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System-On-Chip Introduction

System-On-Chip Introduction. Why System-on-Chip?. Why System-on-Chip. Continuous progress in silicon process technology The explosive growth in the consumer electronics products. Why System-on-Chip ( contd …). Although silicon process technology continues to evolve at an accelerated pace.

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System-On-Chip Introduction

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  1. System-On-Chip Introduction

  2. Why System-on-Chip?

  3. Why System-on-Chip • Continuous progress in silicon process technology • The explosive growth in the consumer electronics products.

  4. Why System-on-Chip (contd…) • Although silicon process technology continues to evolve at an accelerated pace. • The design automation technology are now seen as the major technical barriers to progress, and • This productivity gap is increasing rapidly.

  5. Evolution of Silicon Process Technology

  6. The market-driven forces that change the way IC are designed: • Shrinking product design schedule and product life span • Conforming products to various standards. • Lack of time for products iterations due to implementation errors: a failure to hit market windows equals product death • Converging communications and computing into single products and chipset.

  7. Evolution of Electronics Design

  8. What is System-On-Chip • SOC = A complex IC that integrates the major functional elements of a complete end-product into a single ship or chipset.

  9. What is System-On-Chip (contd …) • In general, SOC design consists of: • Programmable processors • On-chip memory • Acceleration function units implemented in hardware • Analog/Mixed Signal • Micro/Nano electronics mechanical systems (MEMS/NEMS)

  10. What is System-On-Chip (contd …) • In this course, we will learn how to design system on a chip in efficient way, reduce design error.

  11. State of the art micro systems1 D - Acceleration sensor Cologne University of Applied Sciences Institute of Automation Technology Faculty of Information, Media and Electrical Engineering Micro and Nano Technologies Prof. Dr. Karl Kohlhof

  12. State of the art micro systemsAirbag sensor Cologne University of Applied Sciences Institute of Automation Technology Faculty of Information, Media and Electrical Engineering Micro and Nano Technologies Prof. Dr. Karl Kohlhof

  13. State of the art micro systemsGear rate sensor Cologne University of Applied Sciences Institute of Automation Technology Faculty of Information, Media and Electrical Engineering Micro and Nano Technologies Prof. Dr. Karl Kohlhof

  14. State of the art micro systems3 D - Acceleration sensor Cologne University of Applied Sciences Institute of Automation Technology Faculty of Information, Media and Electrical Engineering Micro and Nano Technologies Prof. Dr. Karl Kohlhof

  15. State of the art micro systemsConsumer goods iPhone, iPod WII Built in acceleration sensors

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