Samsung’s next flagship smartphone processor is already attracting attention ahead of its expected debut in 2027. A leaked die shot of the Exynos 2700 points to a significant redesign of the chip, including a new CPU arrangement, a larger GPU, and support for next-generation LPDDR6 memory.
The processor is reportedly being developed for Samsung’s upcoming flagship smartphones and could appear in the Galaxy S27 series. Samsung has not officially confirmed the Exynos 2700 or its specifications, so the reported details should be treated as early information rather than final specifications.
Cores
According to information shared by research and analysis firm SemiAnalysis on X, the Exynos 2700 could feature a 10-core CPU based entirely on Arm’s next-generation C2 architecture.
The reported configuration includes two Arm C2 Ultra prime cores and eight Arm C2 Pro cores. One of the prime cores is said to run at 4.24GHz, while the second could operate at 3.36GHz.
The eight C2 Pro cores are reportedly divided into two groups. Four are said to run at 3.74GHz, while the remaining four could operate at 2.88GHz.
One notable aspect of the reported design is the apparent absence of dedicated efficiency cores. Instead, Samsung may be relying on two high-performance prime cores and eight performance-oriented cores.
This would represent an interesting departure from some conventional smartphone CPU layouts. The two-prime-core approach also bears some resemblance to the CPU strategy used in Apple’s A-series chips, although architecture and real-world performance can differ considerably.
Cache
The leaked specifications reportedly point to 40MB of total cache.
The configuration is said to include a 24MB system-level cache, alongside four 4MB L3 cache banks dedicated to the CPU. A larger cache can help processors keep frequently accessed data closer to the computing cores, potentially reducing the need to access slower memory.
However, cache size alone does not determine performance. Architecture, clock speeds, memory bandwidth, software optimisation, power management, and thermal limits all influence how a mobile processor performs in actual devices.
Graphics
The Exynos 2700 could also bring a substantial graphics upgrade.
The leaked die layout reportedly shows an Xclipse 970 GPU with 16 compute units arranged across eight workgroup processors. The graphics processor is said to be based on AMD’s RDNA 5 architecture.
If accurate, this could give Samsung a stronger graphics platform for demanding games and other GPU-intensive workloads. Mobile graphics performance is increasingly important as smartphones handle more advanced gaming, image processing, artificial intelligence, and other computational tasks.
There have also been reports suggesting that the Exynos 2700 could outperform Qualcomm’s Snapdragon 8 Elite Gen 6 in some CPU and GPU workloads. Those claims remain unverified, however. Proper comparisons will require independent testing on commercial hardware.
Memory
Another reported upgrade is support for LPDDR6 memory.
The Exynos 2700 is said to have four 64-bit memory interfaces designed to support the newer memory standard. If Samsung adopts LPDDR6 in its flagship phones, the move would represent an upgrade from LPDDR5X memory used in recent flagship devices.
Newer memory technology can potentially increase bandwidth and improve efficiency, which could benefit applications that frequently move large amounts of data.
This could be particularly relevant for AI workloads, gaming, photography, and multitasking. Still, the actual benefit will depend on the memory configuration Samsung ultimately pairs with the processor.
Process
Samsung is reportedly manufacturing the Exynos 2700 using its second-generation 2nm SF2P process.
Moving to a smaller manufacturing process can provide opportunities for improved performance and efficiency, although the final results depend on the processor architecture and manufacturing implementation.
The reported use of SF2P would also build on Samsung’s ongoing development of advanced semiconductor manufacturing technology.
The Exynos 2600 is also expected to use Samsung’s 2nm technology, making the reported Exynos 2700 a further step in the company’s development of smaller process nodes for flagship mobile processors.
Modem
The Exynos 2700 may reportedly use an external 5G modem rather than integrating the modem directly into the main SoC.
Other connectivity functions, including Bluetooth, Wi-Fi, GPS, and NFC, are also reportedly handled by separate components.
Using separate components can affect the internal design and power characteristics of a smartphone, although the practical impact depends on Samsung’s final implementation.
At this stage, there is no official confirmation from Samsung regarding the modem configuration.
Galaxy
Samsung is expected to introduce the Exynos 2700 alongside the Galaxy S27 series in early 2027.
Current reports suggest that the Galaxy S27 and Galaxy S27+ could be among the devices using the processor. However, Samsung has not confirmed which Galaxy S27 models will receive the Exynos chip.
Samsung’s processor strategy can also vary by market and model, so the presence of the Exynos 2700 in one Galaxy S27 variant would not necessarily mean every version of the phone will use it.
For now, the leaked die shot provides an early indication of Samsung’s possible direction. If the reported specifications prove accurate, the Exynos 2700 could bring a notable change in CPU design, stronger graphics hardware, and support for newer memory technology.
The important caveat is that leaked specifications can change before a product reaches consumers. Samsung has yet to officially announce the Exynos 2700, meaning its final specifications, performance, availability, and Galaxy S27 deployment remain unconfirmed.
