ࡱ> c CbjbjZWZW .8=`\8=`\:2o^ ^ 8JdU"###!U#U#U#U#U#U#U$WbZGU-#w#"###GUtU...#n!U.#!U..NIOTR/&NP0 UU0U!Q[U'[`R[R0##.#####GUGU++###U####[#########^ > : CS 355 Computer Architecture Introduction Text: Computer Organization & Design, D A Patterson, J L Hennessy Chapter 1-1.5 except 1.3 Objectives: The Student shall be able to: Define: server, supercomputer, embedded system, personal computer. Define: assembler, bit, nibble, byte, word, half word, double word. Define semiconductor, transistor, VLSI, wafer, chip, yield Define CPU, multiprocessor, multicore, core, DVD, DRAM, SRAM, ROM, cache, LAN, WAN, compiler, instruction set architecture, motherboard. Describe the memory hierarchy from fast to slow. Convert between nano, pico, micro, milli, kilo, mega, giga, tera to solve hardware speed, time, size problems. Describe the difference between assembly language in RISC versus CISC machines, and embedded versus traditional machines. Class Time: Intro to Class & Syllabus 1 hour Computer Types, Performance, H/W 1 hour Inside a Computer 1 hour Lab: Performance 1 hour Homework Lab: Crossword Puzzle hour Total 4 hours Introduction to Computer Architecture Types of Computers Embedded Computer: Performs single function on a microprocessor Embedded within a product (e.g. microwave, car, cell phone) Objective: Low cost, low power, high reliability Increasingly written in a hardware description language, like Verilog or VHDL Processor core allows application-specific hardware to be fabricated on a single chip. Desktop Computer: Designed for individual use Also called personal computer Pesonal Mobile Device (PMD): Portable handheld computer Includes tablets or smart phone Touch-sensitive screen or audio input replaces keyboard Costs $ hundreds. Server: Runs large, specialized program(s) Shared by many users: more memory, higher speed, requires reliability Accessed via a network using a request-response (client-server) interface Example: File server, Database server, Web server Cloud Computing: Giant data centers with hundreds of thousands of servers. Supercomputer: Massive computing resources and memory Tens of thousands of processors within single system Terabytes of memory Program uses massive processors simultaneously Rare due to extreme expense: $10s-100s million Applications: Weather forecasting, military simulations, oil exploration, protein structure determination. What types of applications are concerned about: Memory? Processing speed? Usability? Maintainability? Computer Architect must balance speed and cost across the system System is measured against specification Benchmark programs measure performance of systems/subsystems Subsystems are designed to be in balance between each other Creating Chips Semiconductor: Conducts electricity poorly Silicon Ingot: Made of silicon: substance found in sand. Size= 8-12 by 12-24 inches Wafer: Silicon crystal ingot is sliced into 0.1-inch blank wafers Processing: Add materials to wafers: conductor, insulator, or transistors: (on/off) switch Diced: Wafers are cut into smaller components called dies or chips Yield: Wafers/dies are tested providing a % success rate. Failures are discarded Bonding: The chip is connected to the input/output pins of a package Integrated Circuit = chip: A device containing up to millions of transistors Moores Law: Integrated circuit resources double every 18-24 months. Very Large Scale Integrated Circuit (VLSI): A chip containing hundreds of thousands to millions of transistors Computer chassis vocabulary: Motherboard: Holds the processor, system bus, various interfaces and connectors Expansion slot: openings on the motherboard where other boards can be plugged in. Cage or Chassis: Holds multiple boards Backplane: Contains bus interface for boards to communicate 3D Packaging: Transistors interconnect