Verilog Essentials Simulation & Synthesis
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1 Verilog Essentials Simulation & Synthesis Course Description This course provides all necessary theoretical and practical know-how to design programmable logic devices using Verilog standard language. The course goes into great depth, and touches upon every aspect of the standard with directly connected to the topics needed in the industry today. The course combines 50% theory with 50% practical work in every meeting. The practical labs cover all the theory and also include practical digital design. The course begins with an overview of the current programmable logic devices and their capabilities, continues with an in-depth study of VHDL language with all of its structures, involves writing test-bench programs and employ a simulation tool. The course ends with a synthesis overview and emphasizes the difference between testing code and synthesizable code. Course Duration 5 days Goals 1. Become familiar with FPGA and CPLD families and their capabilities 2. Understand the design process from specification up to programming and final verification on board 3. Implement combinational and sequential processes 4. Build a hierarchy (bottom-up and top-down) 5. Write test-benches 6. Write generic code for design reuse 7. Understand coding style considerations for synthesis Intended Users Hardware engineers who would like start developing FPGA or CPLD System engineers who would like to upgrade their professional skills
2 Previous Knowledge A basic background in digital logic Course Material 1. Simulator: Modelsim or ActiveHDL 2. Synthesizer and Place & Route: Quartus II (ALTERA) or Precision (Mentor Graphics) 3. Demonstration on ALTERA Evaluation board Table of Contents Day #1 Introduction to Programmable Logic Devices o CPLD architecture and design consideration o FPGA architecture LUT FF PLL DSP Block Embedded RAM Embedded Processor FPGA Programming process Introduction to Verilog Language o Verilog history o Digital design o FPGA design flow Simulation Synthesis Place & Route Programming Verification o Advantages of Verilog o Simulation & Synthesis o Demonstration of whole process on board
3 Hierarchical Modeling Concept o Top down and bottom up o Modules o Instances o Components of a simulation o Design example of a counter Introduction to Verilog Basic Concepts o Lexical conventions (white space, comments, operatos, number specification, unsized numbers, X or Z values, negative numbers, underscore characters and question marks, strings, identifiers and keywords, escaped identifiers) o Data types (value set, nets, registers, vectors, integer, real, time register, arrays, memories, parameters, strings) o System tasks and compiler directives (displaying information, monitoring information, stopping and finishing in simulation, compiler directives) Modules and Ports o Modules o Ports o Port connection rules (inputs, outputs, inouts, width matching, unconnected ports) o Connecting ports to external signals (connected by ordered list, connecting ports by name) o Hierarchical names Gate Level Modeling Day #2 o Gate types (and/or gates, buf/net gates, array of instances) o Gate delays (rise, fall, turn-off, min/typ/max values) Dataflow Modeling o Continuous assignments (implicit continuous assignment, implicit net declaration) o Delays (regular assignment delay, implicit continuous assignment delay, net declaration delay) o Expressions, operators and operands
4 o Operator types (arithmetic, logical, relational, equality, bitwise, reduction, shift, concatenation, replication, conditional, operator precedence) Putting All Together o Small project Day #3 Behavioral Modeling o Initial statement (combined variable declaration and initialization, combined port/data declaration and initialization, combined ANSI C style port declaration and initialization) o Always statement (always block) o Blocking assignments o Non-blocking assignments o Timing controls (delay based, regular delay control, intra-assignment, zero delay control, event based timing control, named event control, event OR control, level sensitive timing control) o Conditional statements (if-else, case, casex, casez, while loop, for loop, repeat loop, forever loop) o Sequential and parallel blocks (block types, parallel blocks, nested blocks, named blocks, disabling named blocks) o Generate blocks (generate loop, genvar, generate conditional, generate case) Day #4 Tasks and Functions o Differences between tasks and functions o Tasks (task declaration and invocation, task examples, automatic tasks) o Functions (function declaration and invocation, function examples, recursive functions, constant functions, signed functions)
5 Modeling Finite State Machines o FSM concept o Mealy & Moore Models o Verilog coding style o State encoding Sequential Johnson One Hot Two Hot Defined by user Defined by synthesis o Handling the unused states o Reset & Fail Safe Behavior o Interactive State Machines Unidirectional Bi-Directional Useful Modeling Techniques o Procedural continuous assignments (assign and deassign, force and release) o Overriding parameters (defparam statement, module_instance parameter values) o Conditional compilation and execution o Time scales o Useful system tasks (file output, $fopen, $fdisplay, $fwrite, $fmonitor, $fstrobe, display hierarchy, strobing, random number generation, initializing memory from file, value change dump file) Day #5 Timing and Delays o Distributed delay o Lumped delay o Pin-to-pin delays o Path delay modeling (specify blocks, parallel connection, full connection, edge sensitive paths, specparam statements, conditional
6 path delays, rise, fall and turn-off delays, min, max and typical delays, handling x transitions) o Timing checks ($setup and $hold checks, $width check) User Defined Primitives (UDP) o UDP basics (parts of UDP definition, UDP rules) o Combinational UDPs (definition, state table entries, shorthand notation for don t cares, instantiating UDP primitives) o Sequential UDPs (definition, level sensitive, edge sensitive) o Guidelines for UDP design Programming Language Interface (PLI) o What is PLI? o Uses of PLI o Linking and invocation of PLI tasks o Internal data representation o PLI library routines Introduction to Synthesis o What is Synthesis o Synthesis tools o Verilog programs for synthesis versus for simulation o Coding style and pitfalls o Demonstration Day #6 (optional) Practical exercises on ALTERA EVM o Description of evaluation board main components o Programmer configuration o Seven segment and LED exercises o Counters, PLL,clock switch on the fly o External memory interface o Place & Route process o Pins configuration
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