The electronics industry, energized by the introduction of next-generation fabrication processes and component design, has been in a constant state of fluctuation and expansion. Major trends include the adoption of advanced materials, the rise of organic electronics, and the trend towards miniaturization are opening brand new frontiers for players to diversify their offerings and seize new opportunities. Disruptive technologies such as Artificial Intelligence (AI) and the Internet of Things (IoT) are not only enabling smart manufacturing practices but also serving as key growth drivers for the industry. Startups and scaleups are at the forefront of this innovation wave, developing new designs and manufacturing techniques to create electronic components with higher efficiency and better compatibility. A notable trend is the increasing use of 3D printing, which is making the electronics fabrication industry more dynamic and cost-effective. Alongside organic electronics, these trends are enhancing the efficiency, durability, and sustainability of both industrial and consumer electronics. For decades, the semiconductor industry has relied heavily on silicon, but the limitations of silicon are becoming apparent as the demand for higher performance and smaller components grows. As a result, the industry is turning to new materials and architectures to boost the performance of integrated circuits. Odyssey Semiconductor, a US-based startup, is pioneering the development of high-performance power-switching gallium nitride (GaN) semiconductor material. GaN processing technology enables the creation of vertical current conduction GaN devices, significantly expanding application voltages from 1,000V to over 10,000V. This innovation extends beyond consumer electronics, finding applications in electric vehicles (EVs), industrial motor control, and energy grid systems. But that’s only one advanced material that’s going to revolutionize the electronics manufacturing industry. Another promising development comes from SixLine Semiconductor. The startup advances carbon nanotube processing, producing semiconductor-grade carbon nanotubes that allow for room-temperature deposition on any substrate.