EXPLORE AVECAS
Perspectives on silicon design, verification, embedded systems, and the engineering decisions behind them.
Sep 15, 2026
As semiconductor devices continue to become smaller, thinner, and more complex, wafer manufacturing requires increasingly precise control over thickness, flatness, surface quality, and dimensional…
Read article Double-Side Grinding for Precision Semiconductor Wafer ManufacturingSep 12, 2026
As conventional memory technologies approach increasingly difficult scaling and power-efficiency challenges, semiconductor research is expanding toward emerging non-volatile memory technologies. One promising technology is…
Read article Conductive-Bridging RAM (CBRAM): Enabling High-Density and Low-Power Non-Volatile MemorySep 11, 2026
As semiconductor architectures become increasingly complex, traditional packaging approaches are being challenged by rising I/O density, chiplet integration, package size requirements, and manufacturing costs.…
Read article RDL-First Packaging for Advanced Semiconductor Integration: A Scalable Path to High-Density InterconnectsSep 10, 2026
As semiconductor technology continues to scale, interconnect reliability has become just as important as transistor performance. Shrinking feature sizes, higher current densities, and increasingly…
Read article Self-Forming Metal Barriers in Semiconductor Interconnects: Enabling Reliable Advanced NodesSep 8, 2026
As semiconductor devices become smaller and more powerful, traditional wafer-level packaging approaches are facing increasing challenges in terms of cost, scalability, interconnect density, and…
Read article Panel-Level Redistribution: Enabling Scalable Advanced Semiconductor PackagingSep 7, 2026
As semiconductor devices become thinner, denser, and more vertically integrated, bonding technologies such as wafer bonding and die bonding have become increasingly important. However,…
Read article Bond Void Inspection: Detecting Hidden Defects in Semiconductor BondingSep 5, 2026
As semiconductor devices continue to scale, improving transistor performance without continuously reducing device dimensions has become increasingly important. Strained Silicon-on-Insulator (Strained-SOI) technology addresses this…
Read article Strained-SOI Technology: Enhancing Semiconductor Performance Through Engineered StrainSep 3, 2026
In semiconductor manufacturing, maintaining stable and repeatable process conditions is essential for producing high-quality wafers. Even small variations inside a process chamber can affect…
Read article Chamber Matching in Semiconductor Manufacturing: Improving Process Uniformity and Equipment PerformanceSep 2, 2026
As semiconductor devices continue to shrink and architectures become increasingly complex, manufacturers need processes that can precisely control where and how semiconductor materials are…
Read article Selective Epitaxy: Enabling Precision in Advanced Semiconductor ManufacturingSep 1, 2026
As semiconductor technology continues to scale, interconnects have become increasingly important to overall chip performance. While traditional copper interconnects remain widely used, advanced process…
Read article Cobalt Interconnects: Enabling Reliable Connections at Advanced Semiconductor NodesAug 31, 2026
As optical technologies move toward higher performance, lower losses, and greater integration, Silicon Nitride (SiN) photonics has emerged as an important platform for advanced…
Read article Silicon Nitride Photonics: Powering the Next Generation of Integrated PhotonicsAug 29, 2026
As semiconductor devices continue to shrink toward advanced process nodes, detecting defects that are only a few nanometers in size has become increasingly challenging.…
Read article E-Beam Inspection: Seeing the Defects Optical Inspection Can’t
