ASIC synthesis

Concept

ASIC synthesis is the design step in which a hardware description (typically RTL) is transformed into a gate-level netlist targeted at an application-specific integrated circuit implementation. It is widely used in research and engineering workflows to obtain realistic area, timing, and power estimates for accelerator and IP block designs, as well as to produce manufacturable layouts for tape-out.

First seen 7/16/2026

Last seen 7/16/2026

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ASIC synthesis

Definition

ASIC synthesis refers to the automated process of translating a register-transfer level (RTL) hardware description—commonly written in Verilog or VHDL—into a gate-level netlist that is targeted at a specific ASIC technology node. The resulting netlist feeds into downstream physical design steps such as floorplanning, placement, clock-tree synthesis, and routing, ultimately producing a manufacturable chip layout.

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CITATIONS

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[1] ASIC synthesis is used as part of sign-off checks for area and timing in the OpenTitan Earlgrey 1.0.0 IP sign-off checklist. Signoff Checklist - OpenTitan Documentation

[2] The ImaGen framework combines FPGA prototyping with ASIC synthesis to validate memory- and power-efficient image processing accelerator designs. ImaGen: A General Framework for Generating Memory- and Power-Efficient Image Processing Accelerators

[3] The Ten-Four fused dot product unit is evaluated using ASIC synthesis in 7 nm FinFET, achieving 2.771 TFLOPS/W peak efficiency at 1.58 GHz Fmax. Ten-Four: An Open-Source Fused Dot Product Unit for Mixed-Precision GPGPU Tensor Cores