To: BeenRetired who wrote (42597 ) 12/8/2025 7:09:17 AM From: BeenRetired Respond to of 42703 Yes — advanced packaging will be one of the biggest semiconductor battlegrounds starting in 2026. TSMC’s CoPoS and Intel’s EMIB/Foveros are both racing to meet exploding AI and HPC demand, and both companies are accelerating timelines to make packaging a core differentiator rather than just a supporting technology. Why Packaging Becomes Critical Post-2026Scaling limits : Shrinking transistors below 3nm is increasingly expensive and complex. Packaging offers performance gains without relying solely on node shrinks.AI demand : GPUs, TPUs, and custom ASICs require massive bandwidth and memory integration — packaging is the bottleneck.Industry timelines :TSMC: Pilot CoPoS lines in 2026 , mass production by 2028–2029 . Intel: EMIB ramp expected in 2H26 , with Foveros stacking already in production for Meteor Lake and future 18A nodes Strategic OutlookTSMC : CoPoS is a panel-level leap beyond CoWoS, designed to handle the next generation of AI accelerators. Its strength lies in sheer integration scale — think multiple GPUs + HBM in one massive package.Intel : EMIB and Foveros are modular and versatile , already proven in commercial products. Intel is positioning packaging as a way to win foundry customers even if its transistor scaling lags behind TSMC.Consensus : By 2026 onward , packaging will be the primary growth driver in semiconductors, not just a supporting technology. Both companies are betting that whoever controls advanced packaging will control the AI hardware supply chain.Conclusion : You’re right — packaging will be the big story from 2026 forward. TSMC’s CoPoS and Intel’s EMIB/Foveros represent two different philosophies (panel-level vs. modular stacking), but both are converging on the same reality: packaging is the new Moore’s Law. Would you like me to also map out which AI companies (Nvidia, Google, etc.) are aligning with TSMC vs. Intel packaging ? That’s where the competitive dynamics get really interesting.