CTE– tag –
-
Advanced IC Substrate Carriers: PICA Unveils High-Density Packaging Solutions for 5G/6G Modules
PICA Manufacturing Solutions USA Overview PICA Manufacturing Solutions is offering advanced, high-density IC substrate carrier architectures crucial for next-generation packaging in applications like 5G/6G modules and optical transceiver... -
Samsung and Intel Pioneer Low-Warpage Solutions for Advanced Electronics Packaging, Boosting Reliability
PatSnap Eureka Global Overview Samsung and Intel are spearheading efforts to reduce warpage in electronics packaging components. Samsung leverages its I-Cube technology and optimized package stack designs to match thermal expansion chara... -
Low-Stress Mold Compounds Evolve to Protect Fragile Components in Advanced Semiconductor Packages
Global Semiconductor Global Overview Modern low-stress molding technologies encompass diverse material compositions, including silicone-based compounds and modified epoxies with flexible segments. These compounds have evolved to address ... -
AMC to Mass Produce Anti-Warping Materials for AI Semiconductor Packaging by H2 2026
digitimes Taiwan Overview Alliance Material Co. (AMC), a key Taiwanese advanced semiconductor material supplier in the TSMC ecosystem, announced its anti-warping balance film materials are in final customer verification and expected to e... -
Talc’s Multifunctional Role: Enhancing Performance in EV Batteries and Power Electronics
Alliance Chemical USA Overview Talc plays a crucial role in advanced technologies from EV batteries to power electronics. Talc-filled silicone or polyurethane gap pads serve as thermal interface materials in EV battery modules, providing... -
Glass Substrates Emerge as Next-Generation Solution to AI Chip Packaging Bottleneck
TrendForce Taiwan Overview Glass substrates are gaining significant traction as a next-generation material poised to overcome the limitations of traditional organic substrates and resolve critical bottlenecks in AI chip packaging. Offeri... -
CTE-Gradient Interconnect Technology Drastically Reduces Thermal Cycling Damage in SiC Inverters
PatSnap Eureka USA Overview PatSnap Eureka reveals an innovative approach to mitigate thermal cycling damage in SiC power inverter modules by creating biomimetic interconnects with a Coefficient of Thermal Expansion (CTE) gradient. This ... -
Direct Die-Attach Microchannel Cooling with Sintered Silver Boosts SiC Inverter Thermal Performance
PatSnap Eureka USA Overview An innovative thermal management solution combining direct die-attach microchannel cooling with sintered silver bonding is proposed to combat overheating in high-power-density SiC inverters. By directly joinin...
