Key facts: Samsung may make Google TPU interface on 2nm; memory bonuses - TradingView

According to a TradingView report, Samsung Electronics may use its 2nm process to manufacture the interface chip for Google's next-generation Tensor TPU, while the main compute die will be supplied by... Read original →

Samsung’s potential use of its 2nm node for Google’s TPU interface chip reveals a strategic shift toward heterogeneous integration: compute and I/O functions are now optimized on separate process nodes. TSMC retains the high-yield compute die, while Samsung leverages its EUV scaling prowess for high-speed interconnects—forcing second-tier foundries like SMIC to accelerate CoWoS-like packaging development. Geopolitically, tightening U.S.-Dutch export controls on EUV tools risk delaying Samsung’s 2nm ramp, inflating capex. Intel may counter by bundling AI clients with its 18A platform, while TSMC likely accelerates EUV layer reduction in its 2nm node to widen its lead. Over the next 18 months, hybrid ‘TSMC-plus-Samsung’ supply chains will become standard for AI accelerators. Meanwhile, performance-linked bonuses in memory divisions signal an intensifying talent war—advanced process teams’ compensation increasingly tied to product market share, cementing a ‘winner-takes-most’ industry dynamic.