Distributed Architecture Cluster Device Control Platform Software
Componentized, visual development
Software framework that meets industry standards for semiconductor equipment
Highly customizable
Support Win7/8/10 and Linux and other operating systems, support cross-platform
Configuration Tool
Configuration File
Expansion Library (Computing)
.NET
Dispatch (I.E. Organize The Distribution of Vehicles)
GUI Component
Formulation Check
The platform itself can be extended to meet specific user needs
Built-in Generic Scheduling Engine
Material-Driven, generates scheduling instructions based on the real-time status of wafer and other materials.
Follows SEMI standard defined models for easy FA integration
Process/Control Job
Configurable Prioritization By Unit
Support For External Modules (E.G. Photolithography)
Simulation Model
Customizable
Prioritization Strategy, Path Adjustment
Mission-specific
Clean、Dummy、Mapping,Etc.
Built-in Generic Scheduling Engine
Multi-node Distributed IO Services
IO and Memory Type Variables
Persistent Storage
Expression Calculation Function
Interlock Function
Output Check (OUT_CHECK)
Output Linkage (OUT_ACTION)
Input Check (IN_CHECK)
IO Configuration Tool
Supports Browsing, Editing, Monitoring, Etc.
Driver library and enumeration value configuration management
Simulation Mode
CTF
Granite Platform
IEQ
Device Communication Conversion Module
Granite Platform
For semiconductor equipment specifically designed for domestic equipment software platform, support cross-platform deployment, distributed deployment, modular design, plug-in, support for GUI free configuration creation, easy to expand, support for customization, assisting equipment manufacturers to quickly launch the device
CTF (Cluster Tool Framework) Granite Platform
FA (Fab Automation) Granite Platform FA module, interfacing with Fab automation system (EAP system or MES system).
Key equipment technology is restricted by foreign countries, need to accelerate the localization process to ensure the security and stability of the supply chain
Fierce competition, domestic equipment manufacturers need to improve technical strength and influence
Increasingly diversified market demand for equipment, requiring rapid response and customized services
High R&D costs and lack of specialized personnel limit technological breakthroughs and innovation capabilities
Accelerated Equipment Product LaunchProvide equipment software package, shorten the GTM time of equipment manufacturers, and quickly respond to the market
Enhancing The Customer ExperienceSupport for custom development, to meet the individual needs of the software after-sales protection
Independent and ControllableExternal dependence, a number of 12-inch Fab factory mature case verification, to ensure that the system is controllable and safe.
Semiconductor
Through iEQ, PLC or board data is converted into standard SECS/GEM, and communication is established with the upper system so that the upper system can do the exchange of information, data collection, process control and other responses to the functional requirements of the equipment.
Rich Interface and Good Compatibility
Provide a variety of connection methods, including RJ45, USB, RS232, RS485, RS422 and other industrial interfaces
Expandable and Easy to Customize
Reserve rich interfaces, support Restful, WebService, Socket, Datebase and other interaction modes.
Plug and Play, Easy Configuration
Simple installation and deployment, plug and play; configuration through the WebClient, powerful, flexible configuration, real-time effective
Powerful, Stable and Efficient Performance
Fully compatible with SECS/GEM standard function interface, 7x24 hours uninterrupted stable operation, high data transmission performance
Support Mainstream PLC, A Variety of Communication Protocols
Supports a number of mainstream PLC manufacturers, including Mitsubishi, Omron, Siemens, Keens and so on. Covers commonly used device communication protocols such as MC protocol, Fins protocol, S7 protocol, Modbus protocol, TCP/IP protocol, serial port protocol, etc.
Deep Integration and Standardization of Equipment
Deep integration with equipment, providing standard SECS/GEM interface, can be directly and seamlessly integrated with EAP/MES and other upstream systems to realize information transmission, data collection, process control and other functions
Semiconductor
PCB
