Samsung is gearing up for a major shift in its mobile processor strategy with the upcoming Exynos 2700. According to The Korea Economic Daily citing Kiwoom Securities, Samsung plans to start mass production of the Exynos 2700 in the second half of 2026. This chip will be manufactured using Samsung Foundry’s advanced second-generation 2nm Gate-All-Around (GAA) fabrication process, known as SF2P.
Early production yields for the Exynos 2700 have reached approximately 50%, which is considered a strong performance for an initial output from a cutting-edge 2nm process. This indicates Samsung’s technology is maturing well enough for large-scale manufacturing and commercial deployment.
Exynos 2700 to Strengthen Galaxy S27 Lineup
The Exynos 2700 is expected to play a significant role in powering Samsung’s next flagship series, the Galaxy S27. Forecasts suggest the new chip will be featured in about 50% of Galaxy S27 devices, compared to around only 25% of Galaxy S26 models that relied on the previous Exynos 2600 processor. This jump represents Samsung’s effort to ramp up its internal chipset presence in premium smartphones.
By contrast, Samsung’s Galaxy S26 Ultra models use Qualcomm’s Snapdragon 8 Elite Gen 5 exclusively across global markets. Should Samsung achieve its goal with Exynos 2700, it would mark a critical milestone toward regaining confidence in its in-house silicon for flagship segments.
Key Advantages of the 2nm SF2P Process
Kiwoom Securities analyst Park Yoo-ak highlights that increasing production yield and rising customer demand for cost-efficient chip solutions will drive wider adoption of the Exynos 2700. Samsung Foundry is actively promoting their SF2P manufacturing technology to industry partners, signaling strong belief in the readiness and competitiveness of their 2nm process.
This move positions Samsung Foundry as a serious contender against semiconductor leader TSMC in the race for next-generation chip fabrication technologies. The advanced 2nm SF2P process promises lower power consumption and enhanced performance, crucial for flagship mobile devices.
Technical Highlights: CPU and GPU Innovation
Samsung reportedly finalized the Exynos 2700’s design in 2025. Leaked benchmark data reveals the chip will use a unique 10-core CPU configuration arranged in a 4+1+4+1 cluster layout. This non-standard pattern aims to balance performance and power efficiency in mobile environments.
Additionally, the chip will integrate the new Xclipse 970 GPU, developed through Samsung’s continued collaboration with AMD. Early engineering samples show this GPU’s clock speed and performance are still modest, but there is room for improvement before official launch.
Financial Impact on Samsung’s Non-Memory Business
Kiwoom Securities projects Samsung’s non-memory division, which includes the processor business, will experience 21% year-over-year revenue growth in 2027, reaching 36.4 trillion won (approximately $24.8 billion USD). Operating profit in this division is forecasted at 1.8 trillion won ($1.22 billion USD), reinforcing expectations that Exynos 2700 is not just a tech showcase but a strategic growth driver.
Samsung aims to make its mobile processor segment more sustainable and profitable by boosting internal chip adoption, particularly in high-end smartphones.
Long-Term Strategic Goal: Reduce Dependence on Snapdragon
Samsung’s broader strategic goal with Exynos 2700 is to cut reliance on Qualcomm’s Snapdragon chips, especially within flagship device lines. Expanding the use of its own Exynos processors will allow Samsung greater control over cost structures, hardware-software integration, and its internal ecosystem.
If the Exynos 2700 meets or exceeds performance and efficiency expectations, it could catalyze a resurgence of Samsung’s chipset brand in the premium global smartphone market. This would help Samsung diversify supply chains and reinforce its position as a full-stack technology provider.
To summarize, the launch of Exynos 2700 is a key step for Samsung to:
Achieve mass production using advanced 2nm SF2P technology.
Power around half of the Galaxy S27 lineup with in-house chips.
Deliver innovation with a 10-core CPU and AMD-based GPU.
Drive revenue and profitability in non-memory semiconductor segments.
Strategically reduce the company’s dependence on Qualcomm Snapdragon processors.
