Vacuum ICT Fixture for DPU Server Boards (Semiconductor-Grade)

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.

Vacuum ICT Fixture for DPU Server Boards

Advantages

•Semiconductor-Grade High-Precision Testing: Uniform vacuum contact improves testing stability and reduces errors caused by pogo pin fatigue. Suitable for high-end server boards and semiconductor applications.
•Stable and Reliable Test Data: Full-area vacuum holding improves test coverage and consistency while reducing false readings and skipped tests during mass production.
•Non-Destructive Testing: Flexible vacuum holding prevents mechanical damage and supports ultra-thin, high-density, and precision PCBs.
•High-Efficiency Mass Production: Supports automated batch testing, reducing retesting, rework, and labor costs while improving production efficiency.

Application Fields

The Vacuum ICT Fixture for DPU Server Boards high-precision and high-efficiency board testing. It is applicable to semiconductor, server, AI computing power, cloud computing, data storage and computing, industrial control electronics and other fields, meeting the requirements of R&D verification, functional testing and mass production quality control for various high-end precision boards：

•Semiconductor Precision Testing: Suitable for electrical testing of semiconductor PCB boards and high-end precision electronic boards, accurately detecting defects and ensuring consistent product quality.
•Server Board Mass Production Testing: Adaptable to ICT testing of various server boards, supporting high-precision batch testing on production lines and improving mass production quality control efficiency.
•AI & Cloud Computing Hardware Quality Inspection: Used for functional and performance testing of AI computing hardware and cloud server motherboards, complying with testing standards for high-end computing devices.
•Data Storage & Computing Equipment Testing: Performs precision testing on integrated storage and computing equipment to ensure the stable and reliable operation of core data hardware.
•Industrial Control Board Testing: Provides full-coverage functional testing for industrial control boards to meet the strict quality inspection standards of industrial-grade hardware.