Industrial Industry
Semiconductor
Deterministic, High-Performance Connectivity for Advanced Fab Operations
Semiconductor manufacturing facilities producing today’s advanced chips and microchips require some of the most precise, deterministic, and performance-sensitive networks in the industrial world. Wafer-fab tool connectivity, cleanroom automation, inline inspection systems, advanced robotics, and real-time analytics all depend on secure, low-latency, and continuously available communication. As fabs adopt Time-Sensitive Networking (TSN), private 5G, and digital-twin architectures, the network becomes a yield-critical component of the production environment.
INS designs and supports semiconductor manufacturing networks tailored for nanosecond-level timing, high-volume data movement, and cleanroom-ready deployment. Our solutions help fabs increase throughput, integrate advanced automation, secure OT and IT boundaries, and build digital-ready foundations that support ongoing process evolution.
Cleanroom space is limited, tightly controlled, and exceptionally expensive. Dense clusters of lithography, etch, deposition, and metrology tools impose strict physical and environmental requirements. Network infrastructure must deliver ultra-reliable tool connectivity, minimize footprint, support cleanroom-rated cabling, and transport high-bandwidth inspection and sensor data without disrupting tool performance.
INS develops fab-floor network architectures that integrate into constrained tool bays and automated material-handling paths, aligning network performance with tool-level operational requirements.
Yield improvement depends on fast, accurate data. Semiconductor operations generate massive volumes of process-control data, inspection results, environmental telemetry, and tool-health metrics, often analyzed in real time.
INS designs deterministic backbone networks and cleanroom-friendly data paths that support transport of yield-critical information with minimal latency. These architectures help enable tighter control loops, faster fault detection, and predictive-maintenance workflows using edge-based data processing.
Next-generation fabs increasingly deploy TSN, private 5G, wireless factory networks, and hybrid wired/wireless tool connectivity. These technologies support higher device density, reconfigurable cleanroom layouts, and mobile diagnostics but introduce strict latency and synchronization requirements.
INS supports semiconductor environments with wired and wireless infrastructure designed to maintain deterministic timing across fab-floor communication paths, enabling AMHS fleets, autonomous inspection systems, and mobile tool operations while preserving performance stability.
New and expanding fabs must support rapid cleanroom buildouts, fast tool installation, multi-fab data integration, secure remote access, and long-term modernization. Network infrastructure must scale predictably as capacity grows and process nodes evolve.
INS designs high-availability network architectures that accommodate expansion while maintaining operational stability and cleanroom integrity. Deployment follows disciplined OT network configuration and installation practices suited for controlled fab environments.
The wired backbone is the deterministic core of every wafer fab. INS designs low-latency Ethernet environments with redundant topologies, TSN-ready pathways, and cleanroom-optimized cabling that support continuous tool communication across the fab floor.
These foundations are validated through OT network commissioning & validation processes aligned with strict uptime requirements.
As fabs introduce mobile automation, AMHS fleets, and reconfigurable workcells, wireless infrastructure plays an expanding role. INS deploys private 5G, industrial wireless, and hybrid wired/wireless architectures designed to maintain stable timing and reliable handoffs in dense device environments.
Smart-fab and digital-twin initiatives depend on high-quality, real-time data. INS supports these programs with architectures that enable edge processing, continuous sensor ingestion, predictive analytics, and secure integration with fab data centers and historians.
Semiconductor fabs combine legacy tool protocols, high-value automation systems, and modern enterprise analytics, all of which require structured segmentation. INS implements hardened OT environments, role-based access controls, secure remote-access workflows, and monitoring strategies to protect sensitive production systems while supporting controlled data exchange.
Why Choose INS for Your Semiconductor Manufacturing Network
Semiconductor manufacturers choose INS for our experience supporting high-availability industrial environments. INS provides:
Experience supporting high-density, high-availability manufacturing facilities
Knowledge of deterministic Ethernet, TSN, and semiconductor automation connectivity
Engineers familiar with tool integration, OT cybersecurity, and advanced manufacturing systems
Lifecycle services spanning design, installation, commissioning, and long-term support
Vendor-neutral integration across diverse fab tools and platforms
Insight drawn from other ultra-high-availability industrial sectors
High-Availability Manufacturing
Deterministic & TSN Networks
Tool & OT Integration
Lifecycle Support
Vendor-Neutral Integration
Ultra-High Uptime Expertise
INS supports semiconductor networks designed for yield performance, operational stability, and long-term scalability.
INS Semiconductor OT Services Customers Include:
Talk to Us About Your Fab Network Strategy
Whether you’re building a new semiconductor facility, expanding a cleanroom, integrating next-generation automation, or enabling real-time digital-fab visibility, INS designs deterministic, high-reliability networks tailored to support your production and yield goals.