Hexium is modernizing America’s isotope enrichment capabilities to power the next generation of advanced fission and fusion systems. We are building a reliable, scalable, and secure domestic supply of critical isotopes—starting with lithium-6 and lithium-7—using a reinvented form of Atomic Vapor Laser Isotope Separation (AVLIS).
Building on foundational work from Lawrence Livermore National Laboratory, Hexium integrates state-of-the-art laser systems, beam propagation physics, precision optics, high-vacuum engineering, advanced controls, and industrial-scale manufacturing to bring isotope enrichment into the 21st century.
Our multidisciplinary team includes leaders in laser physics, photonics, nuclear engineering, electrical engineering, automation, power electronics, and scientific instrumentation working hands-on to solve some of the most complex problems in clean-energy hardware.
Hexium’s mission is simple and urgent:
Enable the nuclear technologies that will power a cleaner, safer, more resilient future.
We are actively hiring engineers, scientists, and technical experts who want to build real hardware with real impact.
Hexawave was founded in 1991, focusing on providing complete range of high-frequency and high-power RF MMICs: Power Amplifiers, Low Noise Amplifiers, RF Switches and Modules for 5G Small Cells, Low Earth Orbit Satellite, WiFi, PMICs, Smart City and IoT applications.
As of 2022, Hexawave has evolved from an Integrated Device Manufacturer (IDM) to a fabless supplier of MMIC components and modules. Hexawave continues to pursue innovation, empowering and inspiring the development of wireless communication products.
Hexawave has been focusing on providing diverse and complete range of L, C Band high power modules, S Band VCO and PLL, S and Ku Band low noise amplifier, S Band transmitter/receiver, RF Switch MMICs. The product portfolio has diverse applications, including wireless communications, microwave communications, and satellite communications.
Hexawave has top research and developed team on gallium arsenide high frequency products, investing in the development of energy-saving related components. The innovative application of the excellent performance of GaN (gallium nitride) materials has successfully developed a gallium nitride power switching transistor with an on-resistance lower than that of silicon, even better than mechanical relay contacts. HexaGaN has ultra-high efficiency, small size and extremely low thermal loss.
With a great deal of experience in the communication field, we pioneer the industry in undertaking strategic planning for emerging trends, technologies, and products. We consistently execute business with utmost integrity and open-mindedness, therefore we gain full trusts from all clients and end-customers, and continue long-term business corporation.