Semiconductor Operations
Connect design intent, wafer and die genealogy, equipment, recipes, inspection, yield, quality, supply and cost across semiconductor manufacturing.
Semiconductor Operations begins with the operating decision
Semiconductor operations combine long process routes, re-entrant flow, equipment variability, precise material genealogy and high-cost yield loss. The solution preserves device-level identity and evidence while coordinating business and physical consequences.
How the solution works
The solution composes product-owned capabilities in an explicit sequence. No stage silently acquires another product's authority.
Plan and qualify
Connect design, process, mask, recipe, material, equipment and capacity assumptions.
Execute and inspect
Track wafer, die, lot, tool, route, measurement, defect and disposition evidence.
Improve and supply
Relate yield, maintenance, change, supplier, inventory, delivery and financial consequence.
Responsibilities and boundaries
- GenealogyWafer, die, lot, substrate, package and final unit retain transformation lineage.
- MeasurementUnits, calibration, uncertainty and inspection-model versions remain attached.
- DispatchOptimization uses only qualified lots, tools, recipes, routes and restrictions.
- QualityDetection, review, containment, cause, correction and verified effectiveness remain distinct.
Products that compose the solution
What changes for the organization
Device-level traceability
Follow a die or package back through material, process, equipment and inspection history.
Yield explanation
Compare recipe, tool, material, software and inspection changes against the affected population.
Qualified dispatch
Sequence work using current capacity and constraints without allowing optimization to bypass process authority.
Semiconductor Operations questions
Architecture to delivery
Put this solution to work.
Map your operating constraints with our solutions team and define the right delivery path.