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What is About This Course?

What is About This Course?. 微電腦系統 Microcomputer System. You Must Know These Terms. Computer （ 電腦 ） Microcomputer （ 微電腦 ） Microprocessor （ 微處理器 ） Microcontroller （ 微控制器 ） Single Chip Computer （ 單晶片 ） System-on-a-chip （ 系統單晶片 ， SoC ） Embedded System （ 嵌入式系統 ）. What is Microcomputer?.

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What is About This Course?

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  1. What is About This Course? 微電腦系統Microcomputer System

  2. You Must Know These Terms • Computer（電腦） • Microcomputer（微電腦） • Microprocessor（微處理器） • Microcontroller（微控制器） • Single Chip Computer（單晶片） • System-on-a-chip（系統單晶片，SoC） • Embedded System（嵌入式系統）

  3. What is Microcomputer? Micro + Computer

  4. HP tablet PC Computers ! microcomputer An IBM 704 mainframe PDP 7 minicomputer

  5. What is “Computer”? • Mainframe, minicomputer, supercomputer, personal computers, notebooks, tablet PC, workstations, super computers… • General-purpose • You can run games, editors, browsers etc. depend on the programs loaded in the memory. • High performance • Computers use very powerful CPUs. • Ex: Intel Core i7 920 has 4 cores.

  6. What is “Microcomputer”? • Microcomputer≈ Personal Computer • Microcomputers usually occupy physically small amounts of space when compared to mainframe and minicomputers.

  7. In this course"Microcomputer Systems", we want to tell you how microcomputers work!

  8. How Personal computer works? • What are included in a computer? • CPU, ROM, RAM,I/O controller, buses and many other chips are found in the motherboard. • Connect to many I/O devices

  9. “CPU” vs. “Microprocessor” • A microcomputer is a computer with a microprocessor as its CPU. • Central Processing Unit In 2008, the die of Conroe Core 2 Duo in Intel processor

  10. Famous Microprocessors • Intel • x86: 8086, 80286, 80386, 80486, Pentium • Merom, Conroe, Woodcrest • Core i3, Core i5 2500 4 core, Core i7, … • AMD • Sempron 145 AM3, Llano APU A6-3650 • A8-3850, A6-3650 4 cores, Phenom II • Motorola • 68000

  11. Do they need a microprocessor as its CPU? 微電腦洗衣機, 微電腦全自動豆漿機 微電腦電子鍋, 微電腦馬桶座? 微電腦電冰箱、微電腦冷氣機、電梯、遙控器、電話、手機…

  12. Some Products (1/2) • Security systems • Sensor, motion detector , power detector, smoke detector • Audio alarm, user authentication • Whitegoods and Household Appliances • Ref: http://www.maxim-ic.com/solutions

  13. Some Products (2/2) • MP3 player • standalone hard-wired MPEGI/II Layer-3 decoder with C51 microcontroller core handling dataflow control and MP3-player control • Smart card reader • USB controller • Ref: http://www.atmel.com/products/MP3/

  14. Systems with a Specific Function • Not high performance, low cost, small size, customized, automatic & smartcontrol • Don't need microprocessors. • Industry controllers/Intelligent appliances • Anti-lock braking system (ABS), automatic four-wheel drive, door opener. • Printer, keyboard, keyless entry, copier, fax machine, personal digital assistants (PDAs) • Video game player, camera, cellular phone, microwave, DVD player

  15. They need a simple and cheap CPU, small size RAM & ROM, more special I/Os (ex: temperature senor) --- Cost is most important! ---

  16. Single Chip Computer • How to cost down? • Answer: SoC (System on a Chip) • Contrary to computers, in which microprocessors, extra RAM & ROM, buses and I/Os are separate and put on a mother board, • these products uses single chip computers. • Single Chip Computer: All in one chip (CPU, I/O, ROM, RAM together.) • Or, it is called as microcontroller.

  17. What is “Microcontroller”? • A microcontroller (also microcontroller unit, MCU or µC) is a small computeron a single integrated circuit (IC) consisting of a relatively simple CPU combined with support functions such as a crystal oscillator, timers, watchdog, serial and analog I/O etc.

  18. Intel 8051 • In 1981, Intel MCU-51 • A single chip microcontroller (µC) • Used in embedded systems

  19. Intel 8742 Microcontroller • All functions on a chip • 128 bytes of RAM • 2048 bytes of EPROM • Input/Output • 8-bit microcontroller (12MHz)

  20. Microprocessor & Microcontroller • A micro-processor • a very powerful CPU • Usually, used for computer systems • Example: x86, 68K, z80 • A micro-controller (µC) • A simple computer system-on-a-chip • It contains a processor core, memory, and programmable input/output peripherals. • Example: 8048, 8051

  21. What is Embedded System? As shown in before slides, except for computers, other products with specific-function are embedded systems.