This initiative highlights Samsung’s confidence in its semiconductor foundry capabilities and ambition to strengthen its mobile processor competitiveness in the premium device arena.
www.qoo10.co.id
Early production yields for the Exynos 2700 have reached approximately 50%, which is considered a strong performance for an initial output from a cutting-edge 2nm process. This indicates Samsung’s technology is maturing well enough for large-scale manufacturing and commercial deployment.
Exynos 2700 to Strengthen Galaxy S27 Lineup
The Exynos 2700 is expected to play a significant role in powering Samsung’s next flagship series, the Galaxy S27. Forecasts suggest the new chip will be featured in about 50% of Galaxy S27 devices, compared to around only 25% of Galaxy S26 models that relied on the previous Exynos 2600 processor. This jump represents Samsung’s effort to ramp up its internal chipset presence in premium smartphones.
By contrast, Samsung’s Galaxy S26 Ultra models use Qualcomm’s Snapdragon 8 Elite Gen 5 exclusively across global markets. Should Samsung achieve its goal with Exynos 2700, it would mark a critical milestone toward regaining confidence in its in-house silicon for flagship segments.
Key Advantages of the 2nm SF2P Process
Kiwoom Securities analyst Park Yoo-ak highlights that increasing production yield and rising customer demand for cost-efficient chip solutions will drive wider adoption of the Exynos 2700. Samsung Foundry is actively promoting their SF2P manufacturing technology to industry partners, signaling strong belief in the readiness and competitiveness of their 2nm process.
This move positions Samsung Foundry as a serious contender against semiconductor leader TSMC in the race for next-generation chip fabrication technologies. The advanced 2nm SF2P process promises lower power consumption and enhanced performance, crucial for flagship mobile devices.
Technical Highlights: CPU and GPU Innovation
Samsung reportedly finalized the Exynos 2700’s design in 2025. Leaked benchmark data reveals the chip will use a unique 10-core CPU configuration arranged in a 4+1+4+1 cluster layout. This non-standard pattern aims to balance performance and power efficiency in mobile environments.
Additionally, the chip will integrate the new Xclipse 970 GPU, developed through Samsung’s continued collaboration with AMD. Early engineering samples show this GPU’s clock speed and performance are still modest, but there is room for improvement before official launch.
Financial Impact on Samsung’s Non-Memory Business
Kiwoom Securities projects Samsung’s non-memory division, which includes the processor business, will experience 21% year-over-year revenue growth in 2027, reaching 36.4 trillion won (approximately $24.8 billion USD). Operating profit in this division is forecasted at 1.8 trillion won ($1.22 billion USD), reinforcing expectations that Exynos 2700 is not just a tech showcase but a strategic growth driver.
Samsung aims to make its mobile processor segment more sustainable and profitable by boosting internal chip adoption, particularly in high-end smartphones.
Long-Term Strategic Goal: Reduce Dependence on Snapdragon
Samsung’s broader strategic goal with Exynos 2700 is to cut reliance on Qualcomm’s Snapdragon chips, especially within flagship device lines. Expanding the use of its own Exynos processors will allow Samsung greater control over cost structures, hardware-software integration, and its internal ecosystem.
If the Exynos 2700 meets or exceeds performance and efficiency expectations, it could catalyze a resurgence of Samsung’s chipset brand in the premium global smartphone market. This would help Samsung diversify supply chains and reinforce its position as a full-stack technology provider.
To summarize, the launch of Exynos 2700 is a key step for Samsung to:
Achieve mass production using advanced 2nm SF2P technology.
Power around half of the Galaxy S27 lineup with in-house chips.
Deliver innovation with a 10-core CPU and AMD-based GPU.
Drive revenue and profitability in non-memory semiconductor segments.
Strategically reduce the company’s dependence on Qualcomm Snapdragon processors.
This initiative highlights Samsung’s confidence in its semiconductor foundry capabilities and ambition to strengthen its mobile processor competitiveness in the premium device arena.
Samsung’s Exynos 2700 Mass Production Set to Shake Up Flagship Chip Market, Challenging Snapdragon’s Dominance in 2026
Samsung is gearing up for a major shift in its mobile processor strategy with the upcoming Exynos 2700. According to The Korea Economic Daily citing
www.qoo10.co.id