King Yuan Electronics' (KYEC) in-house developed Burn-In Oven technology is continuously evolving to support a diverse range of applications. Currently, it is most widely deployed in AI-related chip applications—such as AI GPUs, AI accelerators, AI ASICs, and AI CPUs—as well as memory devices, power ICs, automotive ICs, general-purpose CPUs, and gaming console products.

KYEC's proprietary burn-in test solutions have successfully enabled testing across single-board, zonal-board, or full-board platform modes. Our current technology can deliver various power output configurations and group-specific specialized burn-in tests. These advanced and cutting-edge burn-in process capabilities are fully applicable to logic products, CPUs, and chipsets. By fulfilling the diverse needs of our customers through the development of unique burn-in equipment and systems, and leveraging superior testing technologies alongside seamless software-hardware integration, KYEC's burn-in testing capabilities are recognized as industry-leading globally.

The in-house burn-in oven developed by KYEC is designed as a Monitor Burn-In (MBI) logic system, capable of actively monitoring IC signals throughout the burn-in testing process. In recent years, KYEC has further engineered burn-in systems and modular equipment equipped with advanced testing capabilities. By integrating smart factory concepts into our mass production workflows, we have developed the KYEC Intelligent Test System, which synchronizes automatically with various production units to achieve an optimal manufacturing model.

Furthermore, we possess extensive design experience and robust supply chain partnerships regarding associated components, thermal interface materials (TIMs) / heat dissipation media, and module architectures. This allows us to provide comprehensive, end-to-end turnkey solutions that offer our customers a wide variety of choices.

Having been deeply cultivated and continuously refined by KYEC over many years, our proprietary burn-in equipment and systems feature excellent reliability, user-friendly operation, superior efficiency, and high cost-effectiveness. Coupled with exceptional platform flexibility, these widely adopted systems deliver tremendous production benefits, ensuring we consistently meet and exceed customer demands.