Key Highlights
- Anthropic has initiated preliminary discussions with Samsung Electronics regarding custom AI chip manufacturing leveraging its 2nm technology
- The initiative remains in its infancy, with neither design specifications nor production activities yet commenced
- The company recruited Clive Chan, formerly part of OpenAI’s semiconductor division, demonstrating commitment to chip development
- Samsung, SK Hynix, and Micron invested in Anthropic’s $65 billion May funding event
- The company confirms continued reliance on Nvidia processors, AWS Trainium chips, and Google TPUs for computational needs
The creator of the Claude AI assistant, Anthropic, has embarked on preliminary efforts to develop proprietary AI semiconductors. The organization has engaged in discussions with Samsung Electronics regarding potential fabrication collaboration, as revealed by The Information.
The initiative remains in nascent stages. Neither comprehensive design blueprints nor manufacturing operations have commenced, and Anthropic retains the option to abandon the project.
Demonstrating serious commitment, Anthropic brought aboard Clive Chan, who previously contributed to OpenAI’s semiconductor development team. This recruitment suggests a strategic investment in internal chip engineering capabilities.
Discussions focus on utilizing Samsung’s 2-nanometer fabrication technology alongside its sophisticated packaging infrastructure. Such a partnership would position Samsung as a rival to Taiwan Semiconductor Manufacturing Company, which currently leads advanced AI processor production.
Samsung Electronics Co., Ltd., SMSD.L
This approach follows established industry patterns. Google developed its Tensor Processing Units years earlier. Amazon created Trainium and Inferentia processors. OpenAI collaborated with Broadcom on Jalapeño, an inference-focused chip unveiled recently.
Anthropics secured $65 billion through a Series H investment round in May, achieving a $965 billion valuation. Samsung Electronics, SK Hynix, and Micron participated in that funding event, positioning Samsung as both a financial backer and prospective manufacturing collaborator.
Samsung’s Unique Position as Manufacturing Candidate
Samsung represents the sole chip investor from that funding round operating foundry services. Unlike companies focused exclusively on design or memory production, Samsung manufactures external chip designs within its fabrication facilities.
Application-specific integrated circuits (ASICs) enable AI organizations to optimize hardware for particular computing tasks. This customization can deliver superior efficiency versus purchasing standard processors from Nvidia.
Nvidia maintains approximately 74% of the AI semiconductor market. This dominant position persists despite AI laboratories pursuing proprietary chip development.
Google is independently evaluating Samsung for partial production of upcoming Tensor Processing Unit iterations. Success in this area would further strengthen Samsung’s contract manufacturing operations.
Earlier this week, Samsung Group and SK Group unveiled a combined $518 billion investment spanning ten years to construct four memory chip facilities in South Korea.
Existing Vendor Relationships Remain Intact
Anthropic emphasized that this development doesn’t signal abandonment of current chip suppliers. The company informed The Information that AWS Trainium, Google TPUs, and Nvidia GPUs will continue serving as fundamental components of its computational scaling strategy.
Additionally, the organization is exploring chip adoption from Microsoft and UK-based startup Fractile. This indicates a diversified vendor approach rather than exclusive reliance on a single manufacturing partner.
For market observers, the critical consideration involves whether Samsung can convert these preliminary conversations into confirmed manufacturing contracts. Any formalized agreement would directly challenge TSMC’s dominant position in cutting-edge AI chip fabrication.
Samsung has previously encountered yield challenges at advanced process nodes compared to TSMC, a concern industry analysts consistently highlight.





