SECS/GEM Solutions for OEM Equipment Manufacturer

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Low-code development, accelerating time-to-market.

Accelerate Semiconductor Equipment Integration with OEM SECS/GEM Solutions

For semiconductor equipment manufacturers, getting tools onto the fab floor means clearing a checklist that grows longer every year. SEMI compliance, GEM300 readiness, MES connectivity, and smart factory compatibility are now baseline requirements at most fabs, and building for all of them in-house is slow and resource-intensive.

Insphere’s OEM equipment solutions offer a faster, more reliable path. Built around production-proven SECS/GEM SDKs and low-code development frameworks, our software shortens integration timelines, automates compliance documentation, and lets engineering teams focus on what they build rather than how it communicates.

From new product development to legacy upgrades, our solutions scale with your roadmap.

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Our Products

NxSphere® GEM Icon

NxSphere® GEM

Fast, Reliable, and Developer-Friendly SECS/GEM Driver

Overview:

NxSphere® GEM is a robust SECS/GEM driver and host integration software for equipment makers requiring fully SEMI E30, SEMI E37, and E5-compliant communication. Built as a developer-friendly SECS/GEM SDK, it shortens integration time and ensures seamless interoperability between tools and hosts in semiconductor fabs.

Highlights:

Intelligent API for asynchronous SECS/GEM operations.

Full GEM service support: events, alarms, recipes, remote command, data collection, spooling, state model, and the latest Large Recipe (Stream 21).

Visual Model Builder for easy configuration and auto generated documentation. Built-in simulator and SML LogViewer for validation and debugging.

Recommended for:

General semiconductor equipment (200 mm and below).

Backend tools, such as Die Bonders, Wire Bonders, AOI, Vision, Laser Markers, and Testers.

The foundation for seamless, fab-proven SECS/GEM host communication. Smart, scalable, and ready to deploy.
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NxSphere® GEM300 Icon

NxSphere® GEM300

Complete 300mm Equipment Automation Made Simple
Overview: Built on NxSphere® GEM, NxSphere® GEM300 is a comprehensive GEM300-compliant driver supporting full 300mm tool compliance with all major SEMI standards (E87, E90, E94, E40, E116, and more). It simplifies object modeling, process job management, and host coordination for semiconductor tool automation while offering fast deployment and high maintainability.

Highlights:

All features of NxSphere GEM.

Integrated GEM300-compliant driver with object-based modeling.

Automatic state machines with persistence and recovery.

Model Builder for visual configuration and instant documentation.

Recommended for:

300 mm wafer processing tools (Etch, Metrology, CMP, and more).

Tools with automated handling systems (OHT, AGV).

Accelerate fab qualification with a fully-integrated, GEM300-compliant automation platform.
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NxSphere GEMBridge

NxSphere® GEMBridge

Unified Gateway Between SECS/GEM and PLC/OPC UA

Overview:

NxSphere® GEMBridge acts as an industrial protocol bridge, connecting PLC, SCADA, or Modbus systems to SECS/GEM factory hosts. It delivers fast, code-free PLC-to-SECS/GEM integration, turning PLC-based or hybrid machines into fully SECS/GEM-compliant equipment without rewriting control logic.

Highlights:

PLC-to-SECS/GEM and Modbus to SECS/GEM gateway.

Visual tag-to-GEM mapping (status vars, CEIDs, alarms, host commands).

Admin Panel for deployment and monitoring.

One-click documentation generation for SEMI-compliant specs.

Recommended for:

PLC-driven or hybrid tools requiring rapid SECS/GEM enablement through OPC UA mapping.

A no-code, configuration-driven factory integration gateway that connects OPC UA and SECS/GEM with minimal effort.
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    Why OEM Equipment Manufacturers Need SECS/GEM Compliance

    Why OEM Equipment Manufacturers Need SECS/GEM Compliance

    Semiconductor fabs run on standardized communication, and equipment that doesn’t meet SEMI requirements simply doesn’t qualify. The pressure to comply is growing, driven by several converging factors.

    Most fab customers require full SECS/GEM compliance as a condition of tool qualification. Equipment that can’t communicate with the factory host won’t make it past the evaluation stage.
    Standards like SEMI E30, E37, E87, and E94 define how tools report status, handle alarms, manage recipes, and coordinate with host systems. Full compliance across all applicable standards is expected.
    Advanced 300mm fabs require GEM300 compliance, covering carrier management, substrate tracking, and process job coordination beyond what base GEM provides.
    Factory hosts and MES systems depend on SECS/GEM to collect equipment data in real time, automate recipe delivery, and manage production workflows end to end.

    As fabs adopt smart manufacturing, equipment must support real-time data streaming, analytics integration, and automated workflows to remain competitive.

    Challenges OEMs Face with Semiconductor Equipment Communication

    Building SECS/GEM from scratch remains one of the most underestimated tasks in equipment development. What looks manageable early in a project tends to expand significantly as compliance requirements and host compatibility demands accumulate.

    Writing protocol drivers from scratch takes months and pulls engineering resources away from core product work.

    Accurately meeting all required SEMI standards and producing the documentation needed for fab qualification is time-consuming without purpose-built tooling.

    Different fabs run different MES and EAP configurations, creating ongoing compatibility work that consistently falls on the OEM.

    Without a dedicated SDK, teams spend considerable time on debugging, testing, and documentation that could otherwise be automated.

