you are always in the driver's seat. You can fine-tune the implementation by selecting components or change pins.
Describe your board size or other mechanical constraints like connector placement. Our intelligent algorithms will take your decisions as a given and optimize to fit your application in your size and placement.
Watch our complex algorithms and Artificial Intelligence do the heavy lifting. Don´t bother with repetitive and tedious tasks such as selecting components or routing a PCB. Our software will work around all your constraints and comes up with a fitting solution, saving you days of work. This allows you and your company speed up the engineering of electronics by 90%.
Allow our software to generate base and application software for you, based on the chosen microcontroller, hardware connections and the logic defined between inputs and outputs on the functional block diagram.
We are all about extending the possibilities of engineers. That´s why we allow you to adapt and modify all generated schematics and layouts, to your requirements, by connecting to your own toolchain.
Focus your time and resources on creative ideas and new product concepts. Let our software do the repetitive, time-consuming part, and boost your time-to-market metrics.Request a Demo
This higly integrated LAN card was designed as a refactor of an existing design. Therefore, an pre-defined form factor and a specific microcontroller were important constrains, to allow mechanical and code compatibility with the legacy design.
When developing a new product which is heavily dependent on user experience feedback, it is important to be flexible and iterate fast over prototypes. Adding and removing sensors and LEDs from this design can be done at the click of a button.