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One of the ways I learn about advanced packaging technology and what it entails is by visiting our community member companies. There’s nothing like talking to the experts face-to-face and walking through a cleanroom or advanced packaging applications lab to drive home a concept. For the past year, I’ve been...
TSMC 2nm Chips Coming in 2025 At its recent North America Technology Symposium TSMC announced that it will begin volume production of 2nm chips by 2025. TSMC’s roadmap is similar to that of its major competitors—Samsung and Intel—which also have reported also have plans to manufacture 2nm chips around 2025....
3D InCites presented the 2019 process of the year award to Eric Beyne and Arnita Podpod of IMEC for their flip-chip on fan-out wafer-level package (FC on FOWLP) process that avoids the use of TSVs in active chips to achieve high-density packaging. Advanced packaging practitioners may have noticed the similarities...
We hit the exhibits at IWLPC 2019 with a vengeance this year. Our mission was twofold – to find out the latest supplier offerings to support technology trends, and to spread the word about our new community membership opportunities on 3D InCites. But I’ll get to that part in a...
IIFTLE is always on the lookout for technologies that will require advanced packaging solutions. Fingerprint sensors for today’s latest smartphones appear to be one of those applications. Packaging for Fingerprint Sensors DIGITIMes recently reported that the manufacture of under-display optical fingerprint sensors for use in 5G-enabled phones will require extensive...
The International Electronic Device Manufacturing Conference (IEDM) has always focused on device scaling, successfully guiding our industry for several decades along the challenging paths of Moore’s Law and the ITRS Roadmap. Both were primarily focused on digital functions. However, we all must agree that the real world around us is analog....
Editor’s note: For several years now, Mentor Graphics has evangelized about the critical need for assembly design kits to enable commercialization of high-density advanced packaging technologies, such as fine line and space fan-out, 2.5D and 3D IC packages. With this week’s introduction of a unique, end-to-end, high-density advanced packaging (HDAP) design...
While the shopping malls and specialty stores in and around San Francisco were packed with people hunting for Holiday presents, a very dedicated crowd of 3D IC developers and users from all over the world got together near San Francisco, for the 12th 3D ASIP conference, which featured, once again,...
Within the photolithography equipment market reaching US$ 150M 2014 (Source: Photolithography Equipment & Materials for Advanced Packaging, MEMS and LED Applications report, June 2015), advanced packaging applications have the strongest growth. Yole Développement (Yole) estimates that more than 40 systems have been installed in 2014, with a compound annual growth...
Our industry is seeing greater diversification in manufacturing processes than it has since its earliest days. In the front-end numerous new materials, architectures, and processes are under development to enable the continuing march toward smaller device sizes. In the back-end, and many places in between, advanced packaging processes and 3D...
