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PERA Global

Explore the supplier’s public information and its documented technical solutions.

Research candidate · suitability unconfirmed

Unclaimed company profile based on public research. Supplier endorsement and project-level performance are unconfirmed.

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Catalog solutions · 2

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Simulation and modeling

PERA SIM Mechanical package warpage simulation

Potential engineering use: [Cooling-stage warpage reversal in large 2.5D FCBGA] Compare material, stack and thermal-history effects on cooling curvature.

Research candidate · suitability unconfirmed

Official public page; sample suitability remains unconfirmed.

Research checked: 2026-10-15

Potential uses by engineering problem

Warpage reversal during cooling in large 2.5D FCBGA packages

Compare material, stack and thermal-history effects on cooling curvature.

Require heating/cooling data, cure shrinkage and viscoelastic properties; room-temperature flatness does not establish reversal behavior.

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Simulation and modeling

PERA SIM Therm electronics cooling simulation

Potential engineering use: [Uneven TIM/heatspreader contact and local hot spots] Compare initial contact, bond-line thickness, pressure and TIM forms. [HBM stack thermal coupling and layer temperatures] Compare layer power, temperature observability and thermal models.

Research candidate · suitability unconfirmed

Official search index; confirm the full page and specifications.

Research checked: 2026-10-15

Potential uses by engineering problem

Uneven heat-spreader contact and local hot spots in multi-die packages

Compare initial contact, bond-line thickness, pressure and TIM forms.

Normalize power and cooling boundaries; bulk conductivity is not package thermal resistance.

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Thermal coupling and layer temperatures in HBM stacks

Compare layer power, temperature observability and thermal models.

Require identifiable layer heat sources and calibration; surface images are not buried-layer temperatures.

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