New Technology– category –
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KAIST Develops Breakthrough Liquid Cooling Technology to Shatter AI Semiconductor Thermal Bottleneck
Mirage News South Korea Overview KAIST researchers have developed an innovative liquid cooling technology that breaks through the severe thermal management bottleneck in AI semiconductors and advanced electronic packaging. This breakthro... -
Semiconductor Engineering June 2026 Report Highlights On-Chip Photonics, Hybrid Bonding, and GaN for AI/HPC
Semiconductor Engineering USA Overview Semiconductor Engineering's June 2026 issue features on-chip photonics for AI systems, enhanced connectivity via hybrid bonding, new GaN power device designs, and managing manufacturing variations a... -
TSMC to Halve AI Chip Supply Gap from 20% to 10% by End-2026 with CoWoS Capacity Boost; Next-Gen CoPoS on Track
TrendForce Taiwan Overview TSMC is projected to halve the AI chip supply-demand gap from approximately 20% to 10% by the end of 2026 through aggressive expansion of its CoWoS advanced packaging capacity. The company's monthly CoWoS produ... -
imec Unleashes High-Density MIMCAP RF Interposer for D-Band Millimeter-Wave and Sub-THz Communications, Accelerating III-V Chiplet Integration
imec ベルギー Overview imec has unveiled a high-density MIMCAP RF interposer specifically engineered for demanding D-band and sub-THz wireless front-ends, alongside hundreds of gigahertz data center links. This innovative platform priori... -
Park Systems and imec Forge Alliance for Next-Gen 3D Packaging and Logic Metrology
imec Official Press Release ベルギー Overview Nano-metrology leader Park Systems has launched a two-year Joint Development Program (JDP) with imec, a global semiconductor research powerhouse. The partnership focuses on creating cutting-e... -
Glass Core Substrates Emerge as Next-Gen AI/HPC Packaging Technology, Face Commercialization Hurdles in Brittleness and TGV Formation
Pandaily China Overview Glass core substrates are garnering significant attention in the semiconductor packaging industry, driven by escalating performance demands in AI chips, HPC, and advanced processor packaging. They offer superior d... -
Henkel Expands Electronics Materials Investment in Korea, Bolstering HBM Packaging Material Development for Surging AI Semiconductor Demand
The Elec Inc. South Korea Overview German materials giant Henkel is expanding its investment in the electronics materials business in South Korea to meet the escalating demand for AI semiconductors. This includes reinforcing R&D pers... -
TSMC Strengthens Glass Substrate Supply Chain for CoWoS, Achieving 16% Warpage Reduction for High-Performance AI GPUs
Wccftech USA Overview TSMC is expanding its glass substrate supply chain for advanced CoWoS packaging, collaborating with Innolux and Ibiden. Glass substrates demonstrate a 16% reduction in package warpage, along with improved thermal ex... -
ABF Substrates Become AI Accelerator Bottleneck, Nvidia’s H100 Requires 12+ Layers; Glass Substrates Emerge as Next-Gen Solution, Commercialization Years Away
Data Gravity USA Overview Ajinomoto Build-up Film (ABF) substrates are a critical component and growing bottleneck in AI accelerators, HBM, and chiplet-based designs. Nvidia's H100 GPU demands over 12 layers of ABF, with the Blackwell B2... -
TSMC’s CoWoS Capacity, Targeting 125K-130K Wafers/Month by 2026, Still Falls Short as Nvidia Reserves 60% of Output
INDmoney India Overview TSMC's CoWoS advanced packaging remains a hidden bottleneck in AI chip supply, despite targeting 125,000-130,000 wafers per month capacity by the end of 2026. Demand continues to outstrip supply, with TSMC's CEO s...