above, beside, below (3D) Inside a Computer Computer components include: Input: keyboard, mouse, network, disk Output: printer, video screen, network, disk Memory: registers, cache, DRAM, magnetic disk, optical disk Processor: Intelligence: Includes Datapath and Control Processor Central Processing Unit (CPU) or Processor: Intelligence Data Path: Worker: Performs arithmetic operations using registers Control: Intelligence: Directs flow of information through the processor & memory Multiple processors now required to increase processor speed Multiprocessor: Multiple Processors in same computer Multicore: Multiple Processors (or cores) in same chip. E.g., quadcore =4 cores Previously computer engineers made processors (hardware) faster Now programmers must make software processing faster (via parallel processing) Bus: Connects the CPU, Memory, I/O Devices Bits are transmitted between the CPU, Memory, I/O Devices in a timeshared way Serial buses transmit one bit at a time. Parallel buses transmit many bits simultaneously: one bit per line One bus system: Memory, CPU, I/O Subsystem on same bus Two bus system: One bus: CPU((Memory One bus: CPU((I/O Subsystem Example: Universal Serial Bus (USB 3.1) Hot-pluggable: can be plugged and unplugged without damage to the system Operates from 1.5 Mb/sec to 10 Gb/sec Interface to computer peripherals, charge power. Memory Hierarchy:  SHAPE \* MERGEFORMAT  Secondary Memory: Nonvolatile memory used to store programs and data when not running Nonvolatile: Does not lose data when powered off Includes: Magnetic Disk: Access time: 5-15 ms Optical Disk: CD (700 MB), DVD (4.7 GB), Blu-ray (BD=25 GB), BD DL=50 GB) FLASH: Semiconductor memory, may attach via USB (2+ GB 1 TB) Floppy and Zip: Removable form of magnetic disk Tape: Sometimes used for backup OR duplicated disk Magnetic Disk: Movable arm moves to concentric circle then writes Disk diameter: 1 to 3.5 inches Latency: Moving head to cylinder or concentric track Rotation Time: Rotating cylinder to correct location on track Transfer Time: Reading or writing to disk on track: 5400-15k revolutions/min. Access time: 5-20 ms Optical Disk: Laser uses spiral pattern to write bits as pits or flats, 1 micron. Compact Disc (CD): Stores music Digital Versatile Disc (DVD): Multi-gigabyte capacity required for films (red ray) Blu-Ray Disk (BD): 25, 50, 100, 128 GB capacity, depending on number of layers Read-write procedure similar to Magnetic Disk (but optical write, not magnetic) Flash Memory: Semiconductor memory is nonvolatile More expensive than disk, but also more rugged, faster latency, lower power. Good for 100,000-1M writes. Common in cameras, portable music players, memory sticks, PMDs. Primary or Main Memory: Programs are retained while they are running. Uses: Random Access Memory (RAM): Any memory location takes the same time to read; not read in order. Dynamic Random Access Memory (DRAM) Built as an integrated circuit, equal speed to any location in memory Access time: 50-70 ns. DIMM (Dual In-line Memory Module): Two rows of memory chips ROM (Read Only Memory) or EPROM (Erasable Programmable ROM): stores code Cache: Buffer to the slower, larger main memory. Uses: Static Random Access Memory (SRAM) Faster, less dense and more expensive than DRAM Uses multiple transistors per bit instead of the single transistor for DRAM Registers: Fastest memory within the CPU. Input/Output Mouse: Electromechanical: Rolling ball indicates change in position as (x,y) coordinates. Optical: LED lights up surface below mouse. Camera samples 1500 times per second. Optical processor compares images and determines distance moved. Displays: Raster Refresh Buffer or Frame Buffer: Holds the bitmap or matrix of pixel values. Matrix of Pixels: 1024 x 768 pixels to 2048 x 1536 pixels Pixel: