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RTL Coding and FPGA Design

Trainer
Mr.Charan
Category:
For Freshers/
₹80,000.00
RTL Coding and FPGA Design

Register Now
20 Students
Duration: 5 Months
Takshila VLSI Certificate

RTL Coding and FPGA Design Training / FPGA Training

COURSE DESCRIPTION

RTL Coding and FPGA Design course has been designed to help to the beginners in the area of RTL coding and FPGA design. The course gives you the foundation for FPGA design in Embedded Systems along with practical design skills. By end of the course you will learn what FPGA, how to select the best FPGA architecture for a given application, solve critical digital design problems using FPGAs. As a part of the course, you will also learn to use FPGA development tools to complete several example designs, including a custom processor.

If you are thinking of a career in Electronics Design or as an engineer looking at a career change, this is a great course to enhance your career opportunities.

Eligibility

  • B.E/B.Tech in ECE/EEE.
  • M.E/M.Tech/M.S in VLSI/Embedded Systems/Digital Electronics.

Course Features and Highlights

  • Deep understanding of digital logic design
  • Knowledge of FPGA/ASIC design flow
  • In depth knowledge of Verilog HDL – RTL coding & synthesis
  • Fare understanding of creating power friendly RTL design
  • Good understanding of FPGA implementation and debugging on Xilinx evaluation board.
  • Acquire skills to do minor/major projects
  • 24×7 Lab Support with Lab practice handouts and course material delivery.
  • Industry standard project execution, Lab practice and theory sessions under the guidance of industry expert with 12+ years of experience.
  • Soft skills development, complete suite of job oriented ASIC Verification training with 100% placement assistance.

FPGA Design, RTL Coding & RTL Design Training Institute

COURSE CURRICULUM

Module 1 : Basics of Unix/Linux

Introduction to Unix/Linux OS Architecture  
UNIX Directory Structures and Unix Commands  
UNIX Shells  
LAB Exercises  

Module 2 : Digital logic Fundamentals and Advanced Digital Design

Importance and advantages of digital electronics  
Digital Number System, Binary logic gates & Boolean algebra  
Combinational and Sequential circuit designs  
Finite state machine optimization  

Module 3 : ASIC/FPGA/SOC Design Flow

What is FPGA? What is ASIC?  
Overview of FPGA/ASIC/SOC design flow  
FPGA Vs ASIC comparison summary  
How to choose between FPGA or ASIC  

Module 4 : RTL Coding - Verilog HDL

Introduction to RTL coding  
Overview of digital design with verilog HDL  
Design modelling with examples  
Tasks and functions  
RTL Simulation and synthesis  
Creating power friendly RTL & Timing analysis  
Module level test bench development  
RTL design optimization techniques  

Module 5 : Programmable Logic Design

Read only Memories (ROM)  
PALs & PALs  
CPLDs & FPGAs  

Module 6 : FPGA Design Example

FPGA Architecture  
Dual port memory - Example design  
FPGA design Flow  
Bit file generation & downloading the Hex file to FPGA device  
FPGA validation through chipscope & DS5 debugger  
Project work and board bring up  

Module 7 : Advanced FPGA Concepts

Overview of 7 series FPGA architecture  
Introduction to Zynq FPGA-SoC --> SoCs with Hardware and Software programmability  
Efficient FPGA RTL coding for design synthesis & Implementation  

Module 8 : Xilinx Design Implementation tools & Xilinx's Evalution board for Prototyping

Xilinx tool introduction & Installation  
RTL simulation - Qsim from Mentor graphics  
Hands-on experience in using vivado design suite for design synthesis and Implementation  
Hands-on experience in using chipscope and DS5 debugger for debugging functioality failures  

Module 9 : Mini & Major Projects on FPGA Device

Module 10 : Soft Skill Development Programs

Top Reasons Why We Are the Best of All FPGA Design Training Institutes Around

We have lots of amazing reasons for claiming to be the best of all FPGA design training institutes around. FPGA, when interpreted, means Field Programmable Gate Array. It’s an integrated circuit that could be ‘field’-programmed to function as per any intended design. What this means is that it can function as an encryption unit, a microprocessor, a graphics card, or even all of the three at once.

Understanding this purpose that FPGA is supposed to serve, we have designed the best courses that teach FPGA to students in the best possible environment, using the best possible methodologies and trending tools, and we ensure that we hire only the foremost experts of the industry as our trainers. The foremost reasons for which we can assertively make this claim include;

1. We are the foremost of FPGA Design Training Institutes with Placement Opportunities

When you take any of our FPGA design courses and graduate, we provide you with 100% placement support. This is because one of our major goals is to make sure that we help engineers build the most successful career they can in the VLSI industry. In addition to getting you fully trained, we also make sure that you turn out the best chip designer you can be. Doesn’t this alone qualify us to claim to be the best of all FPGA training institutes?