    Supporting Industry 4.0 & Smart Factory Automation

    Beyond basic connectivity, today’s fabs expect equipment to actively participate in factory-wide intelligence. OEM communication software plays a central role in making that possible.
    Equipment data flows directly into MES, SPC, and RMS platforms, enabling automated scheduling, lot tracking, and process control.
    Continuous status updates, alarms, and event data give operators and engineers immediate visibility across the production floor.
    Equipment performance data supports early fault detection and planned maintenance before unplanned downtime occurs.
    Remote control, event-driven responses, and recipe automation reduce manual intervention at every stage of production.
    Our SECS GEM software integrates with analytics platforms, cloud dashboards, and SPC systems, supporting broader Industry 4.0 initiatives as they evolve.
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    Benefits of Using OEM SECS/GEM Software Solutions

    Choosing purpose-built SECS/GEM software changes the economics of equipment development. Rather than treating communication compliance as a recurring project burden, OEMs gain a repeatable, scalable foundation they can deploy across their entire product line.

    Faster fab qualification

    Pre-validated, SEMI-compliant SDKs reduce the testing and documentation effort required for fab approval.

    Reduced development effort

    Low-code tooling and ready-made protocol drivers compress months of custom development into days.

    Improved interoperability

    Standardized communication ensures tools perform consistently across different fab environments and host configurations.

    Simplified compliance

    Auto-generated GEM manuals and visual model builders keep documentation accurate without manual effort.

    Scalable integration

    Solutions support everything from single-tool pilots to full factory deployments without architectural changes.

    Shorter time to market

    Less time spent on communication infrastructure means more engineering capacity for product features and differentiation.

    Industries We Support

    Semiconductor manufacturing is our core focus, but the same equipment communication challenges exist across a wide range of high-tech industries:

    Semiconductor manufacturing (OEM tools and fab integration)

    Photovoltaic and solar manufacturing

    Electronics manufacturing

    SMT production lines

    Optoelectronics

    Industrial automation

    Wherever equipment must communicate reliably with factory systems at scale, our solutions bring the same standards-based connectivity and low-code deployment approach. Additionally, for facilities managing older tools, our legacy equipment automation solutions extend that connectivity without requiring hardware or software changes.

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    Empowering Smarter Factories Through Seamless Integration

    Common Use Cases for OEM Equipment Communication Solutions

    OEM equipment communication software supports a broad range of integration scenarios, from new tool deployments to legacy system upgrades. Here are some of the most common applications:

    Integrating new semiconductor tools into fab environments with existing SECS/GEM host systems

    Enabling SECS/GEM compliance for OEM equipment during product development

    Upgrading legacy tools to meet current SEMI communication standards

    Connecting PLC-driven or Modbus-controlled machines to factory hosts through OPC UA

    Supporting automated recipe management, alarm monitoring, and remote control workflows

    Accelerating GEM documentation generation for fab qualification and customer acceptance

    Why Choose Insphere Technology for OEM Equipment Solutions

    With deep roots in semiconductor communication and a global installed base spanning leading fabs and OEMs, Insphere brings a level of domain expertise that generic integration tools simply can’t match. Here’s what sets us apart:

    Proven experience

    More than 15 years in semiconductor communication, with over 13,000 installations across fabs and OEMs worldwide.

    Built for OEMs

    Our SDKs are designed specifically for equipment makers, with low-code development that reduces engineering ramp-up time significantly.

    Full SEMI standard coverage

    From base GEM to GEM300, our products address the complete spectrum of SEMI communication requirements.

    Minimal training required

    Intuitive tooling and clear documentation mean teams can implement SECS/GEM without deep protocol expertise.

    Long-term compatibility

    Regular updates and a scalable architecture keep our solutions aligned with evolving fab requirements and SEMI standards.

    Dedicated OEM support

    Technical support throughout the integration lifecycle, from initial implementation to full production deployment.

    Frequently Asked Questions About Our OEM Equipment Solutions

    SECS/GEM is a set of SEMI communication standards that defines how semiconductor equipment exchanges data with factory host systems. It governs equipment status reporting, alarm handling, recipe management, and remote commands, and is required for tool qualification at most semiconductor fabs.
    SECS/GEM establishes a common communication standard between equipment and factory hosts, enabling consistent data collection, automated recipe delivery, and real-time event reporting. This reduces manual intervention and creates a reliable foundation for scalable automation across the production floor.
    A SECS/GEM SDK provides pre-built, SEMI-compliant protocol drivers that eliminate the need to develop communication software from scratch, shortening timelines, reducing engineering effort, and ensuring compliance accuracy from the start of development.
    With a purpose-built SDK like NxSphere® GEM, most implementations take days to weeks. Low-code tooling, built-in simulators, and auto-generated documentation significantly reduce development and validation time.
    Yes. SECS/GEM software bridges equipment and factory systems like MES, SPC, and RMS, routing real-time equipment data to support production tracking, process control, and quality management workflows.
    Yes. NxSphere® GEMBridge connects PLC and Modbus controllers to SECS/GEM factory hosts via OPC UA mapping, without modifying existing control logic or writing custom protocol code.
    Most semiconductor fabs require full SECS/GEM compliance before approving equipment for production. Compliance ensures tools integrate with factory host systems and reduces onboarding effort for fab customers during the qualification process.
    GEM (SEMI E30) defines the base equipment communication behaviors required for semiconductor tools. GEM300 extends this for 300mm environments, adding advanced object models for carrier management (E87), substrate tracking (E90), and job management (E40, E94).

    Yes. Solutions like NxSphere® GEMBridge and NxSphere® DEX connect older equipment to SECS/GEM factory hosts without hardware modifications, using OPC UA mapping or non-intrusive data capture through existing video output interfaces.

    Semiconductor manufacturing is the primary use case, but OEM equipment communication software is also used in photovoltaic and solar, electronics, SMT production, optoelectronics, and industrial automation wherever standardized machine-to-host communication is required.