Packaging news and technical articles from Solid State Technology Magazine. Search Packaging latest and archived news and articles
adapted for print by AP editors This article is the second in a series on 3D packaging technology, and summarizes information presented during a December 2007 webcast produced and hosted by Advanced Packaging magazine. Participants included: Dan Schmauch and Rozalia Beica, Semitool Inc.; Jean-Marc ...
solutions for through silicon via (TSV)-based 2.5D and 3D packages . The concept model test cell, DIMENSION, integrates a ..... available at www.advantest.co.jp Learn more about 2.5D/ 3D packaging technology developments in our report from The ConFab: 3D
always have limitations on well ordered interconnects. Folded 3D packages are basically 2D flexible interconnects, folded in the third ..... sensors and other functions for additional applications. This 3D package differs from existing alternatives in that it fully exploits
process test of stacked dies during the assembly process of 3D packages . The hardware set up comprises a Multitest InStrip3D, a test ..... www.multitest.com/openhouse ). High parallel test of 3D packages also will be part of the presentation given by Bernhard Lorenz
higher processor speeds as the line sizes of the devices themselves continue to shrink. The electronics industry is moving to 3D packaging structures which will shorten the electrical path length, thereby allowing for higher transmission speeds. Of course
service. Last year, Amkor surpassed 100 million units of its TMV products fabricated . The technology provides SHINKO with a 3D package stacking process for package on package (PoP) components. With TMV, a blind via is created through the mold compound after
digital Si and RF GaAs die embedding. Building on these advances, GT-PRC’s next consortium on 3D ThinPack will address 3D package stacking beyond conventional PoP, leading to ultra-thin stacked modules; ultra-fine pitch and low profile package
technology content such as high speed digital, analog, and RF. At the same time, density requirements force the use of 3D packaging technologies. As prototypes are a relic of the past when it comes to packaging design, early planning/evaluation, parasitic
combining several products into a 3D-IC initiative for semiconductor designers moving to stacked-die silicon systems in 3D packaging . The 3D-IC initiative will bring in leading IC design and manufacturing companies to work with Synopsys on a comprehensive
interposer packaging technologies and supply chain, and 3D packaging technology and the ecosystem. He shared his thoughts on ..... chip/package interactions). In going from 2.5D to 3D packaging technology, Huemoeller explained that the industry needs