ACL Digital
May 29, 2026
5 Minutes read
How the TSMC-ASML Blueprint Guides Telecom’s Path to Techco Dominance
The collaboration between ASML and TSMC has revolutionized the chip market, with the two companies now controlling 90% of advanced chip manufacturing. We saw the far-reaching global consequences during the COVID-19 pandemic, when manufacturing slowdowns in Taiwan affected supply chains worldwide. Currently, the chip market is dominated by TSMC, representing one of the most significant success stories in the technology world today.
However, this success is rooted in several strategic partnerships formed between 1984 and 1990.
The story began when Philips faced difficulties making its wafer stepper technology competitive in the semiconductor market. Seeking a significant technical edge, they approached ASM International. While ASM International was initially hesitant, the leaders of both companies eventually agreed to join forces. They established a joint venture, ASML, with both parties investing capital to pursue their mutual interests.
Later, ASML needed an advanced optical system, the core component of any lithography machine, to manufacture truly competitive semiconductor chips. They initially looked for Nikon and Canon, but those companies were unwilling to assist a potential rival. ASML then turned to the German company Zeiss, renowned for its optics. Together, they built the first truly competitive wafer stepper using lenses provided by Zeiss.
Philips, one of ASML’s earliest investors, joined forces with Siemens in a major initiative to challenge Japan’s dominance in semiconductor technology. Although the project incurred significant losses, it cultivated expertise that would prove invaluable later. During this time, Morris Chang, after being turned away by Intel, Texas Instruments, and Japanese manufacturers, approached Philips seeking investment and support for his new venture, TSMC.
Philips took a 28 percent stake in TSMC and shared the expertise gained from the Mega Project. This partnership opened doors for ASML to place its machines on TSMC’s factory floors. While Chang was initially skeptical of ASML’s quality, he was eventually convinced by Wim Troost. The two companies proved to be remarkably like-minded, operating with a shared speed and intensity. They became fully interdependent, with the mantra “We have their backs, and they have ours” serving as the formula for market dominance. Philips gradually reduced its stake in TSMC over the years, earning billions. In 2006, Philips completely withdrew from the semiconductor business by spinning off its NXP division. As an independent company, NXP established itself as a leading supplier in the automotive chip industry. Meanwhile, TSMC’s close partnership with ASML accelerated the development of next-generation semiconductor technology, helping transform Taiwan into a global hub for advanced computing power. Intel, which chose not to collaborate with Morris Chang in 1987, ultimately saw its long-standing manufacturing dominance overtaken by TSMC.
Lessons from the Chip Market Partnership
This history serves as a masterclass in the strategic dynamics of the semiconductor industry. It illustrates how a revolutionary business model, paired with high-stakes collaboration, reshaped global technology leadership.
Key lessons on collaboration and partnerships derived from this story are broken down into two focal points:
- Collaboration Learnings That Drive Growth in the Chip Market
- Interdependence Breeds Market Dominance (“We have their backs, and they have ours”): The partnership between TSMC and ASML succeeded because of their symbiotic relationship. Their corporate cultures and operational paces matched perfectly. Growth occurs when both entities realize they are entirely dependent on each other for success.
- Risk-Sharing and Trust (The “No Cure, No Pay” Strategy): To establish a partnership with the demanding Morris Chang, ASML absorbed the initial risk by providing the first machine for free. In deep-tech collaborations, proving capability and building trust through shared risk is often the catalyst for long-term alliances.
- The “Foundry + Fabless” Ecosystem Shift: TSMC’s model was built on a collaborative premise: producing designs for other companies rather than their own. As manufacturing became too complex for individual firms, TSMC created a haven for “fabless” chipmakers, allowing the entire industry to innovate faster.
- Resilience Through Crisis: When a fire devastated a TSMC factory in 1988, ASML’s immediate support and shipment of replacement machines allowed for a rapid recovery. True growth is sustained when partners prioritize each other during catastrophic bottlenecks.
- Learnings from Those Who Missed Out (Intel & Philips)
- Intel (The Blind Spot of Self-Reliance): By declining to collaborate with TSMC in 1987, Intel pursued a vertically integrated strategy. Over time, that isolation left it unable to match the strength of TSMC’s expansive manufacturing ecosystem.[SS3.1]
- Philips (Trading Dominance for Liquidity): While Philips initially enabled the ecosystem, they steadily divested for immediate financial gains. They chose short-term capital over a permanent, foundational role in the global digital economy.
Key Takeaways for Telecom
The Evolution from Vertical Isolation to Open Ecosystems
The Semiconductor Lesson: Historically, legacy chipmakers like Intel relied on a vertically integrated model, designing and manufacturing everything in-house. TSMC disrupted this by introducing the “Open Foundry” model, focusing entirely on manufacturing chips designed by other “fabless” tech companies.
