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Course Highlights

  • "FPGA & SoC Design Masterclass: From VHDL to Implementation", "Advanced FPGA & SoC Design with Xilinx VIVADO", "Hands-on FPGA & SoC Development: From RTL to System Integration", "FPGA & Embedded SoC Design: Architecture, VHDL, and Implementation", "SoC & FPGA System Design: A Practical Approach with VHDL & Vivado

  • Skill Type

  • Course Duration

  • Domain

  • GOI Incentive applicable

  • Course Category

  • Nasscom Assessment

  • Placement Assistance

  • Certificate Earned

  • Badge Earned

  • Content Alignment Type

  • NOS Details

  • Mode of Delivery

Course Details

Learning Objectives

What will you learn in VHDL for SOC - FPGA Design?

  • Understand FPGA architecture, internal resources, and I/O block design. Learn VHDL programming for combinational and sequential logic design. Implement state machines, memory design (RAM/ROM), and FIFO structures. Develop SoC-based Embedded Systems. Gain expertise in SoC design flow using soft and hard processors. Understand Zynq SoC architecture and its real-world applications. Integrate Processor System (PS) with Programmable Logic (PL) in FPGA. Work with Xilinx VIVADO & FPGA Hardware. Learn the FPGA development workflow using Xilinx VIVADO. Implement IP integration, synthesis, simulation, and debugging techniques. Apply timing analysis, constraints, and DSP applications in FPGA.
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Reasons to enrol

Why should you take VHDL for SOC - FPGA Design?

  • FPGA & SoC expertise is in high demand across industries like semiconductors, automotive, AI, telecom, and aerospace. One can Learn real-world applications of FPGA in high-speed computing, embedded AI, and IoT. Hands-on Training with Xilinx VIVADO & FPGA Board. Gain practical experience in designing combinational & sequential circuits, FSMs, and memory (RAM/ROM) architectures. Work on Zynq SoC, learn IP integration, timing analysis, and DSP applications in FPGA.
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Ideal Participants

Who should take VHDL for SOC - FPGA Design?

  • Engineering Students & Fresh Graduates, Embedded & FPGA Engineers, Research Scholars & Academicians, Industry Professionals & Enthusiasts
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Curriculum

Curriculum

  • Essentials of FPGA
    • Introduction to FPGA
    • FPGA basic Architecture
    • FPGA Internal resource
    • FPGA Design Essentials
    • FPGA Input/output Blocks (IOBs)
    • Special FPGA functions.
    • Logic synthesis
  • HDL Basics Review
    • The shape of VHDL
    • Demo: Multiplexer
    • Data Types
    • Concurrent Operations
    • Processes and Variables
    • Different types of VHDL Design
    • Designing Combinational Circuits
    • Designing Sequential Circuits
  • Test Benches
    • Introduction to Testbenches
    • Creating memory (RAM/ROM)
    • FIFO Designs
    • FSM Design
    • Functions
    • Coding State Machines
    • Writing a good test bench
    • Synthesis vs simulation
    • Writing synthesisable VHDL Code
    • Best Practise for RTL design
    • Designing with IP
  • SoC Design Modules
    • What is SoC Design
    • Need for SoC
    • Soc Design flow using soft and hard processor
    • Introduction to Zynq SoC
    • Hands on FPGA Board
  • Working on Xilinx
    • Xilinx VIVADO
    • Tool Flow basics and Understanding
    • IP FLOW
    • Software Development Design with C
    • Timing Analysis
    • Applying constraints and viewing reports
    • IO pin planning
    • Clock Constraints
    • Reset Constraints
    • FPGA Resources for DSP application
    • Hands on FPGA Board
  • Soft/Hard Processor design
    • FPGA Resources for DSP application
    • Hands on FPGA Board
    • Programmable Logic(PL) Implementation example
    • Processor System Implementation example
    • PS-PL Implementation example
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skills and tools

Tools you will learn in VHDL for SOC - FPGA Design

  • Xilinx Vivado/EDA playground, ARTIX FPGA/Spartan 6
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