Chip anti-compiler, also known as chip decompiler, refers to the extraction and analysis of a chip's internal circuitry to gain insights into its technology principles, design concepts, manufacturing processes, and structural mechanisms. This process can be used to verify design frameworks, analyze information flow, solve technical problems, and even facilitate new chip or product designs.

Through collaborations with leading chip design companies, we have established long-term commitments to complete product positioning, competitive analysis, copyright protection, and learning advanced reference design ideas and skills. Our chip decompiler utilizes unique techniques and combat skills to efficiently and accurately extract and analyze circuits. This allows us to provide customers with an innovation platform, reducing their learning curve and accelerating their technical advancements.

Our chip decompilation program services include netlist/schematic reverse extraction, circuit hierarchy organization, logic function analysis, layout extraction and design, design rule check and adjustment, logical layout verification, cell library replacement, and process size scaling.

By utilizing these reverse analysis methods, we can help customers assess the feasibility of new projects, explore innovative ideas, identify issues, and estimate costs. We can also assist in resolving key technical challenges for existing products and leverage market resources to reduce barriers to entry and improve product compatibility.

Netlist/schematic reverse extraction is a critical aspect of chip decompilation, as the quality and speed of netlist extraction directly impact subsequent tasks such as simulation and LVS (layout versus schematic) checks. Based on our extensive experience and independent software development, we can accurately and efficiently extract high-quality netlists/schematics.

After logic function netlist extraction, circuit finishing work is often required to organize the circuit hierarchy and identify netlist errors. This allows us to understand the designer's intentions and skills.

Layout is the physical realization of the circuit's logic in an integrated circuit (IC) product. In our decompilation program, we replace the technology library and modify the design rule check (DRC) and LVS verification based on the extracted territory. This enables us to provide design services tailored to the target process.

Logical layout verification ensures the accuracy of the netlist and layout through various authentication processes. At East Conduction Technology, we offer a variety of authentication services for chip netlist and layout data to ensure the integrity of the design process.