Reach target yield faster by closing the gap between IT and OT in your semiconductor fab

Semiconductor manufacturing is characterized by extreme process complexity, increasing cost pressure, and the need to continuously improve yield, time‑to‑market, and sustainability. At the same time, modern fabs generate enormous amounts of data across production equipment, facilities, and infrastructure systems. However, this data often remains fragmented due to historically evolved and separated IT and OT landscapes, resulting in limited interoperability and data contextualization, high manual effort, delayed decision‑making, and prolonged ramp‑up phases.

This white paper explores how semiconductor manufacturers can overcome these challenges by enabling holistic IT/OT integration. It introduces the concept of the integrated smart fab, where data flows seamlessly and securely from field devices to enterprise systems, creating a unified, real‑time view across production, facilities, and infrastructure. The paper explains how a structured data integration layer enables data harmonization, contextualization, and scalability, and outlines the architectural principles, standards, and solutions required to connect heterogeneous systems in complex fab environments. It also highlights key capabilities enabled by IT/OT integration, including real‑time production monitoring, predictive maintenance, AI‑driven optimization, end‑to‑end traceability, and integrated sustainability management.

Download the white paper to learn how to transform fragmented data into a scalable foundation for high‑performance, data‑driven semiconductor manufacturing.