Intrinsix brings the strength of its Platforms, Process and People to bear on the most complex and time-critical integrated circuit design projects. We maintain expertise and state-of-the-art tools across 4 major design service domains.
Intrinsix tackles complex multi-processor digital SoC and FPGA design using its ready-to-go platform IP, a rigorous process of metrics-based verification, and a seasoned team of experienced people. With hundreds of completed SoCs in production from Intrinsix customers, we can help you from start to finish – click here to learn more about our unique approach to SoC and FPGA design. Learn More
Because the breadth in both the application space AND solution space is so wide within the field of mixed signal, analog, and RF chip design, our customers typically look for solid proof of relevant design experience and IP when choosing Intrinsix. Our history across many markets, many process nodes, and across frequency and power ranges provides us that critical background. Click here to get a better understanding of our range of skills and capabilities within this exciting but broad world of chip design. Learn More
Verification is the left-half of the brain to design’s right-half. For every design project with digital or mixed signal or fully analog, verification has the role that starts at the very beginning and owns the answer to everyone’s question: Is it done yet? Find out how Intrinsix verification teams and our metrics-based verification approach ensures timely success. Learn More
Intrinsix Physical Design (PD) teams use their specific skills to take the detailed and completed design from RTL into your chosen process. Interfacing with RTL design teams and understanding the nuances of each foundry, each library, and each tool for advanced node design takes experience and a nimble mind. Our Project Managers, skilled at supply chain management, will coordinate from the start through to finished chips and working systems. Find out about our unique approach to physical design and silicon realization of your silicon. Learn More