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November 18, 2024

Hardware Design using Digital Components and Its Implementation on FPGA For SF 54, 56 & 57

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128 Enrolled

Foundation_Course_Digital_Hardware_Design_For_Electronics & Electricals_Engineering__2023_2024

Program objective of Project-based Learning cum Internship Program in VLSI: –
1. Understanding Hardware Design of VLSI & Embedded Domain
2. Hands-on Experience Design and
3. Optimization Techniques
4. Industry-Relevant Skills
5. Project Development
6. Networking and Industry Exposure

Summary of the program:-
1. Introduction of VLSI & Embedded flow
2. From this training, trainees can identify the interest area in VLSI & Embedded
3. 100% hands-on session from the first day of the learning
4. Focus on Major and minor project-based internship
5. From this training, students can identify their final-year project
6. Tools and Hardware board will be provided by the academy only

Key takeaways from the training program: –
1. How to develop the logical approach using digital components in hardware design and Implementation of FPGA
2. Hardware Circuit design using digital components of Real-time applications like signed calculator, multiplier,
divider, digital clock, stopwatch timer, and LED blinker.
3. Understanding of FPGA Architecture from Idea to programming in both hardware design and HDL- Verilog

What Will I Learn?

  • 1. How to develop the logical approach using digital components in hardware design and Implementation of FPGA
  • 2. Hardware Circuit design using digital components of Real-time applications like signed calculator, multiplier,
  • divider, digital clock, stopwatch timer, and LED blinker.
  • 3. Understanding of FPGA Architecture from Idea to programming in both hardware design and HDL- Verilog

Course Content

Hardware System Design – Combination

  • How to develop the logic using the digital concept -1.
    50:11
  • How to develop the logic using the digital concept -2.
    50:02
  • Introduction to Adder
    50:06
  • Introduction of Subtractor and Tool
    59:10
  • Introduction of Full Subtractor
    01:04:25
  • Digital Multiplexer Part 1
    57:30
  • Digital Mux Part 2
    50:30
  • Tool Demo
    01:27:34
  • Demux and Introduction of 2’s complement
    53:27
  • 2s Complement & Sign Calculator Project
    33:40
  • How to design the multiple bits on input and outputs nodes
    23:17
  • Encoder & Decoder Learning & Design
    46:16
  • Multiple bits on single line – Another example
    36:56
  • 4_Bit Adder,2_1 Demux BUS Design
    01:17:10
  • Signed Multiplier Part
    01:18:07
  • Digital_L4_SFF_11th_July_24 Divider
    01:31:36
  • Digital_L4_SFF_12th_July_24
    58:57
  • SF 57 Encoder Decoder Multiplier
    01:46:26
  • Doubt Session SF 57_56_54
    01:06:04

Digital Design Verilog

Sequential Design

About the instructor

5.00 (7 ratings)

9 Courses

439 students

1.00 5,900.00
Durations: 50 hours
Lectures: 45
Students: Max 200
Level: Intermediate
Language: English
Certificate: Yes

Material Includes

  • 1. Tool Installer
  • 2. How to install and work on the tool
  • 3. NEXYS A7 Board and datasheet

Requirements

  • Please note that the tool we are going to use requires either
  • 1. Windows 7,
  • 2. Windows 10,
  • 3. Linux, or Ubuntu.
  • If you have Windows 11, I recommend setting up dual boot on your system with one of the above operating systems.
  • Windows 10 is the best solution for this purpose. If you can set up a dual boot with Windows 10 and Windows 11 on your system, you can save Windows 11 and use Windows 10 with more than 50GB of space.
  • However, I strongly advise you to seek proper help from a network administrator or a computer shop professional if you are not familiar with the process.
  • They will charge no more than 300 rs. If you decide to do it on your own, make sure to back up your important files.

Audience

  • Pursuing Electricals and Electronics Engineering and Preparing for VLSI & Embedded

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