Udemy – Scalable Verilog System for FPGA/RTL Engineer 2022-5 – Download

Explanation

In the SynthesizableVerilog System of FPGA/RTL Engineer, FPGAs are everywhere and their presence in different parts of the page is increasing day by day. SystemVerilog plays a major role in Domain Validation as well as RTL design. The best part about both is that when you learn SystemVerilog you automatically understand VHDL and then the capabilities of both worlds can be used to build complex systems. The course focuses on SystemVerilog Synthesizable Architectures help build RTL that can be tested on FPGA Hardware. The curriculum is designed by analyzing the most common skills required by most companies working in this field. Most of the concepts are explained by considering real and practical examples to help build logic.

The course demonstrates the use of Modeling, blocking and non-blocking functions, FSM Synthesizable, Building Memory with Block and Allocation of memory resources, Vivado IP integrator, and hardware debugging techniques such as ILA and VIO. This course explores the FPGA Design flow in the Xilinx Vivado Design suite 2020 along with a discussion of implementation strategies to achieve desired performance. Many projects are described in detail to understand the use of Verilog architecture to interface with real FPGA devices. A separate section on Testbench writing and FPGA architecture further builds an understanding of FPGA internals and steps to verify the design.

What will you learn?

SystemVerilog to build the desired RTL
SystemVerilog Data Types and Operators
Modeling Patterns: GATE, CULTURE, TRANSFORMATION and CONSTRUCTION
Building FSM and memory in SystemVerilog
Using SV IP within Vivado IP Integrator

Who is this course for?

VLSI Job Seekers/Graduate Students looking to pursue career as RTL Engineer/Design Engineer/Verification Engineer.
Anyone interested in learning Xilinx FPGA/ Vivado Design Suite/ SystemVerilog Hardware Description Language
Anyone interested in starting a career in ASIC/VLSI domain