TSMC Modifies Capital Strategy to Support Rapid International Expansion and Advanced 2nm Node Production While Scaling Packaging Facilities to Address Global AI Chip Shortages
The current capital strategy of TSMC has been changed because AI demand exceeds their production capability. The current operational performance of TSMC has reached its highest point in history while the company expects to continue growing until the end of 2026. C.C. Wei Chairman of the company showed during the earnings calls that the current manufacturing ability of the industry operates at its maximum level which cannot meet the AI sector's extreme demand. The supply shortage has compelled major companies like NVIDIA, AMD, Qualcomm, and Google to pursue backup production deals with their competitors Samsung and Intel. TSMC responds to the situation through an international expansion initiative which will be supported by a 30% increase in forecasted revenue growth for the entire year.
Digitimes reports that TSMC currently operates in multiple regions through its geographic balancing system. The company is actively transitioning 5nm equipment in the Southern Taiwan Science Park to support 3nm processes while constructing a massive array of fabs across Taiwan Arizona and Kumamoto. The company will begin its first major production expansion after reaching its first process milestones through its international hubs which will start operating 3nm capacity by 2027 and 2028.
The roadmap for smaller nodes follows two separate ambitious paths. Hsinchu's Baoshan F20 facility is leading the charge into 2nm with equipment move ins for the P3 fab slated for completion by mid 2026. The Kaohsiung project is developing through its F22 P3 and P4 plants which will use both 2nm and A16 technology. TSMC has begun its search for experimental production sites which will develop sub 1nm nodes in Tainan while the company aims for a 2029 trial phase to sustain its technological lead.
The most important tactical change for the company involves its advanced packaging process which the industry now uses to address both current requirements and future R&D necessities. TSMC has identified CoWoS as its main revenue source but the company is approaching CoPoS technology with caution because TSMC has emerged as its primary revenue source. Internal development timelines have drifted significantly because the project which targeted 2028 now extends toward a 2030 pilot operation. The current engineering team must overcome major "uniformity" and "warpage" challenges which require them to make careful decisions about new equipment purchases. TSMC demands that equipment partners sign strict intellectual property agreements because they need to protect their research and development projects that sustain the company's competitive edge.
The Chiayi facility now serves as the central hub for the advanced packaging operations of the company. TSMC will increase its System on Integrated Chips SoIC capacity at Chiayi to 50000 wafers per month by 2027 while NVIDIA will obtain most of that production capacity. CoPoS remains a long term research pursuit but equipment manufacturers will decide between the two technologies based on the company's success with scaling CoWoS and SoIC during the next four years. TSMC raises the technological threshold which makes it difficult for supply chain partners to keep up with its operations thus establishing a future market that will allow only advanced suppliers to access its capital expenditure pipeline.
