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Introduction to Zynq

ECE 699: Lecture 1. Introduction to Zynq. Required Reading. The ZYNQ Book. Chapter 1: Introduction Chapter 2: The Zynq Device ( “ What is it?) Chapter 5: Applications and Opportunities ( “ What can I do with it? ” ). Xilinx Educational Video. Why Zynq ?

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Introduction to Zynq

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  1. ECE 699: Lecture 1 Introduction to Zynq

  2. Required Reading The ZYNQ Book • Chapter 1: Introduction • Chapter 2: The Zynq Device (“What is it?) • Chapter 5: Applications and Opportunities • (“What can I do with it?”) Xilinx Educational Video • Why Zynq? • http://www.xilinx.com/training/zynq/why-zynq.htm

  3. What is Software/Hardware Codesign? Integrated design of systems that consist of hardware and software components • Analysis of HW/SW boundaries and interfaces • Evaluation of design alternatives

  4. Embedded Systems vs. General-Purpose Computing Source: ETHZ, Prof. Lothar Thiele

  5. Idea of an Embedded System Source: ETHZ, Prof. Lothar Thiele

  6. Software vs. Hardware Trade-offs Source: A Practical Introduction to Hardware/Software Codesign

  7. Energy Efficiency of AES Implementations on Various Platforms Source: A Practical Introduction to Hardware/Software Codesign

  8. Distinct Features of Hardware and Software Design

  9. Why Codesign?

  10. System Design Flow Software Hardware Source: ETHZ, Prof. Lothar Thiele

  11. Implementation Alternatives Source: ETHZ, Prof. Lothar Thiele

  12. Traditional Discrete Component Architecture Source: The Zynq Book

  13. System-on-a-Board Source: The Zynq Book

  14. System-on-Chip (SoC) Source: The Zynq Book

  15. FPGA with Soft Processor Core Source: The Zynq Book

  16. A Simplified Model of the Zynq Architecture Source: The Zynq Book

  17. Simplified Hardware Architecture of an Embedded SoC Source: The Zynq Book

  18. Mapping of an Embedded SoC Hardware Architecture to Zynq Source: The Zynq Book

  19. Mapping of an Embedded SoC Hardware Architecture to Zynq Source: Xilinx White Paper: Extensible Processing Platform

  20. Comparison with Alternative Solutions • positive,−negative,neutral Source: Xilinx Video Tutorials

  21. Zynq Highlights Source: Xilinx Video Tutorials

  22. ARM Processor Roadmap Source: Xilinx White Paper: Extensible Processing Platform

  23. Basic Design Flow for ZynqSoC Source: The Zynq Book

  24. Design Flow for ZynqSoC Source: Xilinx White Paper: Extensible Processing Platform

  25. ZynqSoC Ecosystem

  26. ZynqSoC Ecosystem Source: The Zynq Book

  27. Alternative Solutions Xilinx Zynq Zynq-7000 All Programmable SoCs with Cortex-A9 MPCore Altera Arria V & Cyclone V Hard processor system (HPS) with Cortex-A9 MPCore Microsemi Smartfusion2 Cortex M3

  28. The Zynq Processing System Source: The Zynq Book

  29. Simplified Block Diagram of the Application Processing Unit (APU) Source: The Zynq Book

  30. SIMD (Single Instruction Multiple Data) Processing in the NEON Media Processing Engine (MPE) Source: The Zynq Book

  31. Programmable Logic (PL) CLBs and IOBs Source: The Zynq Book

  32. Programmable Logic (PL) BRAMs and DSP units Source: The Zynq Book

  33. AXI Interconnects and Interfaces Source: The Zynq Book

  34. Using Extended Multiplexed Input/Output (EMIO) to Interface Between PS and PL Source: The Zynq Book

  35. Automotive Applications

  36. Automotive Applications Lane and Road Sign Recognition Source: The Zynq Book

  37. Computer Vision Detection of Cars at a Junction Source: The Zynq Book

  38. Smart Home Source: The Zynq Book

  39. Software Defined Radio (SDR) • a radio which can be reconfigured while in operation • all of the physical layer functions are software defined • used initially in military applications (JTRS 1998), recently entering the commercial arena • can support multiple radio standards (for cellular networks [2G, 3G, 4G], WiFi, Bluetooth, GPS reception, etc.) • May be used in smartphones, tablets, e-readers, TVs,cars, transportation, emergency services, etc.)

  40. Software Defined Radio (SDR) Source: The Zynq Book

  41. Software Defined Radio (SDR) • The Physical Layer (PHY) – the part of radio directly adjacent to the Radio Frequency (RF) circuitry and air interface • Computationally intensive, implementing high-speed filters, modulation, coding, DSP algorithms, support for ADC and DAC • Most complex computations implemented in hardware(with parameters set from software) • Less complex computations can be performed in either hardware or software

  42. Cognitive Radio • an intelligent radio that can be programmed and configured dynamically • its transceiver is designed to use the best (under-used) wireless channels in its vicinity • automatically detects available channels in wireless spectrum, and changes its transmission or receptionparameters accordingly • allows more concurrent wireless communications in a given spectrum band at one location • a form of dynamic spectrum management

  43. Communication Systems Wireless Basestation Satellite Groundstation Wired Network Switches Source: The Zynq Book

  44. Control and Instrumentation Systems Wind Turbines Industrial Control Room High Energy Physics Experiment Source: The Zynq Book

  45. Medical Applications MRI Scanning Robot Assisted Surgery Source: The Zynq Book

  46. Choice Among Various Implementation Platforms Source: Xcell Journal, no. 88, Q3 2014

  47. Advantages of Zynq Source: Xcell Journal, no. 88, Q3 2014

  48. Comparison of the Development Time & Cost Source: Xcell Journal, no. 88, Q3 2014

  49. Academic Subjects to which Zynq is Relevant Source: The Zynq Book

  50. The ZYBO Development Board Source: The Zynq Book

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