Modern data centers and AI clusters demand power supplies that can deliver high densities of clean power in compact server racks. Gallium oxide’s ultrafast switching and low on-resistance characteristics enable the design of smaller and more efficient components such as power bricks than the market incumbents (like silicon). These components would generate less waste heat, which greatly decreases cooling requirements and therefore allow higher server densities. 

Beyond footprint and cooling benefits, gallium oxide power stages are projected to improve reliability under continuous heavy loads. These modules would be able to handle the sudden and rapid power surges required by AI training workloads with minimal performance degradation. This stability under stress would ensure that critical AI applications—ranging from real-time analytics to machine-learning model training—run smoothly, maximizing uptime and lowering infrastructure costs.