Mapping your insights: Spatial analytics for high-tech manufacturing with Spotfire® Industry Pro

In high-tech manufacturing, location is never just position; it's process context. Wafers, dies, equipment, process steps, inspection points, and defects all exist in spatial relationships. Understanding how these elements interact is critical for improving yield, diagnosing variability, and optimizing production performance.

Yet many mapping capabilities available in analytics tools are designed primarily for visualization rather than investigation. Spotfire® Industry Pro approaches spatial analytics differently by embedding spatial context directly into investigative workflows, enabling fab engineers to explore relationships among wafer structures, process conditions, and quality outcomes in a single environment.

The result is spatial analytics that helps teams discover insights, surface risks early, and drive operations forward.

Spatial intelligence for complex manufacturing workflows

Manufacturing decisions rarely depend on a single dataset.

Yield, quality, and ultimately product performance are influenced by processing conditions, process tool state, and material variability. These factors manifest as spatial patterns across the wafer. Understanding how these relationships evolve requires combining spatial context with process and test data.

Spotfire Industry Pro enables teams to bring these elements together by integrating:

• Wafer maps and die-level data
• Defect density and spatial distributions
• Equipment and tool context
• Process parameters and step-level data
• Electrical test and binning results
• Inline inspection and metrology data

Instead of working across disconnected systems, engineers can explore these datasets within a single analytical workflow, connecting spatial patterns with process behavior. These workflows reflect how engineers actually work; moving iteratively from screening to comparison, and from visualization to root-cause investigation. Spatial context becomes part of the analytical reasoning process, not just a visual reference.

This allows teams to quickly investigate questions such as:

• Why are defects clustering in specific wafer regions?
• How do spatial signatures correlate with specific tools or process steps?
• Which process conditions are driving yield variation across wafers or lots?

By connecting spatial data with process and test signals, Spotfire Industry Pro transforms wafer maps from static visuals into interactive analytical environments.

Designed for real manufacturing data

High-tech manufacturing workflows involve complex spatial data that extends far beyond simple coordinate systems.

Spotfire Industry Pro supports these realities with capabilities designed specifically for industrial environments, including:

Multi-layer spatial analysis – Overlay wafer maps, defect patterns, tool context, and process metrics within a single interactive view.

Integrated process and test analysis – Combine spatial views with parametric trends, test results, and yield distributions to understand how performance evolves.

Dynamic linking across analytics – Selections in spatial views instantly update related charts, enabling rapid exploration of root causes.

Advanced analytics within spatial workflows – Apply statistical methods, machine learning, and pattern recognition directly within spatial analysis.

Interactive performance at scale – Analyze large volumes of wafer-level and die-level data while maintaining responsiveness during investigation.

These capabilities enable manufacturing teams to move beyond visualization toward true spatial investigation of process behavior.

High-tech manufacturing decisions are inherently cross-disciplinary. Yield engineers, process engineers, equipment engineers, and quality teams all rely on spatial context to interpret data and act. Teams are provided with a shared analytical environment where they can explore the same spatial context while applying their own expertise. Instead of passing data between siloed tools or static reports, experts can collaborate within a single interactive analysis, improving alignment and accelerating decision-making.

Visual industrial analytics for manufacturing

Spotfire Industry Pro spatial analytics are part of the broader Spotfire platform for visual industrial analytics, designed for environments where data is complex and decisions directly impact yield, quality, and throughput.

By combining:

• Interactive visual exploration
• Industry-native analytics
• Advanced analytics
• Explainable intelligence

Spotfire enables manufacturing teams to connect spatial context with process data and analytical models in one environment.

The result is faster insight discovery, earlier detection of variability, and more confident decisions across production operations.

Discover Insights. Surface Risks Early. Drive Operations Forward.

In high-tech manufacturing, the ability to detect spatial patterns early can significantly impact yield and efficiency.

Spotfire Industry Pro spatial analytics help teams:

Discover insights by revealing relationships between wafer patterns, process conditions, and test results.

Surface risks early by identifying emerging defects, variability, and drift across production.

Drive operations forward by connecting spatial intelligence with yield improvement and process optimization decisions. Learn more about how Spotfire Industry Pro supports manufacturing workflows and cross-disciplinary decision-making. Explore and experience Spotfire Industry Pro today.