Dot; each color active pixel has 3 transistors Black & White: 1 bit per pixel Grayscale: 8 bits per pixel OR Color: (one method): 8 bits each for red, blue, green = 24 bits Liquid Crystal Display (LCD): LCD pixel control or bends the light for the display. Color active matrix LCD: Transistor switch per pixel controls current Also called flat panel Touchscreen: Capacitors in screen react to electric impulses Humans are conductors of electricity Networking: Communications between computers Local Area Network (LAN): A network which spans a small area: within a building Wired: E.g.: Ethernet: Typically 100 Mbps (million bits/second) to 40 Gbps (gigabits/second); up to 1 km long Wireless: E.g., IEEE 802.11: 1-100 Mbps Wide Area Network (WAN): A network which extends hundreds of miles; typically managed by a communications service provider Optical fiber gives highest data rates Network Interface Card (NIC) interconnects to motherboard via PCI slot. Rate of Hardware Growth: Moores Law: IC Component density doubles every 1.5-2 years Processor performance increase: 22-50% per year Memory (DRAM) capacity improvement: 4x/3years: 1.33 per year growth Introduction to Performance Normal: Power of 10: Networks, TimePower of Two Usage: MemoryExa (E)1018Exbi (EiB)260Peta (P)1015Pebi (PiB)250Tera (T)1012 = 1,000,000,000,000Tebi (TiB)240 = 1,099,511,627,776Giga (G)109 = 1,000,000,000Gibi (GiB)230 = 1,073,741,824Mega (M)106 = 1,000,000Mebi (MiB)220 = 1,048,576Kilo (K)103 = 1,000Kibi (KiB)210 = 1,024100 = 120 = 1Milli (m)10-3 = .001Micro ( or u)10-6 = .000,001Nano (n)10-9 = .000,000,001Pico (p)10-12 = .000,000,000,001 please never miss my Kind Mother Going To PETA Event Usage: Powers of 10: Data communications, time, clock frequencies Power of 2: Memory: disk, DRAM, etc. Memory units: Bit (b): 1 binary digit Nibble: 4 binary digits Byte (B): 8 binary digits Word: Commonly 32 binary digits (but may be 64). Half Word: Half the binary digits of a word Double Word: Double the binary digits of a word Common Use: 10 Mbps = 10 Mb/s = 10 Megabits per second 10 MiB = 10 Mebibytes 10 MIPS = 10 Million Instructions Per Second Consider: Problems dealing with Rates Rates are like Miles Per Hour (MPH): Distance/Time If we know one rate: 65 MPH We can calculate how long to travel to a particular location 35 miles away: 65 Miles / 1 hour = 35 Miles / X time We can calculate how long it will take to travel 1 mile: 65 Miles / 1 hour = 1 Mile / X time We can calculate how far we can travel in X time (e.g. 1 minute): 65 Miles / 1 hour = X Miles / (1/60) hour OR 65 Miles / 60 minutes = X Miles / 1 minute Remember: we need all our units to be identical! Example Problems: A disk operates at 7200 Revolutions per minute (RPM). How long does it take to revolve once? Hint: when working with time, work in base 10: m=10-3 u=10-6 n=10-9 Revolutions = 7200 Revs = 1 Rev Second 60 seconds x secs 7200/60 x = 1 120x = 1 x = 1/120 = 0.008,33 second = 8.33milliseconds or 8.33 ms A disk holds 600 GiB. How many bytes does it hold? 600 GiB = 600 x 230 = 600 x 1,073,741,824 = 644,245,094,400 bytes Hint: When working with memory, work with powers of 2: K=210, M=220, G=230 A LAN operates at 100 Mbps. How long will it take to transfer a packet of 1000 bytes? (Optimistically assuming 100% efficiency) Two ways of solving: Q1: What is the rate of bytes/second? Q2: What is the rate of packets/sec? bits = 100 Mb = 8 bits (per byte) 100 Mbits = 8000 bits (per packet) sec 1 sec x sec 1 sec x sec 100,000,000x = 8 100,000,000x = 8000 x = 8/100,000,000 = 0.000,000,08 = 80ns x = 8000/100,000,000=8/100,000 1000 bytes/packet x 80 ns = 80us x = 0.000,08 = 80us Hint: When working with data communications, work with powers of ten: K=103 M=106 G=109 What is Assembly Language? 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