Every generation of semiconductor innovation has relied on one fundamental principle: before a technology can be manufactured at scale, it must first be understood. That understanding comes through characterization.
For decades, characterization enabled process learning. It helped engineers understand transistor behavior,… Read More
Advanced semiconductor systems are no longer limited by a single engineering domain. They are constrained by the convergence of many interdependent vectors: silicon nodes, advanced packaging architectures, substrate materials, platform PCBs, power-delivery networks, thermal behavior, manufacturing variation, firmware… Read More
As advanced packaging becomes a critical enabler for next-generation semiconductor products, Intel continues to drive innovation through its Embedded Multi-die Interconnect Bridge (EMIB) technology. EMIB has emerged as a foundational packaging solution for heterogeneous integration, allowing multiple chiplets and… Read More
Often designers are amazed at the diversity of requirements fabricators and manufacturers have for metal filled areas in advanced package designs. Package fabricators and manufacturers do not like solid metal planes or large metal areas. Their strict metal fill requirements address two main issues. The dielectric and metal… Read More
Thursdays at the Design Automation Conference (DAC) are always a good time to catch up on areas of technology which are adjacent to that which you normally work. The exhibit floor is over and you have more time to spend in seminars. At this year’s DAC, I took advantage of a half day seminar put on by Mentor, a Siemens business, … Read More
Last week I presented at the 3D ASIP EDA Tutorial and attended the Conference. In previous years, leading edge papers were presented from large companies pushing a solution to meet their needs. These companies had the resources and clout to achieve some astounding successes, but the lingering question was: “what other product… Read More
