Verilog Tutorial for learning verilog a

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Verilog HDL:
A solution for Everybody
By,
Anil Kumar Ram Rakhyani (akram@)

Traditional Design approaches
Gate Level Design
Schematic Design

Where is the problem?
 System specification is behavioral
 Manual Translation of design in Boolean
equations
 Handling of large Complex Designs
 Can we still use SPICE for simulating Digital
circuits?

Advancements over the years
 © Intel 4004
Processor
 Introduced in 1971
 2300 Transistors
 108 KHz Clock
 © Intel P4 Processor
 Introduced in 2000
 40 Million Transistors
 1.5GHz Clock

History:
 Need: a simple, intuitive and effective way of
describing digital circuits for modeling,
simulation and analysis.
 Developed in 1984-85 by Philip Moorby
 In 1990 Cadence opened the language to the
public
 Standardization of language by IEEE in 1995

Definition of Module
 Interface: port and
parameter declaration
 Body: Internal part of
module
 Add-ons (optional)

Some points to remember
 The name of Module
 Comments in Verilog
 One line comment (// ………….)
 Block Comment (/*…………….*/)
 Description of Module (optional but
suggested)

The Module Interface
 Port List
 Port Declaration

One language, Many Coding Style (contd.)

Data Values and Representation
 Four Data value
 Data representation
Type
 Binary 6’b100101
 Hex 6’h25

Class of Signals
 Nets: physical
connection
between hardware
elements
 Registers: Store
value even if
disconnected

Nets
 wire/tri
 wand/triand
 wor/trior
 Supply0,supply1,
tri0,tri1,trireg

Test Bench
module main;
reg a, b, c;
wire sum, carry;
fulladder add(a,b,c,sum,carry);
initial
begin
a = 0; b = 0; c = 0;
#5
a = 0; b = 1; c = 0;
#5
a = 1; b = 0; c = 1;
#5
a = 1; b = 1; c = 1;
#5
end
endmodule

Memory Operation
reg [31:0] register_file [0:7];
wire [31:0] rf_bus;
wire r2b4;
assign rf_bus = register_file [2];
assign r2b4 = rf_bus[4];
Can’t use register_file[2][4] for assigning value to
variable r2b4

Some main points to remember
 Verilog is concurrent
 Think while writing your program.
 Blocking and Non-blocking Code

References:
 Evita_verilog Tutorial, www.aldec.com
 http://www.asic-world.com/verilog/

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Verilog Tutorial for learning verilog a

1. Verilog HDL: A solution for Everybody By, Anil Kumar Ram Rakhyani (akram@)

2. Traditional Design approaches Gate Level Design Schematic Design

3. Where is the problem?  System specification is behavioral  Manual Translation of design in Boolean equations  Handling of large Complex Designs  Can we still use SPICE for simulating Digital circuits?

4. Advancements over the years  © Intel 4004 Processor  Introduced in 1971  2300 Transistors  108 KHz Clock  © Intel P4 Processor  Introduced in 2000  40 Million Transistors  1.5GHz Clock

5. System Design Pyramid

6. History:  Need: a simple, intuitive and effective way of describing digital circuits for modeling, simulation and analysis.  Developed in 1984-85 by Philip Moorby  In 1990 Cadence opened the language to the public  Standardization of language by IEEE in 1995

7. A Match between Verilog & VHDL

8. A Match between Verilog & VHDL(con.)

9. Top-Down Design Approach

10. Definition of Module  Interface: port and parameter declaration  Body: Internal part of module  Add-ons (optional)

11. Some points to remember  The name of Module  Comments in Verilog  One line comment (// ………….)  Block Comment (/*…………….*/)  Description of Module (optional but suggested)

12. Description of Module

13. The Module Interface  Port List  Port Declaration

14. One language, Many Coding Style

15. One language, Many Coding Style (contd.)

16. One language, Many Coding Style (contd.)

17. Structural style: Verilog Code

18. Dataflow style: Verilog Code

19. Behavioral style: Verilog Code

20. Data Values and Representation  Four Data value  Data representation Type  Binary 6’b100101  Hex 6’h25

21. Class of Signals  Nets: physical connection between hardware elements  Registers: Store value even if disconnected

22. Nets  wire/tri  wand/triand  wor/trior  Supply0,supply1, tri0,tri1,trireg

23. Specifications of Ports

24. Registered Output

25. Delay Statement

26. Parameter

27. Test Bench module main; reg a, b, c; wire sum, carry; fulladder add(a,b,c,sum,carry); initial begin a = 0; b = 0; c = 0; #5 a = 0; b = 1; c = 0; #5 a = 1; b = 0; c = 1; #5 a = 1; b = 1; c = 1; #5 end endmodule

28. Memory Operation reg [31:0] register_file [0:7]; wire [31:0] rf_bus; wire r2b4; assign rf_bus = register_file [2]; assign r2b4 = rf_bus[4]; Can’t use register_file[2][4] for assigning value to variable r2b4

29. Some main points to remember  Verilog is concurrent  Think while writing your program.  Blocking and Non-blocking Code

30. References:  Evita_verilog Tutorial, www.aldec.com  http://www.asic-world.com/verilog/

Verilog Tutorial for learning verilog a

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