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The $9.5 Billion Design IP Market: Shifting Boundaries, Arm s Monopoly, and the RISC-V Response
**IN2FAB leverages proprietary EDA software and decades of analog/mixed-signal design expertise to help semiconductor companies migrate silicon-proven IP between process nodes and foundries, preserving costly engineering investments instead of requiring full redesigns.** Founded in 2000 by Timothy Regan, who brings extensive experience from Texas Instruments, Valid Logic Systems, and Design Resources Ltd, IN2FAB specializes in retargeting complex analog, mixed-signal, and custom digital layouts. The company addresses the critical challenge of shrinking product windows and engineering talent shortages by enabling customers to reuse validated IP across mature to advanced process technologies from virtually every major foundry and IDM. IN2FAB’s core value proposition is direct layout migration that maintains critical physical design characteristics—matching, parasitics, and layout intent—essential for high-performance circuits like data converters, PLLs, power management, RF, sensors, and memory. Unlike traditional redesign or abandonment of legacy IP, the company combines proprietary software with hands-on engineering experience from hundreds of successful tapeouts. Key differentiators include a technology-agnostic approach that integrates into existing design and verification flows, avoiding costly new EDA tool deployments. The company is now expanding beyond analog blocks to digital standard cells, hierarchical designs, memories, and complete SoCs. It is also developing focused AI tools that operate within semiconductor design environments, leveraging Cadence SKILL and other EDA-specific languages to deliver capable AI with a smaller computational footprint while keeping customer data secure. Customer engagements begin with strategic technical discussions to identify migration opportunities that reduce engineering effort, minimize risk, and accelerate time-to-market. IN2FAB’s model allows companies to protect decades of design investment while gaining flexibility to move between foundries or process nodes without disrupting product roadmaps.