Media Summary: To compensate for the gradual slowing down of Moore's Law scaling, we need to introduce other techniques. One option is to ... Explores how advanced packaging, including Step into the world of advanced packaging

Stacking Chips Using 3d Heterogeneous Integration - Detailed Analysis & Overview

To compensate for the gradual slowing down of Moore's Law scaling, we need to introduce other techniques. One option is to ... Explores how advanced packaging, including Step into the world of advanced packaging Micross' John Lannon presents on optimizing high-reliability designs in 2.5D [Hook] The era of "free" performance is over. For forty years, we treated the transistor as a zero-cost resource, but the physics of ... In this video we'll be covering AMD's new patent on

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Stacking chips using 3D heterogeneous integration
Advanced Semiconductor Packaging: The Science of Heterogeneous Integration and 3D Stacking
The World of Advanced Packaging
Optimizing Hi-Rel Electronics Design 2.5 3D Heterogeneous Integration & Advanced Interconnect.
Monolithic 3D: Stacking Without Chiplets
AI and Packaging - Enabling HPC with Heterogeneous Integration
Heterogeneous Integration and Advanced Packaging in Semiconductors: Driving Moore's Law Forward
Challenges For Heterogeneous Integration
Not Just Chips: Assembly Solutions for Cost Effective Heterogeneous Integration with Disparate...
Heterogeneous Integration: IC Packaging Optimized
The Post-Silicon Roadmap: 3D Stacking, Neuromorphic Chips, and the Thermal Wall
AMD does 3D stacking
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Stacking chips using 3D heterogeneous integration

Stacking chips using 3D heterogeneous integration

To compensate for the gradual slowing down of Moore's Law scaling, we need to introduce other techniques. One option is to ...

Advanced Semiconductor Packaging: The Science of Heterogeneous Integration and 3D Stacking

Advanced Semiconductor Packaging: The Science of Heterogeneous Integration and 3D Stacking

Explores how advanced packaging, including

The World of Advanced Packaging

The World of Advanced Packaging

Step into the world of advanced packaging

Optimizing Hi-Rel Electronics Design 2.5 3D Heterogeneous Integration & Advanced Interconnect.

Optimizing Hi-Rel Electronics Design 2.5 3D Heterogeneous Integration & Advanced Interconnect.

Micross' John Lannon presents on optimizing high-reliability designs in 2.5D

Monolithic 3D: Stacking Without Chiplets

Monolithic 3D: Stacking Without Chiplets

Chiplets aren't the only way forward in

Sponsored
AI and Packaging - Enabling HPC with Heterogeneous Integration

AI and Packaging - Enabling HPC with Heterogeneous Integration

AI and Packaging - Enabling HPC

Heterogeneous Integration and Advanced Packaging in Semiconductors: Driving Moore's Law Forward

Heterogeneous Integration and Advanced Packaging in Semiconductors: Driving Moore's Law Forward

Explores how

Challenges For Heterogeneous Integration

Challenges For Heterogeneous Integration

Heterogeneous integration

Not Just Chips: Assembly Solutions for Cost Effective Heterogeneous Integration with Disparate...

Not Just Chips: Assembly Solutions for Cost Effective Heterogeneous Integration with Disparate...

Assembly Solutions for Cost Effective

Heterogeneous Integration: IC Packaging Optimized

Heterogeneous Integration: IC Packaging Optimized

Heterogeneous integration

The Post-Silicon Roadmap: 3D Stacking, Neuromorphic Chips, and the Thermal Wall

The Post-Silicon Roadmap: 3D Stacking, Neuromorphic Chips, and the Thermal Wall

[Hook] The era of "free" performance is over. For forty years, we treated the transistor as a zero-cost resource, but the physics of ...

AMD does 3D stacking

AMD does 3D stacking

In this video we'll be covering AMD's new patent on

Session 3 - Heterogeneous Integration and 3D Packaging in AI, 5G, & Automotive

Session 3 - Heterogeneous Integration and 3D Packaging in AI, 5G, & Automotive

Get ready to learn about