On Request
R&D Die Bonder
Cimetrix CIMControlFramework
- EFEM software and integration
- Equipment workflow design
- Drivers for experimental components
- Vision pattern-recognition software
Project standards: Core SECS/GEM
Review project evidence →Framework Experience
Framework-Flexible Semiconductor Software Development
Framework-flexible development using Cimetrix products, PEER Group EIB OEM, KodeGEM DDL, or an existing Windows equipment-software architecture.
The framework is selected around the equipment, existing licenses, factory interfaces, lifecycle, and long-term support strategy—not around a forced migration.
Verified Options
Commercial Products, KodeGEM DDL & Existing Software
The entries below describe supplied project experience. They are not vendor relationship or certification claims.
Cimetrix Software Products
CimetrixProject experience with PDF Solutions’ Cimetrix equipment-software products for Tool Control Software and factory communication.
- CIMControlFramework
- CIMConnect
- CIM300
- CIMPortal
- Sapience / Interface A
- New equipment-software development
- Extension of existing Cimetrix applications
PEER Group EIB OEM
EIB OEMProject experience implementing equipment connectivity and factory-host communication with PEER Group EIB OEM.
- Equipment-to-host connectivity
- SECS/GEM
- GEM300
- Factory Host integration
- Equipment communication interfaces
- Existing EIB implementation support
KodeGEM Device Driver Library
DDLA project-backed library of real-world-tested equipment drivers used with Cimetrix CCF, PEER Group EIB OEM, or standalone Windows solutions.
- Robots and prealigners
- FOUP interfaces and sensors
- PLCs and mass flow controllers
- Spin coaters and ovens
- Stage controllers
- Cameras
Existing and Legacy Software
Extend, troubleshoot, or modernize established equipment software without forcing an unnecessary rewrite or framework migration.
- Existing C# and .NET systems
- Legacy C++ applications
- MFC and older Windows architectures
- VB and Pascal codebases
- Incremental modernization
- Protocol and integration upgrades
Framework and platform selection depends on the customer’s existing licenses, technical requirements, equipment lifecycle, internal expertise, and factory-integration needs. Third-party product names identify project experience and do not imply endorsement, certification, partnership, or reseller status.
Search by SEMI Standard
Enter a designation or common name to find identified Cimetrix, PEER Group, and KodeGEM evidence. Results describe evidence—not certification or complete conformance.
Examples:
Don't see your requirement? Need this Standard added to your Equipment?
Project Application
Framework Choices in Approved Public Projects
Named clients appear where approved; other client names display as “On Request.” Only non-confidential framework and scope details are shown.
On Request
300 mm Backside Mini Track
Cimetrix CIMControlFramework
- Full-system Tool Control Software
- Existing software modernization
- Cimetrix CIMControlFramework implementation
- Multiple robot and process-module integration
Project standards: Core SECS/GEM
Review project evidence →On Request
Wafer Bow Metrology Module
Cimetrix CIMControlFramework
- Complete Tool Control Software
- Measurement algorithms
- Python-to-C# algorithm modernization
- Integrated metrology communications
Project standards: Core SECS/GEM, E127
Review project evidence →On Request
Advanced Dual-Head Exposure Unit
Cimetrix CIMControlFramework
- C++-to-C# software modernization
- EFEM software development
- Integrated measurement module communications
- Equipment integration support
Project standards: Core SECS/GEM, E127
Review project evidence →On Request
Mini Track Software Modernization
Cimetrix CIMControlFramework
- Complete Tool Control Software rewrite
- Cimetrix CIMControlFramework implementation
- Equipment-driver development
- Process-module and flipper-station integration
Project standards: Core SECS/GEM
Review project evidence →NXQ Inc.
NXQ8300 Next-Generation Software Platform
Cimetrix CIMControlFramework
- Software architecture
- Tool Control Software development
- Framework replacement
- SECS/GEM integration through Cimetrix CIMControlFramework
Project standards: Core SECS/GEM
Review project evidence →Milara Inc.
Black Crystal Semiconductor Tool Software Framework
.NET, WPF, and PEER Group EIB OEM
- Framework architecture
- .NET and WPF development
- Equipment and device integration
- SECS/GEM integration through PEER Group EIB OEM
Project standards: E95, E40, E87, E94
Review project evidence →Project-Backed Standards
Standards Experience with Identified Project Evidence
This initial matrix is intentionally limited to standards tied to supplied project evidence. It does not claim every possible standard or reproduce SEMI standard text.
| Standard | Capability area | Evidence status | Public evidence note |
|---|---|---|---|
| SEMI E127 | Integrated measurement module communications | Project experience | Project-backed implementation evidence is held confidentially. |
| SEMI E95 | Human-interface integration | Project experience | Implemented as part of the Black Crystal Tool Control Software framework. |
| SEMI E40 | Process job management | Project experience | Implemented as part of the Black Crystal Tool Control Software framework. |
| SEMI E87 | Carrier management | Project experience | Implemented as part of the Black Crystal Tool Control Software framework. |
| SEMI E94 | Control job management | Project experience | Implemented as part of the Black Crystal Tool Control Software framework. |
Applicable standards depend on the equipment type, factory requirements, and project scope. Additional standards will be added only after their public evidence status is reviewed.
Third-Party Product Disclaimer
Framework and platform selection depends on the customer’s existing licenses, technical requirements, equipment lifecycle, internal expertise, and factory-integration needs. Third-party product names identify project experience and do not imply endorsement, certification, partnership, or reseller status.