High Performance Computing
High-performance computing pushes the limits of power and thermal design. Our magnetic components are crafted to deliver precision, efficiency, and reliability under the most demanding workloads.
Built for Speed, Engineered for Precision: Magnetics That Meet the Demands of Extreme Compute Loads
Powering the World’s Fastest Systems
Our magnetics are optimized for the unique challenges of HPC, supercomputing, and advanced simulation platforms.
- Low-loss core materials that minimize energy waste and reduce thermal buildup under continuous high loads
- Distributed gap core structures for uniform magnetic flux, reduced core saturation, and improved stability
- Custom magnetics designed for high-current GPU and CPU power delivery, with tight thermal and electrical tolerances
- Scalable solutions for AI accelerators, simulation clusters, and data-intensive research environments
Precision Engineering for Peak Performance
Built to deliver consistent, high-efficiency performance under extreme conditions.
- Tight magnetic tolerances for precise voltage regulation and minimal ripple
- Thermal-optimized designs for liquid-cooled, air-cooled, and hybrid cooling systems
- Encapsulated and insulated components for long-term reliability in high-density compute racks
- Proven performance in mission-critical applications across defense, research, and enterprise AI
Why HPC Engineers Choose Standex
Trusted for performance, customization, and engineering partnership.
- Deep expertise in high-current, high-frequency magnetics for compute-intensive platforms
- Custom solutions tailored to thermal, electrical, and mechanical constraints
- Rapid prototyping and collaborative design support for accelerated development cycles
- Global manufacturing with localized engineering assistance
