Introduction to Embedded Systems. Jin-Soo Kim Computer Systems Laboratory Sungkyunkwan University
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1 Introduction to Embedded Systems Jin-Soo Kim Computer Systems Laboratory Sungkyunkwan University
2 Embedded Systems Everywhere ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 2
3 What are Embedded Systems?
4 Definition Embedded System (ES): any device that includes a programmable computer but is not itself a generalpurpose computer. Take advantage of application characteristics to optimize the design ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 4
5 Embedding a Computer output analog CPU input analog embedded computer mem ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 5
6 Where are the CPUs? Estimated 98% of 8 billion CPUs produced in 2000 used for embedded applications Smartphone shipments (101M) surpass PCs (2010Q4) 8.5B Parts per Year Robots 6% Direct 2% Vehicles 12% Source: DARPA/Intel (Tennenhouse) ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 6
7 Embedded Processors Microcontroller (μc or MCU) A small computer on a single IC containing a processor core, memory, and I/O peripherals Microprocessor A general-purpose CPU in a single chip SoC (System-on-a-Chip) More integration than MCU Mostly, require external memory ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 7
8 Early History (1) MIT Whirlwind computer (Late 1940 s) Originally designed to control a flight simulator for training bomber crews The first computer that operated in real time 5000 vacuum tubes ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 8
9 Early History (2) Intel 4004 (1971) The first microprocessor (4-bit) Originally designed for use in a calculator The first complete CPU on one chip The first commercially available microprocessor KHz ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 9
10 Early History (3) Automobiles used microprocessor-based engine controllers starting in 1970 s Control fuel/air mixture, engine timing, etc. Multiple modes of operation: warm-up, cruise, hill climbing, etc. Provides lower emissions, better fuel efficiency ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 10
11 Keyboard ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 11
12 Mouse ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 12
13 Hard Disk Drive ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 13
14 Digital Still Camera Canon EOS3 uses three microprocessors for auto-focus, etc. ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 14
15 iphone 3G ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 15
16 Digital TV Programmable CPUs + hardwired logic for video/audio decode, etc. ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 16
17 Automobile A high-end automobile > 100 microprocessors 4-bit microcontroller checks seat belt Microcontrollers run dashboard devices 16/32-bit microprocessor controls engine ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 17
18 Want More? You name it! Anti-lock brakes Auto-focus cameras Automatic teller machines Automatic toll systems Automatic transmission Avionic systems Battery chargers Camcorders Cell phones Cell-phone base stations Cordless phones Cruise control Curbside check-in systems Digital cameras Disk drives Electronic card readers Electronic instruments Electronic toys/games Factory control Fax machines Fingerprint identifiers Home security systems Life-support systems Medical testing systems Modems MPEG decoders Network cards Network switches/routers On-board navigation Pagers Photocopiers Point-of-sale systems Portable video games Printers Satellite phones Scanners Smart ovens/dishwashers Speech recognizers Stereo systems Teleconferencing systems Televisions Temperature controllers Theft tracking systems TV set-top boxes VCR s, DVD players Video game consoles Video phones Washers and dryers And the list goes on and on ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim
19 Challenges
20 ES Characteristics (1) Sophisticated functionality Often have to run sophisticated algorithms or multiple algorithms - Cell phone, laser printer Often provide sophisticated user interfaces ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 20
21 ES Characteristics (2) Real-time operation: Must finish operations by deadlines Hard real-time: missing deadline causes failure Soft real-time: missing deadline results in degraded performance Many systems are multi-rate: Must handle operations at widely varying rate ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 21
22 ES Characteristics (3) Low cost Manufacturing cost - The monetary cost of manufacturing each copy NRE (Non-Recurring Engineering) cost - The one-time monetary cost of designing the system Many embedded systems are mass-market items that must have low manufacturing cost Limited memory, microprocessor power, etc. ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 22
23 ES Characteristics (4) Low power Power consumption is critical in batterypowered devices Excessive power consumption increases system cost even in wall-powered devices ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 23
24 ES Characteristics (5) Designed to tight deadlines by small teams Often designed by a small team of designers Often must meet tight deadlines - 6-month time-to-market is common - Can t miss back-to-school window for calculator Many design alternatives Hard to develop and debug ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 24
25 Challenges in ES Design (1) How much hardware do we need? Powerful CPU? Big memory? How do we meet our deadlines? Faster hardware or cleverer software? How do we minimize power? Turn off unnecessary logic? Reduce memory accesses? Time-to-market? ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 25
26 Challenges in ES Design (2) Does it really work? Is the specification correct? Does the implementation meet the spec? How do we test for real-time characteristics? How do we test on real data? Does it work reliably? How do we work on the system? Observability, controllability? What is our development platform? ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim 26
27 Challenges in ES Design (3) Optimizing design metrics Improving one may worsen others Expertise with both software and hardware is needed to optimize design metrics A designer must be Power comfortable with various Performance technologies in order to choose the best for a given application and constraints NRE cost Size ICE3028: Embedded Systems Design (Spring 2011) Jin-Soo Kim ([email protected]) 27
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