Tech in your hand
Custom Search
Feedback ? Send it to admin@fullchipdesign.com or join me at fullchip@gmail.com
An easy approach to understand tech specs
Learn to Impress
Fullchipdesign.com - Topics covered in Verilog RTL, Digital Design, Digital Basics, Radio Frequency and Python Scripting.
Digital Computer Organization
Most computer systems are preliminarily made up of three layers.
<> Top of the system consist of Application layer’s or software’s.
<> In middle is O/S or operating system.
<> And the bottom is the Hardware.
We will focus on the hardware part of the the computer system in our topic of computer organization.
<> Top of the system consist of Application layer’s or software’s.
<> In middle is O/S or operating system.
<> And the bottom is the Hardware.
We will focus on the hardware part of the the computer system in our topic of computer organization.
A CPU should further contain following blocks:
1. ALU or Arithmetic and Logical Unit.
2. Accumulator (ACC). Click here for details.
3. Program Counter (PC). Click here for details.
4. General Purpose Registers. Click here details.
5. Stack Pointer (SP). Click here for details.
6. Instruction Register (IR) and Decoder. Click.
7. Timing and control Unit (TCU). Click here
8. Flags. Click here for details.
Block diagram : CPU architecture.
1. ALU or Arithmetic and Logical Unit.
2. Accumulator (ACC). Click here for details.
3. Program Counter (PC). Click here for details.
4. General Purpose Registers. Click here details.
5. Stack Pointer (SP). Click here for details.
6. Instruction Register (IR) and Decoder. Click.
7. Timing and control Unit (TCU). Click here
8. Flags. Click here for details.
Block diagram : CPU architecture.
Most basic computer organization should contain following sub-systems:
1. CPU or Central Processing Unit.
2. Memory sub-system . Cache, main etc.
3. Input Output control or IO block.
2. Memory sub-
3. Input Output control or IO block.
CPU Discussion - Diagram depicts various components of CPU/computer organization. The detailed discussion of each block is discussed on next page
Hardware
O/S
Application
Introduction to Verilog RTL
Verilog Operators. Initial Statements in verilog. Clock and Reset generation.
Blocking vs. Non-blocking Statements.
Conditional Statements & ‘always’ block.
Counter Implementation.
File Operations - $fopen, $fclose, $fdisplay, $fscanf. Read binary or hex format files - $readmemh, $readmemb.
FOR Loop use in verilog code example
Verilog Operators. Initial Statements in verilog. Clock and Reset generation.
Blocking vs. Non-
Conditional Statements & ‘always’ block.
Counter Implementation.
File Operations -
FOR Loop use in verilog code example
Resources
Verilog RTL code examples for front-end chip design.
Digital Design Topics
Half-adder , full-adder ,
Adder-sub tractor
Stack Organization - LIFO, RPN
Parity Generation and error checking
Binary multiplier circuit.
CMOS introduction
Digital fundamentals -
RTL coding guidelines. ICG cell, Assertions, levels. Chandle
Pipeline vs. Parallel processing.
Verilog RTL code examples for front-
Half-
Adder-
Stack Organization -
Binary multiplier circuit.
CMOS introduction
Digital fundamentals -
RTL coding guidelines. ICG cell, Assertions, levels. Chandle
Pipeline vs. Parallel processing.
We will introduce components of digital computer - ALU, Program Counter (PC), Registers, Stack Pointer (SP), stack, timing control unit and flags on this page.
Interview Questions. Main, FPGA, Digital Fundamentals
Return to Verilog Tutorial
