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00Industries

Thermal expertise across the product lifecycle.

Industry-specific thermal challenges — from die-level heat concentration to rack-level power density — mapped to the Siemens Simcenter simulation tools and Simcenter Micred measurement hardware that resolve them.

Semiconductor & IC Packaging

Thermal Ownership Starts Before the Board

3 simulation tools3 measurement tools

Electronics & PCB Systems

Board-Level Thermal Choices Become System-Level Constraints

2 simulation tools2 measurement tools

Automotive & EV

Thermal Performance Drives Reliability, Range, and Power Density

3 simulation tools2 measurement tools

Aerospace & Defense

Thermal Reliability Must Survive Constrained Environments

3 simulation tools2 measurement tools

Medical Devices

Thermal Safety and Reliability Must Be Designed In Early

2 simulation tools1 measurement tools

Data Centers

Thermal Design Has Moved From Rack Airflow to Full-System Power Density

3 simulation toolssimulation-led

Telecom & 5G

Radio and Edge Hardware Push Thermal Limits Outdoors

2 simulation tools1 measurement tools

Industrial Automation & Robotics

Thermal Reliability Protects Uptime

2 simulation tools2 measurement tools

Energy & Power Electronics

Power Density Makes Thermal Validation Unavoidable

3 simulation tools3 measurement tools

LED & Solid-State Lighting

Junction Temperature Governs Flux, Color, and Lifetime

2 simulation tools2 measurement tools

Silicon Photonics & Co-Packaged Optics

Optical Performance Is Thermal Performance

3 simulation tools1 measurement tools

Battery & Energy Storage

Thermal Runaway Is a Systems Problem, Not a Cell Problem

3 simulation tools1 measurement tools

Space & NewSpace

Thermal Control Is Radiation-Dominated and Non-Negotiable

2 simulation tools1 measurement tools

Consumer Electronics

Passive Cooling and Skin-Temperature Limits Define the Envelope

2 simulation tools2 measurement tools