Crossed Perspectives #3 - 'Optimizing Microelectronic Systems'

Crossed Perspectives #3: – Think “System” Before Components

A fundamental shift is underway, where systemic intelligence will create the electronics of tomorrow. Today, microelectronic optimization no longer lies solely in component miniaturization.

“We are currently witnessing an evolution—indeed, a revolution—in the mindset that has prevailed in our field until recently. The trend now is to address, in a holistic way, the challenges faced by every designer and/or researcher in microelectronics. In other words, to think in terms of systems rather than components! This approach considers systems as a whole, taking into account the complex interrelations between components, rather than focusing on isolated elements.” (Prof. Jean-Pierre Raskin, Professor of Microelectronics, École Polytechnique de Louvain, UCLouvain)

This “Systems Thinking” applied to the microelectronics sector is revolutionizing the optimization of microsystems by shifting the paradigm from the component level to global functional integration. It thus addresses the physical and economic limits encountered by traditional methods centered on extreme miniaturization, which now face fundamental barriers.

“The systemic approach is indeed a new paradigm for us in the industry. Sixteen years ago, we anticipated this by adopting a more global approach in designing and packaging electronic systems—an approach we have maintained at the microelectronic level for several years now. For example, we have moved beyond the sole focus on miniaturization (since the physical and economic limits of traditional scaling force us to think differently); we prioritize global functional integration over isolated components; and, I would say, we innovate by recombination. Our future clearly lies in the clever assembly of existing technologies.” (Michel Saint-Mard, CEO of TaiPro)

This vision also brings new solutions that go beyond the functionalities initially sought.

“By thinking globally and intelligently integrating existing technologies—for example, by optimizing connection interfaces rather than designing the use of already-packaged components in isolation, in other words, by favoring the smart integration of mature technologies—we generate unprecedented gains in performance, energy efficiency, and sustainability.” (Michel Saint-Mard)

We can now affirm that innovation in our sector will henceforth be born from the clever recombination of existing technologies. Considering their interoperability encourages us to evolve, at every level—from design to implementation—the ways we work and the ways we build collaborations between silos of expertise, both within companies and in research.

“This indeed requires a ‘cultural’ change in our ways of thinking and working! That means abandoning the ‘Component-Centric Mindset’ and embracing multidisciplinarity. That’s no small feat. But let me be clear: the challenge is not just technological; it is also collaborative. I believe it is now crucial to focus more on the multidisciplinary profiles we train upstream, so that we can tackle today’s and tomorrow’s technological challenges.” (Prof. Jean-Pierre Raskin)

Let’s conclude by affirming our conviction: today, disruptive innovation in our sector will emerge from the clever recombination of mature technologies, not solely from creation ex nihilo. And this challenge is not only technological or epistemological, but also deeply human.

What do you think?

Does this topic speak to you? Join us this fall at the TaiPro Debates:

“The Future Is Already On the Shelf” → Rebuild New Functions with Existing Components

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