Exynos in Jeopardy? Qualcomm’s 3nm Chip Could Cripple Samsung’s High-End Market

If Qualcomm's 3nm Snapdragon 8 Gen 4 offers significant performance and efficiency improvements, smartphone manufacturers might prioritize it over Samsung's Exynos chips.


In the realm of technology, progress is often marked by leaps and bounds, but sometimes, hurdles emerge that challenge even the most formidable players. Such is the case with Samsung’s recent setbacks in developing its 3nm chip, a development that has sent ripples across the semiconductor industry.

Qualcomm’s Strategy:

  • TSMC’s 3nm: Reports suggest Qualcomm is using TSMC’s second-generation 3nm process (N3E) for its Snapdragon 8 Gen 4. This offers better performance and efficiency compared to the first-generation (N3B) used by Apple.
  • Dual Foundry (Plan on Hold): There were initial rumors of Qualcomm using both TSMC and Samsung’s 3nm processes, but securing enough capacity at TSMC might have put that on hold.

Samsung’s Lag:

  • Yield Issues: Samsung reportedly struggled with yield rates, which is the percentage of usable chips produced per wafer. This could limit their 3nm chip production capacity.
  • No Major Clients Yet: While Samsung boasts a 3nm GAA (Gate-All-Around) architecture, they haven’t secured any major clients for this process yet [3 nm process – Wikipedia].

Qualcomm’s Potential Advantage:

  • Earlier Adoption: By potentially being first to market with a commercially viable 3nm chip, Qualcomm’s Snapdragon 8 Gen 4 could be seen as a more powerful and efficient option for smartphone manufacturers.

However, there are some things to consider:

  • Market Availability: Even with TSMC’s capacity, securing enough 3nm chips for widespread adoption might take some time.
  • Real-world Performance: Benchmarks and real-world testing will determine the actual performance difference between Qualcomm’s 3nm chip and current or competing chips.

Amidst this turbulence, Qualcomm stands as a beacon of stability and innovation, poised to seize opportunities and chart a course for success.

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Understanding Samsung’s Semiconductor Struggles:

Samsung, a juggernaut in the semiconductor world, has encountered unexpected roadblocks in its quest to perfect 3nm chip technology.

Image Credits: Samsung

Despite initial optimism and ambitious timelines, the company has faced technical challenges and production delays, casting doubts on its ability to maintain its competitive edge in the rapidly evolving semiconductor landscape.

Read More: Beyond Electrons: KAIST Scientists Unveil a Revolutionary Way to Transmit Information Using Magnons – techovedas

The Opportunity Beckons: Qualcomm’s Strategic Advantage:

Samsung faces challenges, but Qualcomm sees opportunities. Qualcomm leverages expertise and market position. It capitalizes on shifting semiconductor dynamics. Qualcomm specializes in mobile chip solutions. It is known for innovation. Qualcomm will navigate turbulence. It aims to emerge stronger.

Qualcomm’s lead in 3nm chip development can cause several issues for Samsung:

Market Share Loss:

  • Smartphone Manufacturers: If Qualcomm’s 3nm Snapdragon 8 Gen 4 offers significant performance and efficiency improvements, smartphone manufacturers might prioritize it over Samsung’s Exynos chips. This could lead to Samsung losing market share in the high-end smartphone segment.
  • Foundry Business: Samsung also runs a foundry business where they manufacture chips for other companies. If their 3nm process isn’t competitive with TSMC’s, they might lose potential clients, impacting their foundry revenue.

Brand Image:

  • Innovation Perception: Falling behind in a crucial technology like 3nm chips could dent Samsung’s image as a cutting-edge innovator.

Internal Development:

  • Pressure on Engineers: The lag could put pressure on Samsung’s engineers to catch up with Qualcomm. This could lead to rushed development cycles or compromises in future chip designs.

Long-Term Impact:

  • Future Technologies: Falling behind in 3nm could have a ripple effect, impacting Samsung’s ability to develop future chip generations based on even smaller process sizes.

It’s important to note: The severity of these issues depends on how long Samsung lags behind and how well their own 3nm process performs when it’s fully operational.

Read More: Who Will Win 2nm Chips Revolution: TSMC, Samsung and Intel – techovedas

Implications for the Semiconductor Market:

Samsung’s setbacks in 3nm development have broader implications for the semiconductor industry as a whole.

The delay not only disrupts Samsung’s supply chain but also creates opportunities for competitors to gain market share and solidify their positions.

Image Credits: Samsung

Qualcomm, in particular, stands to benefit from Samsung’s challenges, as it seeks to strengthen its market presence and drive innovation in chip technology.

Read More: Who Will Win 2nm Chips Revolution: TSMC, Samsung and Intel – techovedas

Strategic Moves by Qualcomm:

In response to Samsung’s plight, Qualcomm is likely to adopt a proactive approach, accelerating its research and development efforts, forging strategic partnerships, and enhancing its product offerings.

By leveraging its strengths and seizing opportunities in the market, Qualcomm aims to maintain its leadership position and drive growth in the semiconductor sector.

The Broader Impact:

Beyond individual companies, Samsung’s struggles in 3nm development have broader implications for the tech industry and beyond.

Advanced semiconductor chips are vital in consumer electronics. They drive innovation in gadgets. They shape the future of technology.

These chips are crucial for emerging technologies like 5G. They are essential for IoT devices. Their availability fuels progress in various industries.


In the fast-paced world of technology, challenges are inevitable, but so are opportunities for growth and innovation. Samsung’s faces setbacks in 3nm chip development.

Qualcomm is prepared to seize the moment. It leverages its strengths and expertise. Qualcomm aims to drive progress. It shapes the future of semiconductor technology.

The industry evolves continuously. Qualcomm stays stable and innovative. It charts a course for success amidst turbulence.

Editorial Team
Editorial Team
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