{"id":"thesis-semiconductor-cycle","category":"thesis","title":"Semiconductor Cycle and TSMC Dependency","summary":"AI chip demand distorting the classic semi cycle; foundry geopolitics is the critical risk.","trigger":{"always":false,"sectors":["Technology"],"tickers":["TSM","ASML","AMAT","LRCX","KLAC","MU","INTC","ON","TXN"],"regimes":[]},"ttl_hours":336,"content":{"thesis":"AI demand for advanced GPUs and custom ASICs has distorted the classic semiconductor inventory cycle — leading-edge capacity is sold out years in advance while trailing-edge capacity (IoT, autos) normalizes. TSMC's foundry monopoly on sub-5nm nodes creates a geopolitical single-point-of-failure the world is racing to solve.","primary_beneficiaries":{"TSM":"TSMC — sole viable manufacturer of leading-edge chips below 5nm; pricing power intact","ASML":"ASML — monopoly on EUV lithography equipment required for advanced nodes; no substitute","AMAT":"Applied Materials — CVD/etch equipment benefiting from advanced packaging for AI chips"},"risks":["Taiwan conflict — any Chinese blockade or invasion would cause catastrophic global chip shortage","Trailing-edge cyclicality — non-AI end markets (autos, IoT) still face inventory digestion headwinds"],"time_horizon":"3-10 years","conviction":"high"}}