The design and manufacturing process for a PCB, based on the previously developed prototype and intended as a standalone Arduino shield, has commenced. This hardware will incorporate the fixes for hardware design Milestone 3.that are identified in testing phase.
During the prototype testing of the OpenEPT board, as described here, we identified critical issues and key bottlenecks affecting the speed and reliability of our measurement concept for embedded systems. One major issue uncovered was the h
Milestone 6 has been one of the most demanding phases of the project to date, primarily focused on testing the hardware and software functionalities developed earlier. It served as a crucial integration point for both components of the proj
We have previously announced the PCB design is completed and boards are sent to manufacturing. Fabricated PCB boards have arrived However, while we're all set to begin assembly, some key components are still coming. While we await the arriv
Before finalizing the next hardware revision of the OpenEPT project, several unexpected issues appeared during bringup and early testing. None of them were critical, but each problem offered a useful lesson about component availability, sch