AI Server Testing Solutions

The AI Server power supply fully automation line is a fully automated manufacturing solution designed for high-power server power supplies (PSUs) used in AI servers, GPU computing systems, cloud infrastructure, and hyperscale data centers.

The Hight Power AC-PDU is designed for power distribution applications in AI computing facilities, data centers, server rooms, and industrial environments. The unit provides centralized power distribution for multiple devices while supporting stable power delivery, electrical protection, and real-time power monitoring. It helps simplify power management and improve the reliability of critical power infrastructure.

The Vacuum ICT Fixture for DPU Server Boards is designed for R&D and mass production testing of server boards, semiconductor PCBs, and AI computing hardware. Using vacuum negative-pressure technology, it improves contact stability and eliminates false readings and missed detections common in traditional bed-of-nails fixtures. The system accurately detects short circuits, open circuits, and component parameter abnormalities, providing stable and high-precision testing for semiconductor-grade applications.

AI Server MLB FCT tester is designed for R&D and mass production testing of AI computing and data storage systems. Supporting PCIe Gen6 PAM4 high-speed signaling, it provides precise testing of high-speed signals, impedance, and crosstalk. With high-precision signal integrity control and automated testing capability, the system delivers stable and reliable test results while improving motherboard yield and production efficiency.

AI Server BP Board Testers are specialized systems developed to verify backplane electrical performance and connection reliability. With the transition to high-speed technologies such as PCIe Gen6 and PAM4 signaling, signal integrity has become the critical challenge. The fixture itself must minimize insertion loss, reflections, and crosstalk to ensure that measured results accurately reflect DUT (Device Under Test) performance rather than fixture-induced errors.