Transportation
Modern transportation systems demand electronics capable of withstanding extreme conditions, complying with current standards, while delivering uncompromising performance with complete safety. EMG2 covers a wide range of applications with robust solutions combining power and network conversion, embedded systems, memory and storage, rugged computers for Edge AI, computer displays, and reliable telecommunications. Our technologies ensure that every journey, by air, rail, or sea, operates with precision, safety, and efficiency.
Aeronautics
EMG2 supports the aeronautics industry with rugged, high-performance electronic solutions, adapted to extreme environments (temperatures, shocks, vibrations) and compliant with DO-160 and MIL-STD-704 standards. Our VPX boards, FPGA modules, and ultra-fast storage systems address critical needs: avionics, drones, predictive maintenance, and onboard surveillance. We also offer 5G/SDR communication solutions (up to 400 Gbps), power conversion and EMC filtering, as well as custom developments for embedded AI, object tracking (baggage), or quality inspection for parts manufacturing. Our certified and scalable technologies guarantee long-term reliability and performance. Rapidly integrated, they optimize your systems for greater safety, efficiency, and connectivity. From data acquisition to real-time analysis, EMG2 provides you with the key technology building blocks to innovate without compromise.
Automotive/Bus
EMG2 offers innovative electronic solutions for automotive and bus applications, combining robustness, connectivity, and performance. With fewer space constraints, these applications allow the integration of hardened box PCs, with or without GPU, delivering superior computing power. Our rugged embedded platforms (certified EN 50155, E-Mark) integrate power management, V2X, GPS, and CAN Bus, ideal for connected and autonomous vehicles. We also provide smart circuit breakers, DC/BLDC motor control modules, and PDUs for optimal power distribution and protection, as well as power conversion and EMC filtering solutions adapted to harsh environments. Our technologies support Edge AI, high-speed video transmission, and miniaturization, for applications such as smart lighting, embedded vision, and battery management. With EMG2, benefit from modular, reliable, and custom-built solutions, designed to accelerate innovation in mobility.
Railway
Railway applications impose demanding requirements: long service life (15 to 20 years), tropicalization of equipment, and resistance to shock, vibrations and fire-smoke constraints. EMG2 supports the railway sector with rugged and certified electronic solutions, specifically designed to meet the strict standards of trains, trams, and metros. Our EN 50155 boards and platforms integrate power management, V2X communication, Edge AI, and motor control, ideal for signaling, onboard video surveillance, and predictive maintenance. We also offer smart circuit breakers, power conversion and EMC filtering systems, as well as high-capacity data storage and very high-speed video transmission solutions, adapted to harsh environments. Our technologies support railway IoT, 4G/5G connectivity, and miniaturization, for increasingly reliable and interconnected systems.
Maritime
EMG2 offers robust and innovative electronic solutions for the maritime sector, designed to withstand extreme environments (humidity, salt fog, vibrations, temperatures). Our products are MIL-STD-1399 certified, ensuring compatibility with the onboard power networks of military and civil vessels. Our rugged boards and platforms integrate wireless communication technologies (4G/5G, IoT), industrial data storage, power conversion and EMC filtering, tailored to the needs of vessels, offshore platforms, and navigation systems. We also offer hardware acceleration solutions (FPGA) and embedded artificial intelligence, as well as very high-speed recorders for real-time data collection and analysis. With EMG2, benefit from reliable and modular technology building blocks, optimized for performance and durability in maritime environments.
