FEATURED CASE | ENGINEERING EVIDENCE FILE
Use cloud parallel solving and standardized benchmark and checking workflows to establish trusted package-reliability validation.
Representative Engineering EvidenceLocal environments cannot support large-scale multiphysics coupling effectively, and results lack a unified benchmark for correlation.
Use cloud parallel solving and standardized benchmark and checking workflows to establish trusted package-reliability validation.
Make the baseline, metrics, validation method, and disclosure boundary explicit—not just the result.
The agreed structure, materials, conditions, and warpage correlation data form the baseline.
Temperature, stress, warpage response, and deviation from the benchmark
Multiphysics result checks, benchmark correlation, and a standard validation report
The customer, design details, and source data are anonymized; the task structure, outcome types, and applicability are disclosed.
Representative Engineering Evidence
Package models, thermal-stress results, warpage correlation, and validation reports
For package tasks with defined materials, structures, conditions, and correlation baselines
