Genesi Elettronica ensures the reliability and quality of electronic devices through rigorous functional testing. This process guarantees that each board and electronic device functions according to the required technical specifications, verifying the correct behaviour of circuits and electronic components under real conditions of use. The tests are designed to identify any manufacturing defects or malfunctions, reducing the risk of failure in the field and improving the overall efficiency of the final product.

In the electronics sector, software and firmware are crucial for the control and management of advanced devices. Genesi Elettronica develops customised software and firmware solutions, optimising the performance of embedded systems. Integration between hardware and software is studied down to the smallest detail, guaranteeing maximum efficiency, security and scalability. The development team is able to develop firmware for microcontrollers and embedded devices, enabling customers to obtain high-performance and market-competitive products.

Genesi Elettronica offers a complete prototyping and sampling service, essential for the validation of new designs prior to large-scale production. Thanks to its expertise in electronic design and the availability of advanced technologies, the company is able to create functional prototypes and samples that allow for the testing of design effectiveness, rapid modifications and optimisation of production costs. This approach accelerates time-to-market and improves the quality of final products.

Genesi Elettronica specialises in the design of electronic devices and their PCBs (Printed Circuit Boards), ensuring advanced and customised solutions for customers’ needs. The PCB design process is optimised for maximum performance, reliability, and cost optimisation, from the choice of materials to the optimal arrangement of components. Each project is carefully analysed to minimise electromagnetic interference and improve energy efficiency, making it possible to create compact, high-performance electronic devices. The company uses advanced design software to develop complex and innovative circuits adapted to a wide range of industrial and commercial applications.

Genesi Elettronica’s FPGA (Field-Programmable Gate Array) design engineering offers high-performance solutions for applications requiring high flexibility and processing power. With the ability to program hardware directly, FPGA-based devices enable high execution speed and low latency, which are key features in areas such as industrial automation, telecommunications and signal processing. Genesi Elettronica’s FPGA design team creates customised solutions to optimise performance, ensuring system adaptability and upgradeability over time.

Genesi Elettronica is able to master the mass production of electronic devices using both traditional (Through-Hole) and SMD (Surface Mount Device) assembly technologies, with the possibility of operating with or without lead (lead-free) in full compliance with RoHS (Restriction of Hazardous Substances) regulations. This guarantees an environmentally friendly production process that complies with international standards for the restriction of hazardous substances in electronic devices. The company is equipped with advanced facilities for volume production, maintaining high standards of quality and reliability, regardless of production requirements, whether small batches or large volumes.

Genesi Elettronica develops advanced connectivity solutions, integrating cutting-edge technologies to ensure secure and efficient communication between electronic devices and systems. The company designs and implements interconnected electronics, working on standard communication protocols such as EtherCat, Modbus and IoT (Internet of Things) solutions for industry and automation. Given its in-depth experience in the sector, Genesi Elettronica is able to optimise data transmission, reduce latency times and improve network security, meeting the connectivity needs of critical applications such as industrial automation.