The collaboration leverages IBM’s semiconductor device innovation alongside Siemens’ expertise in lithography optimization and process simulation. The nanostack architecture, unveiled by IBM earlier this year, functions by vertically stacking and staggering transistors. This configuration promises significant gains in both performance and power efficiency compared to traditional layouts.
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IBM and Siemens Partner to Refine Nanostack Semiconductor Design
IBM is joining forces with Siemens to accelerate the development of its nanostack architecture, a novel transistor design intended to increase chip density. By integrating Siemens’ electronic design automation and simulation software, the partnership aims to overcome the manufacturing hurdles currently preventing mass-market production of these high-efficiency chips.

Scaling this technology from the laboratory to commercial production remains the primary challenge. To bridge this gap, the teams will create advanced virtual models of the nanostack. These digital prototypes allow engineers to simulate performance, refine structural designs, and identify potential fabrication defects before physical manufacturing begins. By addressing these complexities in a virtual environment, the companies hope to streamline the eventual transition to large-scale semiconductor production.
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