  22. What is “Embedded System”? • An embedded product uses a microprocessor or microcontroller to do one task only. • This is, it is a special-purpose product. • In an embedded system, there is only one application software that is typically burned into ROM. • Embedded system means the processor is embeddedinto that application.

  23. How Embedded System Works? • In general, an embedded system has • A microcontroller (mC) • I/O devices • A small board with a microcontroller, some components and I/O connectors • Real-time Operating System (RTOS) • Simple-function, small-size • Application software

  24. Goal of This Course (1/2) • The course “Computer Science” has taught us about complicated computer systems. • In this course, we will focus on “microcontroller” although this course is called “Microcomputer System”. • The design concepts are the same. • However, microcontrollers are much simpler than microcomputers such that we can discuss more detailed design.

  25. Goal of This Course (2/2) • Understand the architecture of 8051. • Leaning 8051 programming. • Prepare for the 8051 laboratory. • 8051 is a microcontroller. • 1981, Intel MCS-51 • Microcontroller: • A smaller computer • On-chip RAM, ROM, I/O ports... • Single-purpose

  26. Why Choose 8051? • Simple, easy to learn • A lot of 8051 users • After learning 8051, we can understand: • A basic concept of an embedded system • A simplest computer architecture • How micro-computer works. • Low-level language: Assembly Language

  27. 8051 Family • The 8051 became popular after Intel allowed other manufacturers to make and market an flavor of the 8051. • different speed, amount of on-chip ROM or other memories, special functions • Code-compatible with the original 8051 • Atmel, Infineon Technologies, Maxim Integrated Products, NXP, Nuvoton, ST Microelectronics, Silicon Laboratories Texas Instruments and Cypress Semiconductor.

  28. Atmel AT89C51

  29. Industry of MCU • 微控制器(MCU)在一顆IC裡面包含了CPU、RAM、I/O等功能，早期稱為單晶片處理器。生活應用端從電視、微波爐、冷氣、到工業用的汽車控制，都有它的蹤跡。 • 以位元數做區分，4bit及8 bit市占率為37%、16bit占25%、32 bit為38% • 以市場進行區分則是美國占15%、歐洲區28%、亞太區36%、日本22%。 • 微控制器的產業應用以車用為大宗占38%、消費性電子占20%、工業應用占23%、網路通訊12%、電腦7%。 • 2010年產值約150億美元。預估2011年產值將達170億美元(yoy+13%)， 2012年將有機會創下190億美元(yoy+11.7%)。

  30. 2010Worldwide MCU Ranking (from Gartner) • 瑞薩是微控制器領導者，銷售額44億4,700萬美元；其次依序是飛思卡爾(15億2,500萬美元)、三星(9.82億美元)、Microchip(9.68億美元)、愛特梅爾(9.58億美元)、德州儀器(TI, 9.46億美元)’英飛凌(Infineon, 9.3億美元)，意法半導體(ST, 9.15億美元)和富士通(6.84億美元)。

  31. Compare to Other Industries • 2010全球PC微處理器營收入約為390億美元。2011年預估可達430億美元。 • 2011年全球手機出貨量可望達14.5億支，產值成長至1,682億美元。其中智慧型手機出貨量預估為4億支。

  32. 大二上 大二下 大三上 大三下 大四上 大四下 工程機率 微電腦實驗 作業系統 通訊網路 電腦網路 網路管理 嵌入式系統原理及實驗 通訊協定概論 無線交換機概論 工程數學 數值分析 微電腦系統 Courses in Future • 電機系網頁  教育  專題發表 971 微電腦實驗 佳作 或 照片集

  33. IXDPG-425(1/2) • Intel XScale IXP-425 for network control

  34. IXDPG-425(2/2)

  35. DMATEC DMA-2443 (1/2) • ARM9 • Samsung S3C2443-53 • For handhold devices • High performance • Low power • Optimized for special functions • GPS, Multimedia, • SmartPhone

  36. DMATEC DMA-2443 (1/2)

  37. Schedule of Progress (1/3) • Introduction to computing • The 8051 micro-controllers • Assembly language programming • Jump, loop, and call instructions • I/O port programming • 8051 addressing modes • Arithmetic & logic instructions and programs

  38. Schedule of Progress (2/3) • Midterm • 8051 Programming in C • 8051 Hardware Connection and Intel HEX file • 8051 Timer programming in Assembly and C • 8051 serial port programming in Assembly and C

  39. Schedule of Progress (3/3) • Interrupts programming in Assembly and C • Final exam • LCD and keyboard interfacing • ADC, DAC and sensor interfacing • 8051 interfacing to external memory • 8051 interfacing to the 8255 • DS12887 RTC interfacing and Programming • Motor control: relay, PWM, DC, stepper motor

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