By EE Times Editorial Staff | November 5, 2026
Introduction: A Milestone in the Heart of Innovation
At the iconic Computer History Museum in Mountain View, California, the air was thick with the energy of a decade of transformation. On the occasion of the 10th anniversary of OktoberTech Silicon Valley, industry leaders gathered to reflect on a journey that has redefined the semiconductor landscape. The event, hosted by Infineon Technologies, served as a poignant reminder of how far the industry has come since the inaugural gathering a decade ago, while setting an ambitious, electrified, and digitized trajectory for the future.
Under the banner theme, "Unlocking a future of infinite possibilities. Together," the milestone event brought together innovators, engineers, and partners to discuss the intersection of artificial intelligence, decarbonization, and industrial automation. EE Times’ Nitin Dahad sat down with Andreas Urschitz, Chief Marketing Officer (CMO) of Infineon Technologies, and Maher Matta, President of Infineon Technologies Americas, to dissect the company’s evolution from a component supplier to a holistic solutions architect.
Main Facts: The Evolution of Infineon’s Ecosystem
The 10th anniversary of OktoberTech is not merely a celebration of longevity; it is a manifestation of Infineon’s pivot toward integrated system-level solutions. Over the past decade, the semiconductor industry has shifted from a focus on individual components—power transistors, sensors, and microcontrollers—to a focus on how those components harmonize to solve complex global challenges.
For Infineon, the last ten years have been characterized by strategic acquisitions, a deepening focus on wide-bandgap (WBG) materials like silicon carbide (SiC) and gallium nitride (GaN), and an aggressive expansion into the software-defined vehicle and industrial IoT sectors.
"We are no longer just selling silicon," Urschitz noted during the interview. "We are providing the energy efficiency and the intelligence that allows our customers to bridge the gap between real-world constraints and digital aspirations."
Chronology: A Decade of Silicon Valley Integration
The journey of OktoberTech reflects the broader maturation of the semiconductor industry in the Silicon Valley ecosystem.
- 2016 – The Inception: The first OktoberTech was launched as an outreach program to bridge the gap between European manufacturing prowess and the agile, high-growth startup ecosystem of Silicon Valley. It aimed to foster collaboration in the burgeoning space of automotive electrification.
- 2018–2020 – The Pivot to IoT: As the industry moved toward the "connected everything" era, OktoberTech began highlighting Infineon’s advancements in security chips and smart home connectivity, embedding themselves into the fabric of the Valley’s tech culture.
- 2021–2023 – The Decarbonization Wave: Amid global supply chain disruptions, the focus shifted to supply chain resilience and the role of power electronics in the green transition. Infineon accelerated its focus on SiC, positioning itself as a central player in the EV revolution.
- 2024–2026 – The AI and Autonomous Era: The current iteration of the event emphasizes the convergence of artificial intelligence and physical hardware. The focus has moved toward "Edge AI," where intelligence is processed locally on devices, minimizing latency and power consumption.
Supporting Data: The Power of Transformation
The impact of Infineon’s strategic direction is evidenced by its performance metrics over the last decade. While the broader market faced volatility, Infineon’s commitment to the "system-plus" approach has yielded significant gains:
- Wide-Bandgap Dominance: Infineon has consistently maintained a top-tier market share in power semiconductors. Data from the last three fiscal years indicates that their transition to SiC has effectively captured a large portion of the high-growth automotive powertrain market.
- Decarbonization Impact: The company has reported that its products—specifically those used in renewable energy and electric vehicles—have enabled millions of tons of CO2 reduction annually, a key performance indicator (KPI) that now guides their R&D investments.
- System-Level Growth: Revenue generated from integrated software and hardware solutions has grown by a double-digit percentage annually over the past five years, signaling that customers are increasingly looking for Infineon to provide the full stack, from the sensor to the cloud.
Official Responses: Leadership Perspectives
During the discussion with Nitin Dahad, the leadership team emphasized that the "infinite possibilities" mentioned in the event’s theme are not just marketing rhetoric, but a mandate for engineering excellence.
Andreas Urschitz (CMO, Infineon Technologies):
"When I look back at the last ten years, what strikes me is the shift in the customer conversation. Ten years ago, we were asked about price and availability of discrete parts. Today, the conversation is about ‘How do we make our factory floor fully autonomous?’ or ‘How do we extend the range of this EV while reducing the battery cost?’ That shift is the reason we are here today. We are building the bridge between the digital world and the physical reality."
Maher Matta (President, Infineon Technologies Americas):
"Silicon Valley is a crucible for innovation. Being here for a decade has forced us to move at the speed of the startup ecosystem while maintaining the rigorous standards of industrial manufacturing. Our growth in the Americas is a testament to the fact that when you pair European engineering depth with the velocity of American software and design innovation, you unlock value that didn’t exist before. This anniversary is about acknowledging that we have become an essential part of that local ecosystem."
Implications: The Future of Semiconductor Leadership
The 10th-anniversary celebration is more than a retrospective; it is a signal of the next era of industrial strategy. The implications for the broader industry are clear:
1. The Rise of Edge AI
As the cloud becomes increasingly congested and energy-intensive, the industry is pushing toward "Edge AI." Infineon is positioning itself to provide the low-power, high-security chips necessary to process data at the source. This reduces the carbon footprint of data centers and enhances privacy for end-users.
2. Software-Defined Everything
The "software-defined vehicle" is just the beginning. The industry is moving toward "software-defined manufacturing" and "software-defined power grids." Infineon’s investment in software stacks that complement their hardware is a strategic moat that will define their competitiveness through 2030.
3. Resilience and Localization
The geopolitical landscape has shifted significantly since 2016. Infineon’s presence in Silicon Valley is a strategic choice to ensure they remain deeply integrated into the R&D hubs that drive global standards. By localizing innovation efforts, they are better equipped to handle supply chain volatility and geopolitical shifts.
Conclusion: Looking Toward the Next Decade
As the event at the Computer History Museum concluded, the message was one of cautious optimism and relentless drive. The semiconductor industry is currently navigating a complex period of maturation, where the challenges of sustainability and the demands of artificial intelligence are colliding.
Infineon’s 10th anniversary of OktoberTech serves as a benchmark for the industry. By successfully transitioning from a component supplier to a systems partner, the company has proven that longevity in the tech sector requires more than just high-quality products—it requires a philosophy of "togetherness" that fosters collaboration with customers, partners, and competitors alike.
As the company looks toward the next ten years, the focus will undoubtedly remain on the dual challenge of the green and digital transitions. If the last decade is any indication, Infineon is not just observing these trends; they are actively shaping the silicon architecture that will define the next generation of global technological infrastructure.
Disclaimer: This article is categorized as "Partner Content," created by or on behalf of ASPENCORE’s partner(s) in conjunction with the ASPENCORE Studio team. The views expressed herein do not necessarily reflect the views of EE Times or its editorial staff.
