Digital Systems Design! Lecture 1 - Introduction!!

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1 ECE 3401! Digital Systems Design! Lecture 1 - Introduction!! Course Basics Classes: Tu/Th 11-12:15, ITE 127 Instructor Mohammad Tehranipoor Office hours: T 1-2pm, or upon ITE TA Qihang Shi Office hours: T Software related questions and HWs

2 Course Requirements References: Digital Systems Design Using VHDL 2 nd Edition, by Charles H. Roth, Jr. and Lizy Hurian John, Thomson. The Student's Guide to VHDL by Peter J. Ashenden, Morgan Kaufmann. Computer Software: Xilinx ISE WebPACK & ModelSim PE Student Edition Grading Homework: 20 % Midterm Exam (~March 7): 25 % Final Design Project: 25 % Final Exam (10:30-12:30, May 7): 30 %

3 Course Outline Week 1: Introduction, overview of computer systems Week 2: Combinational logic circuits and design Week 3-5: VHDL modelling of digital systems Week 6-9: Sequential systems and design Week 10: Memory and timing Week 11-15: Computer design basics What is a Digital System Structure: a collection of interconnected digital modules designed to perform a particular service or function Function: takes a set of discrete information inputs and discrete internal information (system state) and generates a set of discrete information outputs. Discrete Inputs Discrete Information Processing System Discrete Outputs System State

4 Types of Digital Systems No state present Combinational Logic System Output = Function (Input) State present Sequential Logic System State updated at discrete times => Synchronous Sequential System State updated at any time =>Asynchronous Sequential System Next State = Function (State, Input) Output = Function (State, Input) Mealy machine or Function (State) Moore machine Digital System Example A digital counter (e. g., odometer): Inputs: Count Up, Reset Outputs: Visual Display State: "Value" of stored digits Synchronous or Asynchronous?

5 A Digital Computer Example Outputs: CRT, LCD, modem, speakers Inputs: Keyboard, mouse, modem, microphone Synchronous or Asynchronous? Digital System Modules Low level digital modules Gates - AND, OR, NOR, etc. Blocks - Adder, subtractor, shifter, etc. High level digital modules PLDs (Programmable Logic Device) ASICs (Application Specific Integrated Circuits) Microprocessors/Microcontrollers

6 Digital System Implementations Vary in granularity, flexibility, capability, etc. PCB - printed circuit board FPGA - field programmable gate array VLSI - very large scale integration SoC - system on a chip Digital Systems Printed Circuit Board

7 Digital Systems FPGA Xilinx Spartan3 FPGA" Digilent PCB using Xilinx FPGA" Digital Systems VLSI Intel Pentium IV"

8 Digital Systems SoC Reusable IP Embedded processor cores Philips Nexperia PNX831 Set Top Digital Video Chip" What is Digital Systems Design? Digital Systems Design is a process that entails a systematic development of an idea into an architecture that can be implemented digitally. Specification! Design" Architecture! Verify" Implement" Hardware!

9 Specification Translation from idea into a formal description of behavior The highest level of abstraction is a declarative statement or written expression that specifies the design idea. Forms: Text description; Diagrams; Specialized languages (VHDL, Verilog, etc.) Digital Systems Modeling Gajski and Kuhn Y Chart Behavioral/Functional Architectural Algorithmic Structural Processor Functional Block Systems Hardware Modules Algorithms Logic ALUs, Registers Register Transfer Logic Circuit Gates, FFs Transfer Functions Transistors Rectangles Cell, Module Plans Floor Plans Clusters (Adapted from RASSP Module 10, Slide 11) Physical Partitions Physical/Geometry

10 Hardware Description Languages Two primary choices VHDL (VHSIC (Very high-speed IC) hardware description language) Verilog HDL Can be used for behavioral specification, architectural definition, implementation, and verification Other HDLs used in specific areas include SystemC, HandelC, Rosetta Architecture High-level partitioning of problem into functional blocks Can be expressed in a variety of forms - text, graphically, formal languages Difficult procedure without experience or tools to assist you Must choose between different possible architectures and weigh the costs and benefits of each choice Architecture design is often a matter of balancing tradeoffs

11 Implementation Transformation of architecture into hardware Register Transfer Level (RTL) Schematic Entry (logic) Transistor Level a b c d Add1 Add2 Inc1 Cmp1 Sub1 controller Mux RTL design &! + &! &! >1 Logic-level design Synthesis Tools Logic Synthesis tools generate a netlist of equations from design descriptions in VHDL or Verilog Logic Synthesis Tools: Synopsys Design Compiler, Cadence BuildGates &! + &! The final phase is technology mapping &! Optimization: optimize area/delay. Technology-specific: ASIC, FPGA, CPLD Physical Synthesis tools: Synopsys Physical Compiler, Cadence PKS FPGASynthesis tools: Altera Quartus II Synthesis, Xilinx ISE logic design tools, Mentor Graphics LeonardoSpectrum, Synopsys FPGA Compiler II. >1

12 Verification Check whether implementation matches specification Simulation: ModelSim (Mentor Graphics), VCS simulator (Synopsys), NC-Sim (Cadence). Formal equivalency checking: Formality (Synopsys), Conformal (Cadence) Iterative process Simulate Refine specification or architecture if necessary Repeat

13 How Logic Simulation Works VHDL/Verilog Simulator: Event-driven simulator When a circuit node changes in value, the time, the node and the new value are collectively known as an event. When a specified time is reached, the logic value of the node is changed. Changes are detected and executed in parallel using concurrent VHDL statements. Event-driven simulators are more suitable for digital systems because of parallelisms in digital systems operations. VHDL Simulation VHDL simulation process can be broken into Elaboration: Before simulation begins, the design hierarchy is first elaborated. This means all the pieces of the model code (entities, architecture and configurations) are put together. Initialization: The nets in the model are initialized just before simulation starts. Simulation cycle: Simulation cycle is then continuously repeated during which processes are executed and signals are updated. Advantage: Top-Down design methodology, Technology independent

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