2. The Training Itself

Our FPGA design training is designed to help even beginners in the area of FPGA design as well as RTL coding. By the time you complete the course, you will understand what FPGA is, how to solve fundamental digital design problems, as well as how to choose the most appropriate FPGA architecture for any given application. Also, as a component of the course, you will be taught how to use FPGA development tools by being allowed to use them to complete a wide range of different sample designs, including a custom processor. The training is a collection of the foremost courses needed to become a foremost expert in the industry such as; front end RTL design courses and other varying categories of RTL design courses.

3. The Highlights of the Features of Our Course

As the foremost option of all RTL design training institutes that offer ASIC design training among their courses, you are certain that we will also be among the foremost ASIC design training institutes from around the whole world. This is confirmed by the roll call of the highlights of the features of our training which include;

  • Truly deep knowledge of digital logic design.
  • An in-depth understanding of Verilog HDL – RTL synthesis and coding.
  • Excellent knowledge of FPGA implementation as well as debugging on the Xilinx evaluation board.
  • 24/7 laboratory support together with laboratory practice handouts as well as the delivery of the most appropriate course materials.
  • Development of soft skills, together with a full suite of job-oriented ASIC verification training as well as 100% placement support.
  • A full understanding of ASIC/FPGA design flows.
  • A significant understanding of the creation of power-friendly RTL designs.
  • You will acquire the needed skills for executing both minor as well as major projects.
  • You will learn project execution methods that meet industry standards, get theory and laboratory practice sessions under the able guidance of the foremost experts of the industry who possess more than twelve years’ experience.

    4. Our Instructors

Our instructors are so experienced that they can easily and conveniently, yet effectively give you quality Zynq SOC FPGA training. We always ensure that we hire only the foremost experts in the industry to teach our wide range of varying courses to our students. These experts who we hire to teach students are always ready to share their experience and help our students to build the most amazing careers they can build in the VLSI industry. As our students, these instructors give you the best opportunities for undertaking practical application as well as examples. What’s more, we empower them to teach by using the most superior training methodologies and infrastructure.

If you are considering a career in the lucrative electronics design industry, or are an engineer who is looking to make a progressive career change, our FPGA design training is a great course that will greatly boost your career opportunities.

Frequently Asked Questions

1. What is RTL Coding, and Why is it Important for FPGA Design?

RTL coding serves as the fundamental design framework for creating digital circuits in FPGA design. It is a method of composing directions that instruct the FPGA on how to act. This course will guide you in understanding both RTL coding and FPGA design so that you will understand the importance of developing efficient and robust FPGA designs.

2. What Makes Our RTL Coding Tutorials Stand Out?

Our RTL coding tutorials are designed to be both clear and engaging, with a focus on practical learning. We combine theoretical knowledge with practical experience so you can deeply understand the concepts and put them into action efficiently. Our tutorials are created to help you become a skilled FPGA designer by providing industry-standard tools and expert guidance.

3. What Are the requirements for taking FPGA Design courses?

For expected results in our FPGA design courses, a foundation in electronics or electrical engineering is advised. Having a degree in ECE, EEE, or VLSI is sufficient. If you are new, our course is created to guide you from basic to advanced FPGA design understanding.

4. How Does FPGA Design Education Benefit My Career?

Joining our FPGA design education program can lead to securing attractive career prospects in the field of electronics design. Acquiring skills in FPGA design and RTL coding will enhance your value to employers. Our team for placement will assist you in reaching your ideal job with a 100% success rate.

5. Who Should Enroll in the FPGA Design Classes?

Whether you are a fresh graduate or someone with a background in ECE, EEE, or VLSI, our FPGA design course will give you a solid foundation. No prior experience in RTL coding? No problem!  In our FPGA design classes, you will get everything you need to become the best.

6. What Types of Projects Will I Work On in the FPGA Design Course?

In RTL coding training, you will work on projects like designing custom processors, dual-port memory and validating FPGA designs. These hands-on projects help you implement your skills and solve real-world problems.

About Instructors

Mr.Charan
Mr. Charan comes with rich ~13+ years of semiconductor industry experience, worked with top service and product based VLSI companies. He has good experience in FPGA architecture and implementation and has majorly worked on wireless and on-chip communication protocol such as CPRI, Wi-fi 802.11 ad, HEVC decoder, AMBA AXI, AHB, and APB etc. He has working experience on both ASIC/SOC and FPGA design flows, his vast experience on digital FPGA architecture and problem solving skills really help future generation engineers.

Register Now
20 Students
Duration: 5 Months
Takshila VLSI Certificate

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