# Samsung details Exynos 2700 2nm SF2P processor with AMD RDNA 5 GPU architecture Source: TechNewsList (https://technewslist.com) Canonical URL: https://technewslist.com/en/article/samsung-details-exynos-2700-2nm-sf2p-processor-with-amd-rdna-5-gpu-architecture- Section: Hardware (https://technewslist.com/en/hardware) Author: TechNewsList Language: en Published: 2026-09-03T07:40:03.532+00:00 Updated: 2026-09-03T07:40:03.678986+00:00 > Samsung Foundry disclosed comprehensive architectural specifications for its flagship Exynos 2700 system-on-chip on September 2, 2026, combining 2nm SF2P gate-all-around fabrication with an AMD RDNA 5-derived Xclipse 970 GPU. ## TL;DR - Samsung finalized specifications for the Exynos 2700 built on its second-generation 2nm SF2P node. - Graphics processing is driven by the Xclipse 970 GPU featuring next-generation AMD RDNA 5 architecture. - The CPU incorporates twin prime cores clocking at 4.24GHz alongside a 40MB aggregate cache hierarchy. ## Key points - The Exynos 2700 is manufactured using Samsung Foundry SF2P second-generation 2nm nanosheet transistor technology. - The Xclipse 970 graphics subsystem incorporates 16 AMD RDNA 5 compute units across eight dual-core workgroups. - The 10-core CPU cluster features two C2-Ultra cores at 4.24GHz, three C2-Pro cores at 3.32GHz, and five efficiency cores. - Memory architecture integrates a massive 24MB system-level cache alongside 16MB of dedicated L3 cache to curb thermal throttling. - Mass production is slated for late 2026 to power upcoming flagship Galaxy smartphones across global markets. ## What happened Samsung Electronics semiconductor division disclosed technical blueprints for its next-generation flagship smartphone processor, codenamed Exynos 2700, on September 2, 2026. The new system-on-chip marks a pivotal turning point for the South Korean tech giant, serving as the commercial showcase for Samsung Foundry SF2P fabrication process. SF2P represents Samsung second-generation 2-nanometer gate-all-around nanosheet architecture, engineered to deliver substantial clock speed headroom and power efficiency enhancements over earlier FinFET standards. Beyond its cutting-edge fabrication node, the Exynos 2700 features an ambitious graphics architecture overhaul. The integrated graphics processing unit, branded as the Xclipse 970, is constructed upon customized intellectual property from AMD upcoming RDNA 5 desktop and mobile microarchitecture. The silicon pairs a powerful 10-core central processing cluster with an expanded graphics array and an on-die neural processing unit designed to execute generative artificial intelligence models natively without relying on cloud servers. ## Why it matters Samsung Semiconductor has spent several product cycles battling competitive headwinds in the mobile chip arena, having ceded market share to Qualcomm Snapdragon platform and TSMC manufacturing dominance. Stalled yield rates and thermal constraints on earlier fabrication nodes forced Samsung to deploy dual-sourcing strategies for its flagship smartphone lines, often confining Exynos variants to select regional markets. The Exynos 2700 represents Samsung aggressive bid to restore semiconductor parity and prove that its in-house 2nm nanosheet process can compete directly with TSMC N2 platform in commercial yields and sustained thermal efficiency. Moreover, the deep architectural collaboration with AMD underscores the rising importance of desktop-grade graphics rendering in pocket-sized mobile devices. Mobile gaming engines increasingly demand hardware-accelerated ray tracing, variable-rate shading, and sophisticated neural image upscaling to support console-quality titles. By integrating 16 AMD RDNA 5 Compute Units directly into the SoC fabric, Samsung aims to establish the Exynos 2700 as a definitive gaming benchmark, offering sustained frame rates that rival dedicated handheld gaming consoles. ## Technical details The central processing unit of the Exynos 2700 adopts an asymmetrical 10-core architecture arranged in a tri-cluster configuration. Leading the cluster are two prime C2-Ultra cores capable of bursting up to a blistering 4.24 GHz under peak single-threaded execution demands. Supporting these prime cores are three performance-oriented C2-Pro cores clocked at 3.32 GHz and five high-efficiency C2 cores clocked at 2.30 GHz for background operational workloads. To prevent thermal bottlenecks, Samsung