markets
WHERE PERFORMANCE MEETS POWER
AI & HIGH-PERFORMANCE COMPUTING POWER
- Artificial Intelligence
- CPUs, GPUs, xPUs and SoCs
Artificial intelligence (AI) and high-performance computing (HPC) processors are pushing the limits of power and performance. As compute density and bandwidth scale, power consumption rises sharply – while tolerance for voltage noise, latency and inefficiency disappears. High-performance power-delivery and power-integrity solutions are now critical to unlock full AI processor capability. Ultrafast transient response, tight voltage regulation and scalable architectures close to the load are essential to sustain peak performance, improve energy efficiency and enable the next generation of AI systems.
Data Centers
- Optical Modules
- SmartNICs
- Active Electrical Cables (AEC)
Data centers are facing a sharp rise in power consumption driven by AI, accelerated computing and increasing workload density. Racks are moving from kilowatts to tens – and soon hundreds – of kilowatts, pushing traditional power architectures to their limits. Delivering energy efficiently, reliably and at scale has become a defining challenge. Advanced power-delivery and power-integrity solutions are essential to manage higher currents, reduce losses, maintain uptime and enable sustainable growth of next-generation data centers.
Networking & Telecom
- Routers
- Switches
- Servers
Networking and telecom infrastructure are undergoing rapid transformation as bandwidth, data rates and edge intelligence scale. 5G/6G, optical transport and AI-driven networking demand ultrareliable, low-latency systems operating within tight power and thermal limits. High-performance power management is critical to ensure signal integrity, fast transient response and efficiency across distributed architectures – from core networks to the edge. Advanced power delivery enables higher port density, improved reliability and continuous operation of mission-critical communications infrastructure.