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Silicon Technology Leadership for the mobility era

Transistor Scaling is Innovative Technology for Mobile Devices

The presentation by Intel Senior Fellow Mark Bohr discusses transistor scaling trends, 32-nm and 22-nm system-on-chip (SoC) technology, and 22-nm central processing unit technology.

Summary
• Transistor scaling provides improvements in performance, power, and cost, but now with greater focus on power reduction.
• Scaling no longer follows a traditional path, and requires continued innovations in materials and structures.
• A highly integrated approach is needed to successfully bring innovative technologies from the research phase to high-volume manufacturing.
• Low power SoC technologies are important to support a range of features needed on mobile computing devices.

Read the full Transistor Scaling is Innovative Technology for Mobile Devices Presentation.

Transistor Scaling is Innovative Technology for Mobile Devices

The presentation by Intel Senior Fellow Mark Bohr discusses transistor scaling trends, 32-nm and 22-nm system-on-chip (SoC) technology, and 22-nm central processing unit technology.

Summary
• Transistor scaling provides improvements in performance, power, and cost, but now with greater focus on power reduction.
• Scaling no longer follows a traditional path, and requires continued innovations in materials and structures.
• A highly integrated approach is needed to successfully bring innovative technologies from the research phase to high-volume manufacturing.
• Low power SoC technologies are important to support a range of features needed on mobile computing devices.

Read the full Transistor Scaling is Innovative Technology for Mobile Devices Presentation.

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