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The creation of stmicroelectronics

Most histories of the semiconductor industry are written in the shadow of Silicon Valley, treating Europe as a footnote or a latecomer. Jon Y challenges this narrative by revealing that the European giant STMicroelectronics was not born from a single eureka moment, but from a decades-long, often messy struggle to maintain technological sovereignty against American and Japanese dominance. This is not just a corporate origin story; it is a case study in how state intervention, corporate rivalry, and the specific demands of the Cold War economy shaped the global chip landscape.

The Italian Gambit

The piece begins by dismantling the myth of the lone inventor, tracing the roots of the Italian company SGS back to the visionary Adriano Olivetti. Jon Y writes, "Adriano did not want to import these critical items from the United States - where they were first invented - or West Germany or the Netherlands. They wanted to make them here in Italy." This drive for domestic capability was not merely patriotic; it was a strategic necessity for a nation lacking a deep industrial base in solid-state physics. The author highlights the pragmatic alliance between Olivetti's computer division and Virgilio Floriani's Telettra, noting that "Olivetti and Floriani decided to join forces - combining research from Tchou's lab in Barbaricina and Telettra's processes."

The creation of stmicroelectronics

The commentary here is sharp: it frames the 1957 formation of SGS as a deliberate attempt to bypass the technological gatekeepers of the era. However, the author is quick to point out the limitations of this early success. The partnership with Fairchild Semiconductor, which brought crucial silicon technology to the table, was destined to fracture due to divergent strategic visions. Jon Y explains the friction clearly: "Fairchild wanted SGS to just stick to sales and manufacturing. But SGS and the Italians wanted to do R&D right in Agrate, Italy where they were founded." This disagreement over the locus of innovation—whether Europe should be a manufacturing hub or a research center—proved fatal to the partnership. Critics might argue that Fairchild's desire to centralize R&D was a rational response to the capital intensity of the industry, but the author makes a compelling case that this approach ignored the unique market dynamics of Europe, which leaned heavily toward telecommunications and consumer goods rather than the military applications dominating the US market.

"The American semiconductor market in the 1960s leaned heavily towards the military - space and missiles. Europeans on the other hand were focused on telecommunications and consumer items."

The French Labyrinth

Shifting to France, the narrative becomes significantly more complex, mirroring the tangled corporate history of the region. Jon Y describes the French semiconductor sector as "messier than the Habsburg family tree," a vivid metaphor that captures the difficulty of tracing the lineage of Thomson Semiconductors. The author details how the state, rather than the free market, drove consolidation. The merger of COSEM and SESCO to form SESCOSEM was less about synergy and more about survival. "French theoretical solid state physics knowledge was very strong. However, French companies struggled to translate this knowledge to the market," Jon Y observes, pinpointing the core structural weakness of the French industry.

The piece offers a sobering look at the failure of state-led industrial policy when it lacks market discipline. The French government's "Plan Calcul" was intended to create a domestic computer giant, but it inadvertently hurt the semiconductor suppliers. Jon Y notes that despite receiving funding, SESCOSEM "suffered damage from CII arguing that if they were forced to buy local then their products would be inferior to IBM's." This highlights a critical paradox: protectionist policies can shield companies from competition but also insulate them from the pressure to innovate, leading to products that cannot compete globally. The author's analysis of the "controlled delay" strategy—intentionally lagging two years behind American leaders to avoid risk—is particularly damning. It suggests a culture of caution that was ill-suited for an industry defined by rapid obsolescence.

The State as Savior and Burden

The final section of the piece returns to Italy to examine the role of the government in keeping SGS alive after Olivetti's financial collapse. The narrative takes a darker turn as the Italian state steps in, not to foster innovation, but to prevent the company from falling into foreign hands. "The Italian government saved the company from falling into American hands, but did not improve their loss-making financial status," Jon Y writes. The author exposes the grim reality of state subsidies: the government simply compensated the company for its losses year after year, creating a cycle of dependency without a path to profitability.

This section serves as a cautionary tale about the limits of national champions. While the state successfully preserved the industrial capacity, it failed to create a competitive enterprise. The author's description of the financials is stark: "Each year, the government compensated them for exactly the amount of that loss." This mechanical approach to industrial policy ignored the need for strategic restructuring, leaving the company vulnerable until the eventual merger with the struggling French entity. A counterargument worth considering is that in the 1970s, the geopolitical imperative of maintaining a European semiconductor capability may have outweighed the economic logic of letting the company fail. However, the author's evidence suggests that this strategy came at a high cost, delaying the necessary consolidation that would eventually create a truly global player.

Bottom Line

Jon Y's analysis is a masterclass in separating corporate mythology from industrial reality, showing that the creation of STMicroelectronics was a product of necessity rather than genius. The piece's greatest strength is its unflinching look at the financial and strategic failures that plagued both the Italian and French efforts before their eventual union. The biggest vulnerability in the narrative is the lack of a direct comparison to the Asian model of state-led semiconductor development, which might have offered a clearer contrast to the European struggle. Readers should watch for how these historical patterns of state intervention continue to influence European chip policy today, as the region once again seeks to assert its technological sovereignty.

Sources

The creation of stmicroelectronics

Two semiconductor companies. Both alike in dignity.

In fair Europe, where we set our scene.

From ancient roots break to new silicon.

In 1987, Italy's SGS Microelettronica and France's Thomson Semiconducteurs decided to join forces. It was a historic alliance that created a European semiconductor giant - a globally competitive one at that.

The stories of these two star-cross'd silicon lovers are fascinating. In today's video, we talk about the merger that created SGS-Thomson, now STMicroelectronics.

Oh, and I do want to sincerely apologize for totally mangling these European pronunciations. Feel free to make fun of me in the comments.

An Urgent Need.

Let us start in Italy. Because the history of SGS is far simpler. And also because I like pasta.

SGS begins with the iconic Italian industrialist Adriano Olivetti. Adriano was the son of the founder of an iconic Italian typewriter company. A visionary leader with immense drive and energy, he pushed his company into the computer space in the mid-1950s.

Their first prototype - the Elea 9001 - had been built with vacuum tubes. It worked fine, but Adriano and the brilliant Chinese-Italian leading his computer team Dr. Mario Tchou decided to redesign and rebuild the computer using solid-state transistors.

The resulting success convinced Olivetti and Tchou that transistors were the future. But Adriano did not want to import these critical items from the United States - where they were first invented - or West Germany or the Netherlands. They wanted to make them here in Italy.

However, the Olivetti Company had its hands full with the work of producing computers. Fundamentally, they saw themselves as a mechanical company ill-equipped to handle the challenges of solid-state device mass-manufacture.

While debating the merits of starting a full research laboratory themselves, the two hear about another Italian company working on transistors.

Starting SGS.

Born in 1906, Virgilio Floriani grew up believing in the value of technology and innovation.

During the war, he worked as a designer and engineer for a military radio factory. After the war ended, he founded the Italian telecommunications company Telettra in 1946. The name is an amalgamation of "Telephony, Electronics, Radio".

Telettra introduced a series of new technologies to post-war Italy. So when Floriani realized that nobody else in the European telephone industry thought these transistor things were important, he saw a chance to seize the high ground.

So Telettra bought a license from Bell, ...