1、Equipment Control and Mgmt. Systems
Re-develop equipment interfaces and software using IoT sensors, making them compatible with the standard international communication protocols in semiconductor industry. The systems can achieve real-time, high-frequency collection of equipment data, centralized equipment authority mgmt., equipment material control, program parameter calibration, automated production control, equipment alarms and life-span controls.
2、Manufacturing Execution and Dispatching System
Modeling mgmt. of basic factory info.; verify the accuracy of process, craft, and process equipment, and control waiting time to prevent quality degradation caused by excessive waiting, and to reduce both the risk of whole-batch wafer yields and the cost of wafers; real-time summary and multi-dimensional analysis of core reports on production and quality, to demonstrate production condition and to analyze and manage multiple departments ranging from manufacturing, to crafts, to quality, to equipment and so on
3、Quality and Yield Monitoring Systems
Modern QM systems are built using independent tech. plans to solve the quality problems of intelligent manufacturing from the perspective of the whole industrial chain and to satisfy enterprises’ demands for high quality products. The QC systems can achieve forward quality monitoring and backward anomaly traceability mgmt. of the suppliers and the quality mgmt. of incoming materials, R&D, labs, processes, outgoing goods and customers, to optimize craft process, reduce quality risks and the costs of waste.
4、GOS for Digital Factories
GETECH Digital factory operation system GOS is the technology that drives enterprises’ digitalization and factory upgrading. The new generation core tech. platforms that GOS provides include but not limited to cloud computing, industrial IoT, industrial big data, industrial AI, industrial RTC/AR/VR, blockchain, and RPA.
