Intel Taps Semiconductor Veteran Seok-Hee Lee to Lead Advanced Packaging Push as Apple Deal Fuels Foundry Ambitions - Tekedia

Intel has appointed veteran semiconductor executive Seok-Hee Lee to lead its advanced packaging operations, underscoring the company’s renewed focus on rebuilding its manufacturing capabilities amid t... Read original →

Intel’s appointment of Seok-Hee Lee to lead advanced packaging isn’t a routine reshuffle—it’s a high-stakes bet on post-Moore scaling. As 3nm-class nodes hit physical limits, chiplet-based 2.5D/3D integration has become the decisive battleground for AI performance, directly boosting demand for EUV, silicon interposers, and hybrid bonding. This move pressures SK Hynix and Samsung to accelerate HBM4 co-packaging. While the rumored Apple deal could prop up utilization, politically motivated 'friend-shoring' inflates compliance costs and yield risks—especially before Intel’s 18A/14A nodes pass automotive or AI validation. TSMC (Taiwan, China) will likely counter with CoWoS capacity expansion and bundled pricing, while NVIDIA may leverage this to push Intel into opening its UCIe ecosystem. Within 18 months, packaging capability—not transistor density—will dictate foundry market share; without achieving wafer-scale yield at >1,000 units/hour by 2027, Intel’s foundry revival risks stalling again.