FPGA Design: Architecture and Implementation - Speed (Timing) Optimization - Part 1

FPGA Design: Architecture and Implementation - Speed (Timing) Optimization - Part 1
I've immersed myself in a plethora of FPGA (Field Programmable Gate Array) designs, methodologies, and techniques across various industries. Drawing from this rich pool of experiences, I've cultivated my own set of strategies and insights.
The aim of this playlist is to distill years of experience and knowledge gathered from technology-specific resources like white papers and appnotes into a concise KZbin series. This series is intended to enhance the expertise of FPGA designers, offering practical insights and techniques.
I focus on delving into advanced real-world topics while trimming away unnecessary theoretical discussions, speculation about future technologies, and outdated details.
To structure this series, I've organized the videos to align with a typical design flow. Starting with architecture, they progress through simulation, synthesis, floorplanning, and more.
For simplicity, I've standardized SystemVerilog as the default HDL (Hardware Description Language) and Xilinx as the default FPGA vendor.