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Alright, now for the exciting part: **_physical design_**! This is where your digital dream becomes a physical reality. In this stage, the gate-level netlist from synthesis is transformed into a physical layout that can be manufactured. This involves several key steps: floorplanning, placement, clock tree synthesis (CTS), routing, and finally, layout generation (GDSII). Floorplanning is like planning your house layout, deciding where the different blocks of your circuit will be placed. Placement involves placing the individual logic gates and other components (like memory blocks) on the chip. CTS is a critical step, ensuring that the clock signal reaches all parts of the chip at the same time. Routing is connecting all the components with wires, following design rules and constraints. Finally, layout generation creates the GDSII file, which is the final physical representation of the chip. At this point, you're getting very close to the final product. Your digital design is now a physical layout that can be sent to a fab house for manufacturing. The tools used in physical design are complex. The layout must be carefully designed to ensure proper functionality and performance. The physical design phase is complex and involves multiple steps, including floorplanning, placement, clock tree synthesis, routing, and layout generation.
