Sectors
GaN – revolutionary, disruptive and transformative in critical industries of the future
Quantum technologies
GaN electronics and photonics are poised to become a powerful enabler of the quantum era, providing the high-frequency electronics, photonic interfaces, sensing capabilities, and robust infrastructure needed to move quantum technologies from laboratory breakthroughs to real-world systems. By combining GaN’s exceptional power density, high-frequency performance, thermal resilience, and wide-bandgap efficiency with advanced photonics, next-generation platforms could deliver faster control, ultra-precise sensing, high-bandwidth optical interconnects, and increasingly compact quantum architectures. From quantum computing and communications to quantum sensing and secure networks, GaN offers a compelling pathway toward a future where electronics, photons, and quantum systems converge—unlocking unprecedented performance, connectivity, and intelligence.
Quantum technologies
GaN electronics and photonics are poised to become a powerful enabler of the quantum era, providing the high-frequency electronics, photonic interfaces, sensing capabilities, and robust infrastructure needed to move quantum technologies from laboratory breakthroughs to real-world systems. By combining GaN’s exceptional power density, high-frequency performance, thermal resilience, and wide-bandgap efficiency with advanced photonics, next-generation platforms could deliver faster control, ultra-precise sensing, high-bandwidth optical interconnects, and increasingly compact quantum architectures. From quantum computing and communications to quantum sensing and secure networks, GaN offers a compelling pathway toward a future where electronics, photons, and quantum systems converge—unlocking unprecedented performance, connectivity, and intelligence.
Artificial Intelligence
The future of AI will be powered not only by smarter algorithms, but by radically better hardware—and GaN electronics and photonics are poised to redefine what is possible. By bringing ultra-high-speed electronics and photonic capabilities together on a wide-bandgap platform, GaN can unlock AI systems that move data faster, process workloads more efficiently, and operate at unprecedented power densities. From next-generation AI accelerators and optical interconnects to intelligent edge devices and autonomous machines, GaN has the potential to transform every layer of the AI infrastructure stack—delivering a future where computation, communication, and light converge to make AI faster, leaner, and limitless.
Artificial Intelligence
The future of AI will be powered not only by smarter algorithms, but by radically better hardware—and GaN electronics and photonics are poised to redefine what is possible. By bringing ultra-high-speed electronics and photonic capabilities together on a wide-bandgap platform, GaN can unlock AI systems that move data faster, process workloads more efficiently, and operate at unprecedented power densities. From next-generation AI accelerators and optical interconnects to intelligent edge devices and autonomous machines, GaN has the potential to transform every layer of the AI infrastructure stack—delivering a future where computation, communication, and light converge to make AI faster, leaner, and limitless.
Defence, space, and security
Built for extreme environments and high-performance operation, GaN can enable more capable radar, electronic warfare, secure communications, directed-energy systems, optical sensing, and autonomous platforms, while photonic integration opens new pathways for high-bandwidth, low-latency information processing and sensing. From the edge of space to the modern battlespace, GaN offers a vision of hardware that is smaller, faster, more efficient, and engineered to perform when failure is not an option—transforming advanced sensing and communications into a decisive technological advantage.
Defence, space, and security
Built for extreme environments and high-performance operation, GaN can enable more capable radar, electronic warfare, secure communications, directed-energy systems, optical sensing, and autonomous platforms, while photonic integration opens new pathways for high-bandwidth, low-latency information processing and sensing. From the edge of space to the modern battlespace, GaN offers a vision of hardware that is smaller, faster, more efficient, and engineered to perform when failure is not an option—transforming advanced sensing and communications into a decisive technological advantage.
Next-generation telecommunications, cyber security and quantum computing
GaN electronics and photonics are poised to become a foundational technology for the next digital frontier—converging ultra-high-frequency communications, resilient cybersecurity, and emerging quantum computing into a new generation of intelligent infrastructure. By combining GaN’s exceptional power density, high-frequency performance, thermal robustness, and wide-bandgap efficiency with advanced photonics, future systems can move vast quantities of data at unprecedented speeds while enabling sophisticated sensing, secure communications, and high-performance control electronics. From 6G networks and space-based communications to quantum processors and photonic interconnects, GaN offers a pathway toward smaller, faster, more energy-efficient and resilient platforms—where electrons and photons work seamlessly together to connect, protect, and compute at the edge of what technology can achieve.
Next-generation telecommunications, cyber security and quantum computing
GaN electronics and photonics are poised to become a foundational technology for the next digital frontier—converging ultra-high-frequency communications, resilient cybersecurity, and emerging quantum computing into a new generation of intelligent infrastructure. By combining GaN’s exceptional power density, high-frequency performance, thermal robustness, and wide-bandgap efficiency with advanced photonics, future systems can move vast quantities of data at unprecedented speeds while enabling sophisticated sensing, secure communications, and high-performance control electronics. From 6G networks and space-based communications to quantum processors and photonic interconnects, GaN offers a pathway toward smaller, faster, more energy-efficient and resilient platforms—where electrons and photons work seamlessly together to connect, protect, and compute at the edge of what technology can achieve.
Green energy, electric vehicles and renewable energy
GaN electronics and photonics are powering the transition to a cleaner, smarter energy future—transforming how electricity is generated, converted, stored, distributed, and consumed. With exceptional power density, high-frequency performance, low switching losses, and thermal resilience, GaN can enable more efficient power converters, faster EV charging, intelligent energy infrastructure, and next-generation renewable-energy systems. Combined with photonics and advanced sensing, GaN technologies can bring unprecedented levels of control, efficiency, and intelligence to solar, wind, storage, electric mobility, and smart grids. From the charging network of tomorrow to fully electrified transport and resilient renewable-energy ecosystems, GaN is helping create a future where more energy becomes usable, more power is delivered with less waste, and sustainable technology moves at the speed of innovation.
Green energy, electric vehicles and renewable energy
GaN electronics and photonics are powering the transition to a cleaner, smarter energy future—transforming how electricity is generated, converted, stored, distributed, and consumed. With exceptional power density, high-frequency performance, low switching losses, and thermal resilience, GaN can enable more efficient power converters, faster EV charging, intelligent energy infrastructure, and next-generation renewable-energy systems. Combined with photonics and advanced sensing, GaN technologies can bring unprecedented levels of control, efficiency, and intelligence to solar, wind, storage, electric mobility, and smart grids. From the charging network of tomorrow to fully electrified transport and resilient renewable-energy ecosystems, GaN is helping create a future where more energy becomes usable, more power is delivered with less waste, and sustainable technology moves at the speed of innovation.