Using Xilinx FPGA's
InstructorKumar KhandagleInstruction spans behavioral, gate-level, switch-level, and structural modeling styles to build a broad technical foundation.
The curriculum details the full Vivado design flow, including project creation, synthesis strategies, and hardware debugging with VIO.
Editorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This course layout slide outlines the curriculum structure, covering FPGA design flow, combinational and sequential circuits, Verilog constructs, advanced concepts, and Xilinx toolsets.
This conceptual diagram illustrates the fundamental components of a System on Chip (SoC), showing how a processor core combines with programmable logic to form the complete architecture.
This slide outlines the core advantages of FPGAs, highlighting flexibility and the capability to design any digital logic system.
The curriculum relies on Vivado 2020, which may be considered outdated for current industry standards.
Selected from the course's public promotional preview. These images document visible presentation material only; they do not represent the complete paid curriculum.
The curriculum aligns well with the goals of aspiring RTL and Design Engineers focusing on Xilinx hardware.