Public Proof

Semiconductor Equipment Software Experience & Evidence

More than 30 years across Windows Tool Control Software, SECS/GEM, GEM300, automation, factory integration, equipment commissioning, and sustained production support.

This page separates approved public facts from customer-confidential work. Named client experience does not imply sponsorship, partnership, certification, or endorsement.

Verifiable Experience

Semiconductor Software Experience You Can Evaluate

Specific engineering experience, approved project evidence, and framework knowledge—presented without implying customer endorsement.

More than 30 years

Semiconductor equipment software architecture, development, and production support.

Production equipment software

Tool Control Software, motion, vision, robotics, process control, and factory integration.

Factory Host validation

Simulator testing, factory Host validation, FAT, SAT, commissioning, and long-term operation.

Framework-flexible delivery

Cimetrix products, PEER Group EIB OEM, KodeGEM DDL, and existing Windows architectures.

Selected Engineering Experience

Tokyo Electron logo — selected engineering experienceNXQ logo — selected engineering experienceMilara logo — selected engineering experienceLithoptek logo — selected engineering experience
  • TELApproved prior semiconductor engineering experience.
  • NXQNXQ8300 next-generation software platform using Cimetrix CIMControlFramework.
  • MilaraBlack Crystal semiconductor Tool Control Software framework.
  • LithoptekCD Optimizer equipment software using the Black Crystal framework.

Company names and marks identify approved prior engineering experience. They do not imply sponsorship, certification, partnership, or endorsement.

Equipment & Disciplines

Experience Across the Equipment Software Stack

Published scope is limited to equipment categories, software disciplines, and technologies approved for public use.

Equipment Categories

  • Lithography
  • Mask alignment
  • Wafer handling
  • CD-SEM metrology
  • Coating and developing
  • Track systems
  • Polish batching
  • Wire bonding
  • Reel-to-reel equipment

Software Disciplines

  • Tool Control Software
  • SECS/GEM and GEM300
  • HSMS
  • Motion control
  • Machine vision
  • Robotics and wafer handling
  • Recipe and process control
  • Alarm and event systems
  • Factory Host and MES integration
  • Legacy modernization
  • FAT, SAT, commissioning, and production support
  • I/O, PLC, and HMI systems

Published Technologies

  • C#
  • .NET
  • WPF
  • C++
  • MFC
  • Windows
Validation Evidence

Factory Host, Acceptance & Production Experience

KodeGEM’s experience includes the test and acceptance stages used to move equipment software into production.

  • Internal simulator and SecsHost testing
  • Customer Host simulator testing
  • Factory Host validation
  • GEM compliance and GEM300 validation
  • Factory acceptance testing
  • Site acceptance testing
  • Production commissioning
  • Long-term production operation

Test plans, traces, acceptance reports, screenshots, and checklists may exist for specific work, but no customer artifact is displayed without separate approval.

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.

StandardCapability areaEvidence statusPublic evidence note
SEMI E127Integrated measurement module communicationsProject experienceProject-backed implementation evidence is held confidentially.
SEMI E95Human-interface integrationProject experienceImplemented as part of the Black Crystal Tool Control Software framework.
SEMI E40Process job managementProject experienceImplemented as part of the Black Crystal Tool Control Software framework.
SEMI E87Carrier managementProject experienceImplemented as part of the Black Crystal Tool Control Software framework.
SEMI E94Control job managementProject experienceImplemented 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.

Approved Case Studies

Selected Projects with Approved Public Detail

Client names appear where approved and otherwise display as “On Request.” Confidential business details, locations, reference contacts, and unsupplied testimonials remain unpublished.

On Request

R&D Die Bonder

Equipment
Specialized equipment for bonding a die to a wafer
Framework
Cimetrix CIMControlFramework
Published outcome
Outcome withheld from public disclosure.
Read case study →

On Request

300 mm Backside Mini Track

Equipment
Mini track with coating, baking, chilling, metrology, exposure, and robotic handling
Framework
Cimetrix CIMControlFramework
Published outcome
Outcome withheld from public disclosure.
Read case study →

On Request

Wafer Bow Metrology Module

Equipment
Integrated metrology module for wafer bow measurement
Framework
Cimetrix CIMControlFramework
Published outcome
Outcome withheld from public disclosure.
Read case study →

On Request

Advanced Dual-Head Exposure Unit

Equipment
Dual-head wafer exposure equipment
Framework
Cimetrix CIMControlFramework
Published outcome
Outcome withheld from public disclosure.
Read case study →

On Request

Mini Track Software Modernization

Equipment
Mini track with coating, baking, chilling, and wafer-flipping modules
Framework
Cimetrix CIMControlFramework
Published outcome
No public outcome was supplied.
Read case study →

NXQ Inc.

NXQ8300 Next-Generation Software Platform

Equipment
300 mm mask aligner
Framework
Cimetrix CIMControlFramework
Published outcome
The machine shipped to Micron.
Read case study →

Milara Inc.

Black Crystal Semiconductor Tool Software Framework

Equipment
Tool Control Software framework for multiple semiconductor equipment categories
Framework
.NET, WPF, and PEER Group EIB OEM
Published outcome
Delivered as Milara’s Black Crystal semiconductor Tool Control Software framework.
Read case study →

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