ASIC Design Services

Full-flow IC design services focused on supporting semiconductor and systems companies.

At AndGate Informatics, we provide an extensive set of full-flow IC design services focused on supporting semiconductor and systems companies in the delivery of IC, SoC, ASIC or FPGA projects. These services range from a full turnkey solution that delivers a production ready design, to sub-system or IP block development, or having our engineers augment your existing design teams with specialist design, application or EDA tools expertise.

To ensure successful ASIC design, we follow a proven ASIC design flow which is based on a good understanding of ASIC specifications, requirements, low power design and performance, with a focus on meeting the goal of right time to market.

In order to fulfil futuristic demands of chip design, changes are required in design tools, methodologies, and software/hardware capabilities. For those changes, ASIC design flow adopted by our engineers for efficient structured ASIC chip architecture and focus on its design functionalities.

ASIC design flow is a mature and silicon-proven IC design process which includes various steps like design conceptualization, chip optimization, logical/physical implementation, and design validation and verification.

As the world is moving towards a lower technology node, engineers face complex design challenges with the need for implanting millions of gates in a small area. In order to make this ASIC design routable, placement density range needs to be followed for better QoR. Placement density analysis is an important parameter to get better outcomes with less number of iterations.

Our Engineers are highly skilled in frontend design engineering. We provide highly skilled engineers on RTL implementation. Our engineers support RTL implementation, micro-architecture development, Verilog, SystemVerilog, C modeling, synthesis, linting, DFT, and all major EDA tools. Apart from design, we have bug-hunter verification engineers who are experts in SystemVerilog, C++, Python, Perl, and UVM methodologies.