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Master Bond Offers Epoxy Underfill Formulations to Boost Reliability for Flip-Chip and CSP Assemblies
Master Bond USA Overview Master Bond provides epoxy underfill formulations designed to significantly enhance the long-term reliability of flip-chip and chip-scale packaging (CSP) assemblies. These materials achieve excellent adhesion to ... -
Krayden Supplies High Thermal Conductivity Hysol GR60 Series EMC for IPMs, Enhancing Reliability of Automotive and Industrial Modules with 2.2 W/mK
Krayden USA Overview Krayden offers advanced encapsulation solutions for Intelligent Power Modules (IPMs), featuring Hysol GR60 series epoxy mold compounds (EMC) with superior thermal conductivity. The GR60 HT variant achieves a thermal ... -
AI Technology Unveils Enhanced Thermal Dissipation Molding Underfill for HBM and 3D DRAM to Boost Package Reliability
AI Technology, Inc. USA Overview AI Technology, Inc. (AIT) has announced a new Molding Underfill (MUF) with significantly enhanced thermal dissipation, targeting advanced semiconductor packaging like HBM, 3D DRAM, and AI processors. This... -
Glass Substrates Emerge as Key Breakthrough for Next-Gen AI Chip Packaging: Intel, TSMC, Samsung Accelerate Development
Industry Analyst International Overview Glass substrates are increasingly recognized as a critical breakthrough for next-generation AI chip packaging, with industry leaders like Intel, TSMC, and Samsung Electro-Mechanics accelerating the... -
Mitsubishi Chemical Launches M-Filleris NTE Negative Thermal Expansion Filler, Enhancing Reliability of Semiconductors and Electronic Components
ChemXplore Japan Overview Mitsubishi Chemical has introduced 'M-Filleris NTE,' a novel negative thermal expansion (NTE) filler designed to address thermal stress issues in semiconductors and electronic components. This breakthrough mater... -
Bisphenol-A Modified SiO2/Epoxy Composites Achieve Ultralow Thermal Expansion, High Tg, and Thermal Shock Resistance for Power Device Packaging
ACS Publications USA Overview Researchers have developed an innovative epoxy composite for next-generation power device packaging, incorporating bisphenol-A (BPA) modified silica (SiO2) fillers. This material simultaneously achieves an u... -
Ajinomoto Fine-Techno’s ABF Breakthrough Powers Next-Gen AI: Enhanced Dielectrics and Reduced CTE Critical for Advanced Packaging
Ajinomoto Fine-Techno Investor Relations Japan Overview Ajinomoto Fine-Techno has announced a significant evolution of its Ajinomoto Build-up Film (ABF) technology, specifically engineered to meet the rigorous packaging demands of next-g... -
AtlasPCB Releases BGA Underfill Selection Guide Comparing Capillary Flow and Reworkable Formulations for Automotive, Aerospace
AtlasPCB Unknown Overview AtlasPCB has published a BGA (Ball Grid Array) underfill selection guide as part of its PCB engineering insights blog series. The article comprehensively compares capillary flow, molded underfills, and reworkabl... -
Advanced Package Substrate Market Heats Up: Ibiden Leads with $3.2 Billion Investment, Samsung Electro-Mechanics Challenges with Glass Substrates, Technical Hurdles Emerge
MK Japan Overview The package substrate market, crucial for AI semiconductor performance, is intensifying with major investments and technological competition. Japan's Ibiden maintains dominant leadership with ~35% market share, investin... -
South Korea’s JNTC and Japan’s TOPPAN Announce Partnership for AI Chip Glass Substrate Technology, Overcoming Organic Substrate Limits for Next-Gen Packaging
Tai (via Semiconductor News) South Korea Overview South Korea's JNTC and Japan's TOPPAN have forged a strategic partnership for next-generation glass substrate technology aimed at AI chips. As advanced packages integrating AI accelerator...
