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The journey, as we mentioned, begins with **_RTL_**, which is basically a high-level description of what the chip should do. We use hardware description languages (HDLs) like **_Verilog_** or **_VHDL_** to describe the chip's behavior at a functional level, specifying how different registers and logic gates interact. Imagine writing a detailed instruction manual for the chip. It tells the chip how to react to different inputs. This is where the design process actually starts. The RTL code is then translated into a gate-level netlist, which specifies the actual logic gates and their interconnections. It's like turning that instruction manual into a wiring diagram. The whole flow is broken down into a series of well-defined stages: system specification, RTL coding, verification, synthesis, **_Physical Design_**, and finally, manufacturing. Each stage has its own unique set of tools, techniques, and challenges. Now, this whole process is super iterative. Changes and adjustments are a constant part of the process, and engineers might go back and forth between different stages to optimize the design, fix bugs, or meet performance targets. One of the biggest challenges in the flow is that the characteristics of components change at each step. This means that design engineers need to constantly verify the design throughout the process. Verification is key to ensuring that the final chip works as intended. This involves simulation, testing, and other techniques to identify and fix any design flaws.
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