Semiconductor Industry Smart Manufacturing - Semiconductor Industry CIM Solutions - Semiconductor Industry Customer Cases - Semiconductor Factory Digitalization - Gechuang Dongzhi -- Copy

Semiconductor Manufacturing Industry

Centered on new-generation information technologies such as big data and artificial intelligence, fully tap into internal data resources and the potential of high-end equipment, providing integrated solutions for semiconductor manufacturing factories, enabling the transition from high-end manufacturing to high-end smart manufacturing.

Industry Pain Points

1. Production Site Data Silos

Semiconductor factory information systems and automation processes generate vast amounts of data, with production strategies increasingly relying on data analysis, making data's role more critical. However, bottlenecks exist in data extraction, storage, and organization during manufacturing, consuming time and effort. Moreover, data remains isolated across systems, making it difficult to integrate and analyze comprehensively.

2. High Equipment Maintenance Costs

The semiconductor industry is capital-intensive with numerous, mainly imported, expensive equipment; abnormal downtime causes significant losses. Under market pressure for high performance and low cost, existing high-cost management methods are unsustainable. Additionally, current systems struggle with real-time visual monitoring and centralized management of multiple production lines and machines in fabs, leaving room for improved equipment utilization efficiency.

3. Time-Consuming Data Analysis

Semiconductor processes are complex with many influencing factors and intricate relationships, requiring极EEprecision control and highly reliable, interpretable data analysis results. However, there are few big data application examples in the industry, lacking depth in combining business with big data technology, and a scarcity of talent with OT and IT skills, as well as professional data mining and analysis tools.

4. Quality Relies on Manual Experience

Yield is the lifeline of the semiconductor industry, but most factories rely on manual experience for quality monitoring. Subjective human inspection leads to large quality deviations, slow speed, high labor intensity affecting accuracy and efficiency, limiting overall productivity. High staff turnover, long training times, and rising labor costs make manual methods unsustainable.

Solutions

1. Equipment Control Management System
Through secondary development of device interfaces and software using IoT sensors, compatible with international standard communication protocols, real-time high-frequency data collection enables centralized equipment permission management, material control, program parameter verification, automatic production control, and equipment alarm and life management.

2. Production Execution Dispatching System
Model and manage factory basic information; verify process accuracy, equipment, and control wait times to prevent quality decline from excessive waiting, reduce whole-batch yield risk and wafer cost; real-time aggregation of core production reports on production and quality, multi-dimensional analysis to display factory status, and management analysis from manufacturing, process, quality, and equipment departments.

3. Quality Yield Monitoring System
Built on proprietary technology, it establishes a modern quality management system, addressing quality issues from a full industry chain perspective, meeting high-quality product demands. Implements a quality control system for正吁Emonitoring of supplier, incoming material, R&D, lab, process, shipment, and customer quality, and reverse异常 traceability, optimizing processes, reducing quality risks, and minimizing waste costs.

4. Dongzhi Digital Factory Operating System GOS
GOS is a technological driver empowering enterprise digital transformation, promoting factory智能匁Eupgrade. It provides next-gen core capabilities including cloud computing, industrial IoT, industrial big data, industrial AI, industrial RTC/AR/VR, blockchain, and RPA.

Related Products

Customer Value

Cases

Learn More Cases>

Whole Factory Computer Integrated System (CIM) Solutions Empower Building China's Benchmark 8-inch Semiconductor Factory

Semiconductor manufacturing, as a high-precision industry, has high process stability requirements, high equipment efficiency needs, and strong inter-process correlations, with each step generating大釁Edata. In the wave of domestic chip replacement, optimizing processes, reducing defect rates from complexity, and improving chip quality and reliability are core challenges for Chinese semiconductor companies.

Gechuang Dongzhi and the customer deeply analyzed the whole factory manufacturing process and operational requirements, providing integrated CIM solutions, using digital transformation and industrial internet technologies to enhance competitiveness, integrate process data, achieve end-to-end planning, procurement, and manufacturing pull-through, rapid internal and external system coordination to address challenges. Gechuang Dongzhi planned a 3-phase信息匁Eproject for the 8-inch factory, starting from core production and operational needs, gradually integrating EAP, MES, SPC, EQP, OEE systems, and future needs like FDC, QMS, MCS, DSP, APS, RPT systems for whole factory IT integration.
Gechuang Dongzhi CIM solutions enabled dynamic equipment management, precise logistics, efficient plan coordination, transparent production execution, and accurate quality traceability;同时, Gechuang Dongzhi's high-availability, reliable industrial internet platform helped customers推迁Edigital transformation step by step, applying IoT, AI, and big data platforms to accelerate十E from high-end manufacturing to high-end smart manufacturing.

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