On July 6, GETECH was invited to attend the Qiushi Yuan Semiconductor Live Salon. At the event, Zhao Zhi, General Manager of GETECH's QMS Product Division, delivered a keynote speech titled "Full-Lifecycle Quality Management in the Semiconductor Industry: QMS Driving Enterprise Quality Upgrade," systematically proposing a digital quality management solution covering the entire semiconductor design, manufacturing, and packaging/test chain. Based on GETECH's self-developed, controllable quality full-closed-loop management solution encompassing data integration, system integration, and business process integration, the solution addresses core pain points such as data silos, uncontrolled changes, and customer compliance, providing the industry with a new benchmark for breakthrough.

It is undeniable that "fracture zones" commonly exist in semiconductor quality management scenarios. For example, quality data is scattered across independent systems such as fabs and packaging/test factories, and paper-based records make traceability difficult; business processes rely on manual workflows, making it challenging to monitor violations; customer special requirements (CSR) and change management lack integrated mechanisms; and group-level quality control lacks collaborative leverage. Zhao Zhi pointed out that the disconnection between quality data and business flows has become a critical bottleneck hindering semiconductor yield improvement and customer satisfaction.

Zhao Zhi presented a quality management informatization solution covering the full application scenarios of "R&D-Supplier-Production-Customer" in the semiconductor field. In the R&D quality management scenario, the solution achieves deep integration of IPD and APQP, constructing a Q-GATE quality gate mechanism. Through structured control of tools such as DFMEA and Control Plans (CP), it ensures early interception of design risks. In the supplier collaboration scenario, it builds a supplier interaction platform, enabling automatic verification of COA (Certificate of Analysis) data. When suppliers upload data, the system compares it in real-time with a whitelist of material specifications, automatically triggering material Holding for OOS (Out of Specification)/OOC (Out of Control) data, reducing incoming material risks at the source. In the intelligent production scenario, it integrates data flows such as WAT, CP, and Defect Map from fabs/packaging-test factories, automatically triggering E-OCAP (Electronic Out-of-Control Action Plan) through SPC outlier monitoring. In the customer quality scenario, it establishes a CSR-AR closed-loop mechanism to meet customer special requirements, while covering tasks such as product shipment, customer complaints, and customer claims. Simultaneously, the solution leverages the six core tools of quality management systems—APQP, FMEA, CP, MSA, SPC, and PPAP—to deliver a full-score answer for semiconductor quality management digitalization.

In Zhao Zhi's view, quality management involves the serialization and in-depth analysis of hundreds of task nodes across horizontal and vertical business flows. The key to breakthrough lies in the ability to "decouple" and "close the loop" on data fracture zones. As a leading industrial intelligence enterprise serving dozens of semiconductor customers, GETECH has built a competitive advantage in providing full-closed-loop quality management informatization services for the semiconductor field, covering data integration, system integration, and business process integration. It ranks first in the semiconductor field and seventh across all industries, solidifying its position in the first tier. Additionally, it has demonstrated excellence in implementation and delivery for multiple benchmark enterprises.

In serving a leading Fabless enterprise, GETECH developed integrated portals for supplier management, customer quality, and change management, achieving unified and visualized quality data with early-warning alerts. This resulted in a 30% improvement in the client's work efficiency and a 40% enhancement in business management capabilities. For a Fab customer, GETECH facilitated the optimization of change management, digitalization of supplier quality processes, and integration of approval systems. By constructing a quality interception model to proactively address abnormal workflows, the client's quality management framework was significantly upgraded. Additionally, for a packaging and testing manufacturer, GETECH integrated nine independent systems, with the deployment in material inspection scenarios alone boosting operational efficiency by 60%.

The 90-minute live session was filled with thousands of comments, with dozens of selected questions receiving in-depth analysis and answers from Zhao Zhi. As a leading enterprise in the industrial intelligence field, GETECH focuses on the "AI + Industrial Software + Intelligent Equipment" business domain and has accumulated strong technological advantages and service capabilities. Among these, industrial intelligence solutions represented by the QMS solution already possess full-chain delivery capabilities for the semiconductor industry and have secured QMS projects for over 30 semiconductor companies, including leading enterprises in IC design, wafer manufacturing, packaging/testing, and semiconductor materials. In the future, the company will continue to deepen the application of AI in scenarios such as quality early warning and yield attribution, helping the semiconductor industry navigate cycles and achieve quality-driven digital transformation.