In the rapidly evolving landscape of artificial intelligence (AI) and data-intensive applications, the demand for high-performance interconnect technologies has never been more critical. Even the 100G Interconnect is already not fast enough for infrastructure applications. AI applications, with their massive datasets… Read More
From the multi-chip-modules (MCM) of yester years to today’s System-in-Package (SiP) implementations, things have progressed a lot in terms of package technology. The chiplet movement is not only a big beneficiary of today’s advanced package technologies but drives further advances in this technology area. While a chiplets-based… Read More
Frequent SemiWiki readers are aware of the growing significance of heterogeneous multi-die packaging technologies, offering a unique opportunity to optimize system-level architectures and implementations. The system performance, power dissipation, and area/volume (PPA/V) characteristics of a multi-die… Read More
I’ve spent most of my career in the ASIC business. In 2003, Gartner predicted the ASIC market would grow to $16.9B. During that time, there were a number of startups building ASICs, but the applications were a bit specialized and aimed at new markets. Consequently, there was a lot of risk to build a chip startup and many ASICs either… Read More
The recent TSMC Technology Symposium provided several announcements relative to their advanced packaging offerings.
General
3DFabricTM
Last year, TSMC merged their 2.5D and 3D package offerings into a single, encompassing brand – 3DFabric.
2.5D package technology – CoWoS
The 2.5D packaging options are divided into the CoWoS… Read More
Recently, TSMC held their 26th annual Technology Symposium, which was conducted virtually for the first time. This article is the second of three that attempts to summarize the highlights of the presentations. This article focuses on the TSMC advanced packaging technology roadmap, as described by Doug Yu, VP, R&D.
Key… Read More
