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Semiconductor Back-End
Morgan Stanley Forecasts 93% CoWoS Demand Surge by 2027, Driven by AMD’s Venice CPU Shipments
KuCoin International Overview Morgan Stanley forecasts global CoWoS (Chip-on-Wafer-on-Substrate) demand to nearly double to 2.694 million wafers in 2027, a 93% increase from 1.394 million in 2026. This growth is predominantly driven by A... -
Semiconductor Back-End
Global ABF Substrate Shortage to Persist Through 2028 Due to Soaring AI Demand, Impacting High-End Chip Production
DigiTimes Taiwan Overview The global market for ABF (Ajinomoto Build-up Film) substrates is projected to remain in shortage through 2028, driven by escalating demand for AI hardware. This scarcity directly impacts the production of high-... -
Semiconductor Back-End
ASE Initiates Largest-Ever Global Expansion to Double CoWoS Capacity to 45,000 Wafers/Month by Late 2027
Industry Blog/Analysis International Overview ASE is undertaking its largest global factory expansion in history, commencing construction of six new packaging and testing plants in 2026. This aggressive ramp aims to increase monthly CoWo... -
Photonics
MIT’s Electronic-Photonic Chip Achieves Over 1 Pbps Data Transfer, Targets 10 Pbps by 2030 to Resolve AI Energy Crisis
MarketWise USA Overview A novel optical coupler developed through MIT's FUTUR-IC program enables AI chips to transfer data at over 1 petabit per second (Pbps), with ambitions for 10 Pbps by 2030. This electronic-photonic integration dram... -
Semiconductor Back-End
Morgan Stanley Forecasts 93% Surge in CoWoS Demand by 2027, Anticipates AMD Venice CPU Adoption
Phemex News USA Overview Morgan Stanley projects a staggering 93% surge in global demand for CoWoS (Chip-on-Wafer-on-Substrate) technology by 2027, reaching 2.694 million units. Nvidia is expected to remain the largest consumer, accounti... -
Semiconductor Back-End
Micron Invests $9.3 Billion in Hiroshima for HBM Production Launching 2028, Expands Packaging Capacity in Singapore
TechsCurrent Japan Overview Micron Technology has broken ground on a $9.3 billion expansion of its Hiroshima, Japan factory to bolster High-Bandwidth Memory (HBM) production, with shipments expected around summer 2028, supported by Japan... -
Semiconductor Back-End
HBM and ABF Shortages Intensify AI Chip Supply Bottlenecks, Ajinomoto Forecasts Over 20% ABF Supply Gap by 2027
Semiconductor Engineering USA Overview The primary bottlenecks for AI chip production are the critical shortage of High-Bandwidth Memory (HBM) and the complex packaging capacity required for GPUs/XPUs by Nvidia, AMD, and Google, coupled ... -
Semiconductor Back-End
TSMC Significantly Expands CoWoS Advanced Packaging Capacity, to Begin Production of 14-Reticle-Size Packages by 2028 for Surging AI Demand
Biya Global Limited Taiwan Overview TSMC is substantially expanding its CoWoS (Chip-on-Wafer-on-Substrate) advanced packaging capacity to meet the surging demand for AI chips. The company aims to nearly quadruple CoWoS capacity to 130,00... -
Semiconductor Back-End
AT&S Initiates High-Volume AI Substrate Production in Malaysia, Backed by Major Customer Commitments and Projecting Substantial Revenue Growth
boerse-social.com Austria Overview AT&S, a leading Austrian manufacturer of high-end IC substrates, has commenced high-volume production of advanced AI substrates at its new Kulim, Malaysia, facility. This expansion, supported by lon... -
Semiconductor Back-End
Amkor Technology Commits $2.5B-$3.0B to Advanced Packaging Facilities for AI Demand, Arizona Plant Slated for 2028 Production
Hudson Labs USA Overview Amkor Technology plans a substantial capital expenditure of $2.5 billion to $3.0 billion for fiscal year 2026, driven by accelerating demand for advanced packaging in AI and data center computing. The investment ...