ASE's panel-level packaging implementation for AMD's Venice CPU gives both companies a reason to do great in the coming years. Per SemiAnalysis, ASE and its subsidiary SPIL implemented second-generation fan-out embedded bridge technology for Venice, with limited initial production targeted for Q1 2027. A 310 mm panel fits 25 interposers versus 22 on a 300 mm wafer, a modest 14% gain rather than a dramatic cost reduction. x.com 

ASE Technology's packaging tightness now extends beyond AI to analog and mature-node chips, supporting price hikes. Lead times are up over 30%; FC/Wirebond/QFN hikes of 10–80% and CoWoS hikes of 10–20% are expected in 3Q–4Q26. Higher AMD server CPU wafer allocation, CoWoS adoption for Venice, Verano and future AMD CPUs, and limited competition support LEAP growth. LEAP revenue is forecast at US$4bn/$8bn in 2026/27, above guidance. The target rises to NT$843 from NT$754 on 25x 2027E EPS. x.com 

Amkor could fill its underused traditional packaging capacity, such as in the Philippines, at higher prices if a reported shortage materializes, lifting nearer-term revenue. IC design insiders say packaging providers have warned clients of a traditional packaging capacity deficit exceeding 20% by 2027, as AI server shipments drive demand for mature chips and absorb existing capacity. The main ramp still comes in early 2028 in Arizona, once TSMC and Nvidia work there takes off. x.com  x.com 

Agentic AI demand should drive AMD's 2027 data-center growth well over 100% year on year. Server CPU revenue is forecast to double, with over 5 million Venice units shipping in 2027; Helios racks should ramp mostly in Q1 2027, with over 20,000 expected that year, while MI450/455X volume remains limited by end-2026. Projected 2027 sales are $103bn, with 2027 EPS revised up 15% and a new $720 target at 40x 2027 earnings. x.com 

Amkor's Nvidia advanced-packaging agreement gives its Arizona expansion a $1.5B multiyear commitment. Q2 sales rose 26% to $1.90B, with record computing revenue; Q3 results are due October 26. x.com 

AMD's Helion rack design could benefit from agentic-AI demand beyond GPUs as more advanced agents require more CPU compute. Built for agentic AI, it can support up to 32,768 EPYC CPU cores in a rack, with configurations that also integrate Instinct GPUs. Helion configurations are planned for November, making this a very bullish development for AMD's long-term data center opportunity. x.com 

Amkor stands to benefit as the first US-made Nvidia GB300 AI chips roll off TSMC's Arizona fab, a major step toward domestic AI chip production. Those chips still need CoWoS advanced packaging before production is fully localized in the US. x.com 

Amkor is the leading independent way to own advanced packaging, now the enabling technology for AI chips; overweight, $85 target. Advanced packaging is 75-80% of sales. Growth should beat the industry on AI demand, customers diversifying away from Taiwan and China to Amkor's global footprint, share gains and rising complexity. The target assumes about 32x $2.65 of exit-2026 earnings power versus peers at 26x. Risks: 2.5D capacity execution, customer concentration and the Kim family stake. x.com 

Amkor and ASE gain as TSMC's advanced-packaging spillover grows, making this the season for outsourced packaging. The share of spillover customers at TSMC has risen drastically, so the Amkor partnership was the viable option, and ASE has huge opportunities too. A post the author replies to calls packaging the biggest bottleneck, with chiplets, compute-memory stacking and silicon photonics driving growth. x.com 

AMD stands to gain as CPUs for agentic AI could exceed 50% of the total CPU market by 2030; @BenBajarin estimates a 62% CAGR for agentic CPUs. The risk is supply: next year ASIC makers and AMD may struggle with supply chain capacity constraints, as Nvidia locks up tier-one suppliers with hard supply agreements, which per @lokoyacap signals worsening shortages. That lockup is good for tier-two suppliers. x.com  x.com