The Telecom Alignment: This directly mirrors the modern shift from proprietary, single-vendor legacy stacks to disaggregated architecture. When you state that operators rely on O-RAN, the Telecom Infra Project (TIP), and open-source communities, you are describing the telco version of the foundry model. Operators are breaking down vendor lock-in, using open blueprints to mix and match software from various solution vendors on a common cloud infrastructure.
Cultural Symbiosis and the Role of Integrators
The Semiconductor Lesson: The global chip market is not dominated by a single company, but by a deep symbiosis between TSMC and ASML. They operated at a matching, breakneck pace, explicitly stating, “We have their backs, and they have ours,” to manage extreme technical complexity and shared operational risks.
The Telecom Alignment: This explains why System Integrators (SIs) are so critical of your statement. Moving to an open, multi-vendor network skyrockets architectural complexity. Operators cannot manage this in a vacuum; they require SIs to act as strategic co-engineers. Much like the TSMC-ASML alliance, the operator-SI relationship is built on mutual interdependence—stitching together Linux Foundation codebases, TM Forum APIs, and vendor software into a resilient, unified platform.
The Catastrophic Cost of Ecosystem Inertia
The Semiconductor Lesson: In 1987, Intel had the opportunity to partner with Morris Chang but chose to stay on the sidelines, confident in their self-reliant model. Thirty years later, that single missed ecosystem window caused Intel to lose its manufacturing edge, a gap that became impossible to close.
The Telecom Alignment: This is a stark warning to operators who are slow to adopt unified industry standards such as TM Forum’s Open APIs or 3GPP specifications. Rejecting or delaying deep collaboration with these community bodies today is not a minor IT delay—it is a long-term strategic blunder. Operators who isolate themselves will find it mathematically and operationally impossible to compete with the network agility and monetization capabilities of fully collaborative “Techcos.”
Playing the Long Game vs. Short-Term Liquidity
The Semiconductor Lesson: Philips was an early catalyst in the chip ecosystem, taking a massive stake in TSMC and opening the door for ASML. However, they gradually divested their stakes to secure immediate multi-billion-dollar payouts, completely exiting the semiconductor market by 2006 and surrendering long-term dominance.
The Telecom Alignment: This highlights how operators must approach their transformation partners. Collaboration with bodies like the GSMA, TM Forum, or cloud vendors should not be treated as a short-term CapEx-slashing exercise. If operators treat these partnerships merely as a way to cut immediate IT costs rather than as a vehicle to build a permanent, API-driven Network-as-a-Service (NaaS) platform, they risk the pull-out dynamics seen at Philips, sacrificing their future seat at the table of the digital platform economy for short-term balance-sheet relief.
Summary
The modern telecom operator’s reliance on solution vendors, system integrators, and bodies like the O-RAN Alliance and TM Forum is not unprecedented. It mirrors the evolution of the semiconductor industry. Just as TSMC and ASML forged an interdependent ecosystem that dismantled vertical monopolies, today’s “Techco” transformation requires a departure from legacy isolation. History warns that treating collaboration as optional leads to a loss of competitive edge. For telecom operators, deep integration with standards bodies and system integrators is the baseline for survival in a cloud-native world.
For telecom operators, as we witness significant investment in AI infrastructure by leaders such as Deutsche Telekom, Orange, SK Telecom, Bharti Airtel, and Jio, a new ecosystem template is emerging. The way operators adapt to and capitalize on this new wave of innovation will be fascinating to observe.
Frequently Asked Questions (FAQs)
1. What can telecom operators learn from the TSMC and ASML partnership?
Telecom operators can learn the importance of deep ecosystem collaboration, shared innovation, and long-term strategic partnerships. Just as TSMC and ASML built a dominant semiconductor ecosystem together, telecom companies can accelerate Techco transformation through partnerships with cloud providers, system integrators, and standards organizations like O-RAN and TM Forum.
2. Why are open telecom ecosystems important for Techco transformation?
Open telecom ecosystems help operators reduce vendor lock-in, improve network flexibility, and speed up innovation. Technologies such as O-RAN, open APIs, and cloud-native infrastructure enable telecom providers to integrate multi-vendor solutions and build scalable digital services more quickly.
3. How does the semiconductor industry influence telecom network evolution?
The semiconductor industry demonstrates how collaboration-driven ecosystems outperform isolated business models. Telecom operators are adopting similar strategies by embracing open architectures, AI infrastructure, and shared platforms to improve operational efficiency and deliver advanced digital services.
4. What role do system integrators play in modern telecom networks?
System integrators help telecom operators manage the complexity of multi-vendor and cloud-native environments. They combine software, infrastructure, APIs, and automation tools into a unified telecom platform, ensuring faster deployment, interoperability, and network resilience.
5. Why is collaboration critical for telecom operators in the AI era?
AI-driven telecom services require massive computing power, automation, and seamless integration across ecosystems. Collaboration with technology vendors, cloud providers, standards bodies, and infrastructure partners helps operators scale AI capabilities, launch new services faster, and remain competitive in the digital economy.
