The Semiconductors & AI
ASIC (Application-Specific Integrated Circuit) Design
AuraChips specializes in full custom and semi-custom ASIC design services, transforming customer specifications into optimized RTL and guiding the entire design flow—logic design, simulation, synthesis, verification, and layout—until GDSII tape-out for fabrication.
We ensure performance, power, and area (PPA) optimization, while strictly following industry standards such as DFT, STA, and low-power design methodologies. Our team has extensive experience across consumer, industrial, medical, and automotive applications.
The standard ASIC design process includes:
- Specification definition
- Logic architecture design
- RTL coding (Verilog/VHDL)
- Synthesis and functional simulation
- Netlist and GDSII layout generation
- Fabrication
💡 AuraChips excels in ASIC design, transforming client requirements into high-quality RTL code and managing the entire ASIC design flow—from synthesis and netlist generation to GDSII layout ready for chip manufacturing.
AuraChips applies a flexible business model for ASIC design projects. Each project begins with detailed discussions to clearly define the technical requirements and financial expectations.
Following this, a feasibility study is conducted to:
- Develop a technically and economically viable solution
- Provide a detailed quotation including engineering resources and material costs
- Outline a development timeline
- Conduct a risk analysis and propose mitigation plans
- Most importantly, define a business model that best fits the customer’s needs — whether they are a startup, a large enterprise, or a long-term development partner.
AuraChips outlines a standard workflow for each ASIC design project, starting with consultation with the client, followed by a feasibility study, proposing technical and economic solutions, providing a quotation, developing a project plan, conducting risk assessments, and recommending a suitable business model.
Additionally, we offer support for converting ASIC designs to FPGAs for testing and early development phases.