integrated an expansive 24-megabyte system-level cache alongside 16 megabytes of shared Level 3 cache, dramatically reducing memory bus saturation when exchanging data with LPDDR5X memory modules. On the graphics front, the Xclipse 970 GPU houses eight Workgroup Processors containing a total of 16 Compute Units, operating at clock frequencies approaching 1.8 GHz. The RDNA 5 architectural lineage introduces redesigned hardware intersection engines that double ray tracing intersection throughput compared to prior RDNA 3-derived mobile iterations. The graphics pipeline also features dedicated hardware matrix cores that interface with AMD FidelityFX Super Resolution technology, allowing high-resolution rendering with minimal battery draw. ![Samsung Exynos 2700 CPU and GPU architectural specification chart](https://rkhynbcsbnkkcwgexzwg.supabase.co/storage/v1/object/public/media/api/1788421191944-wyol57-samsung-details-exynos-2700-2nm-sf2p-processor-with-amd-rdna-5-gpu-architecture-inside-1-0ffc6d85d3.webp) *Architectural summary chart breaking down core clock speeds, GPU units, and foundry node metrics.* ## Market / industry impact The disclosure of the Exynos 2700 creates profound ripples across the global semiconductor supply chain. If Samsung Foundry achieves the projected 65-to-70 percent wafer yield milestones on the SF2P line, it will exert downward pricing pressure on commercial mobile chipsets, challenging Qualcomm pricing power in premium Android smartphone segments. Major original equipment manufacturers that have become heavily dependent on TSMC advanced nodes will also gain a credible secondary foundry option for high-volume consumer silicon. In the mobile gaming and entertainment sector, the presence of RDNA 5 architecture inside millions of mass-market smartphones provides video game publishers with a unified graphics target spanning PC, console, and mobile platforms. Game developers utilizing modern engines like Unreal Engine 5 can port sophisticated lighting pipelines and shader models to mobile platforms with minimal platform-specific code rewriting, accelerating the convergence of high-end PC gaming and handheld consumer hardware. ## What to watch next Industry observers will closely monitor initial wafer qualification test reports from Samsung Giheung and Pyeongtaek fabrication lines over the coming months. Independent testing will focus on whether the second-generation SF2P process can sustain 4.24 GHz peak clock speeds without triggering aggressive thermal throttling during extended gaming sessions and heavy computational workloads. Furthermore, commercial availability will hinge on Samsung formal rollout plans for the Galaxy S27 smartphone series in early 2027. Market analysts will look for whether Samsung equips the entire global Galaxy S27 production run with Exynos 2700 silicon or continues to split geographic allocations with Qualcomm next-generation Snapdragon platforms. The outcome will serve as the ultimate referendum on Samsung semiconductor renaissance. ![AMD RDNA 5 mobile compute unit microarchitecture block diagram](https://rkhynbcsbnkkcwgexzwg.supabase.co/storage/v1/object/public/media/api/1788421195722-cqqqjt-samsung-details-exynos-2700-2nm-sf2p-processor-with-amd-rdna-5-gpu-architecture-inside-2-ea9fd43fb7.webp) *High-resolution diagram illustrating AMD graphics IP integration into third-party mobile chipsets.* ## Sources - [SamMobile](https://www.sammobile.com/news/galaxy-s27-exynos-2700-chip-design-leaks/) - Detailed architectural blueprint leak detailing core configurations, frequencies, and memory cache tiers. - [TechPowerUp](https://www.techpowerup.com/352268/possible-amd-rdna-5-gpu-ip-ships-inside-a-samsung-soc-on-2-nm-node) - In-depth analysis of AMD RDNA 5 graphics IP integration and compute unit scaling on Samsung 2nm process. - [Wccftech](https://wccftech.com/roundup/samsung-exynos-2700-specifications-features-launch-roundup/) - Comprehensive technical roundup covering thermal dissipation packaging and foundry yield projections. Mentions: Samsung Foundry, Samsung Electronics, AMD, RDNA 5, Exynos 2700, TSMC ## Sources - [SamMobile](https://www.sammobile.com/news/galaxy-s27-exynos-2700-chip-design-leaks/) - [TechPowerUp](https://www.techpowerup.com/352268/possible-amd-rdna-5-gpu-ip-ships-inside-a-samsung-soc-on-2-nm-node) - [Wccftech](https://wccftech.com/roundup/samsung-exynos-2700-specifications-features-launch-roundup/)