PV Nano Cell Ltd. and PROFACTOR GmbH published the first results of printed embedded passive components including silver and carbon-based resistors and capacitors. PV Nano Cell, Profactor and other partners are part of the EU inkjetPCB project which is focused on the fabrication of multilayer printed circuit boards with embedded printed passive components. As previously published, the use of electronic devices is increasing and so does the demand for high performing, smaller-sized products. One way to enable such products is by implementing embedded passive components such as resistors and capacitors. Instead of placing these components on the PCB (Printed Circuit Board), the components can be embedded within the PCB layers. Such an approach clears valuable real estate on the top or bottom side of the PCB allowing for more powerful CPUs or batteries to be incorporated in the electronic device. Existing PCB manufacturing technologies are complex and involve many production stages. Furthermore, such subtractive technologies where production material is removed during the production are very costly due to the high use of material and production waste. Digital printing however, is an additive technology where material is added only where required and therefore solves these problems and offers new advantages.