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4-2-4 Traditional Giants' Transformation Anxiety — Elite Material (6213) and Panasonic's Catch-up
Semiconductor
EDGE / / 5 minutes read

4-2-4 Traditional Giants' Transformation Anxiety — Elite Material (6213) and Panasonic's Catch-up

Soaring AI specs create an 'innovator's dilemma' for giants. Taiwan's Elite Material (6213) lagged in M8 (no HDI); it now seeks NVIDIA cert via auto/general servers for comeback. Panasonic, a high-freq pioneer, lost AI share to TW/KR firms due to slow decisions/customization, facing 'twilight'.
4-2-3 Caught Between a Networking Champion and a Korean Dark Horse — Taoyo (6274)'s Counterattack in Taiwan
Semiconductor
EDGE / / 7 minutes read

4-2-3 Caught Between a Networking Champion and a Korean Dark Horse — Taoyo (6274)'s Counterattack in Taiwan

NVIDIA launched multi-vendor strategy, cutting supply risk. Taiwan's Taoyo (6274) leveraged 800G switch edge, outflanking NVLink/ASIC, countering with new Thai capacity. Korea's Doosan, with state capital/geopolitical edge, aggressively entered GB300/Rubin, announcing 71% capacity surge. High-end...
4-2-2 The Hegemon's Formidable Moat —— Elite Material (2383)'s Halogen-Free Offensive and M8 Absolute Dominance
Semiconductor
EDGE / / 9 minutes read

4-2-2 The Hegemon's Formidable Moat —— Elite Material (2383)'s Halogen-Free Offensive and M8 Absolute Dominance

Elite Material (2383), using its "halogen-free" formula, solved M8 PPO brittleness in HDI, securing ~70% AI GPU board monopoly. With 40% capacity, it earns "asymmetric super-profits" exceeding rivals. Yield/cost advantages secure dominance against second-source fears, launching next-gen M9 (EM-89...
4-2-1 The Absolute Realm of Physics – Copper Clad Laminates (CCL) and the Ultra-High Frequency Marvel of Dk/Df
Semiconductor
EDGE / / 9 minutes read

4-2-1 The Absolute Realm of Physics – Copper Clad Laminates (CCL) and the Ultra-High Frequency Marvel of Dk/Df

AI servers' ultra-high freq. transmission makes CCL critical for computing power. Success depends on Dk (speed) and Df (signal integrity). To counter high-freq. signal loss and skin effect, materials must upgrade from epoxy to PPO resin and HVLP copper. This pushes AI substrates to the Df<0.002 M...
3-5-2 A Hybrid of Logic and Memory: Powerchip's Heterogeneous Integration Revolution
Semiconductor
EDGE / / 5 minutes read

3-5-2 A Hybrid of Logic and Memory: Powerchip's Heterogeneous Integration Revolution

Powerchip expects 2026 capacity surge & financial rebound via mature process shortages. Core 'heterogeneous integration' (3D WoW/AIM) vertically merges logic/memory, solving edge AI bandwidth/power bottlenecks. Micron alliance & HBM pre-processing transform Powerchip to system-level packaging pla...
3-5-1 Avoiding the Giants' Battlefield — Winbond Electronics and Nanya Technology's Specialty DRAM Strategy
Semiconductor
EDGE / / 6 minutes read

3-5-1 Avoiding the Giants' Battlefield — Winbond Electronics and Nanya Technology's Specialty DRAM Strategy

As three giants pivot to HBM & DDR5, Nanya Tech & Winbond Electronics defend niche DRAM. Nanya Tech, with its 1B process, targets 10nm-class & DDR4 gaps for ASP surges. Winbond uses 16nm for low-density specs, building IoT/edge computing long-tail monopolies. This is a survival battle, avoiding d...