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Rapidus CORE Turns 2nm Foundry Access Into a 17-Partner Design Workflow

Rapidus is wrapping its 2nm process in a 17-company design network, attacking the customer handoff that makes advanced-node access slow even when the fab is ready.

Thesis connection

A pre-wired network spanning design services, EDA, IP, and manufacturing reduces the coordination cost between an architecture decision and a foundry-ready implementation.

#semiconductor#eda#tools
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Rapidus is treating the design handoff as part of the foundry product. Rapidus CORE starts with 17 Design Solution Associates, including Cadence, Synopsys, HCL, Infosys, MosChip, and Wipro, that can bridge customers into the company's 2nm process before its full EDA and IP network is complete. The constraint being removed is the months of partner discovery, tool qualification, and process translation that sit between choosing a node and producing a credible implementation plan.

This matters because advanced-node access is mostly an integration problem for teams without hyperscaler-scale engineering groups. A process design kit does not supply physical design capacity, package expertise, signoff flows, or engineers who know which assumptions will fail on a new process. Rapidus is assembling those dependencies into a declared workflow and says CORE will expand beyond design services into EDA and IP. If the interfaces are real, customers can start architecture and implementation work against one coordinated path instead of negotiating a separate chain of vendors.

The 17-member list is evidence of coverage, not proof that the workflow works. Rapidus now has to publish qualified flows, measurable handoff times, and first-pass silicon results. By the end of 2027, its competitive position will depend less on nominal 2nm capability than on whether a mid-size chip team can move from spec to foundry-ready database without building its own coordination layer.