2026.11.13

7-6. Thermal Management for 3D Integration (Part 2) ― The More Semiconductors Are Stacked, the Harder the “Path for Getting Heat Out” Becomes ―

In Part 1, we looked at the structural problem that 3D integration crowds heat s... Read More

• 3D Packaging
• Chiplets
• Heat
• Thin TIM
• Precision Lamination
• Heat Path Design
• Next-Generation Cooling

2026.11.13

7-6. Thermal Management for 3D Integration (Part 1) ― The More Semiconductors Are Stacked, the Harder the “Path for Getting Heat Out” Becomes ―

Miniaturization is not the only way to improve semiconductor performance. Multi... Read More

• 3D Packaging
• Chiplets
• Heat
• Thin TIM
• Precision Lamination
• Heat Path Design
• Next-Generation Cooling

2026.11.13

Chapter 5: Researcher/Developer and Shop-Floor Perspectives ― Why Doesn’t It Cool as Theory Predicts?
5-1. Why It Doesn’t Cool Even Though Thermal Conductivity Is High ― Material Specifications and Actual Heat Dissipation Performance Are Not the Same ―

When choosing thermal management materials, there is a number that many people l... Read More

• Heat
• High Thermal Conductivity Sheets
• Thermal Resistance
• Heat Path Design
• Thermal Conductivity
• Contact Thermal Resistance
• Heat Dissipation Failure

2026.11.13

3-7. Using Thermal Insulation and Heat Dissipation Materials Appropriately ― Thermal Management Is Not About Cooling, but About Controlling Heat ―

When people think of thermal management, they tend to think only of releasing he... Read More

• Heat
• Thermal Management Materials
• Mica
• Aerogel
• Thermal Management
• Thermal Insulation
• Heat Path Design

2026.11.12

1-4. What Is Thermal Resistance? ― Why Places Where Heat Has Difficulty Flowing Can Stop Future Industries ―

Last time, we established that heat moves in three ways: 1. Thermal conduction ... Read More

• Heat
• Hot Spot Control
• Heat Trapping
• Thermal Resistance
• Heat Path Design
• Air Layers
• Thermal Conductivity