三星计划在下一代旗舰自研芯片Exynos 2700中采用2nm SF2P制程与SbS封装架构，将峰值主频从上代的3.9GHz提升至4.20GHz[1]。SbS（Side-by-Side并排封装）是三星基于扇出型晶圆级封装技术开发的创新方案[1]，通过将SoC与DRAM内存水平并排布局而非垂直堆叠，能够实现内存带宽30%-40%的提升[1]。
这一架构创新改变了手机芯片的传统供应链分工模式，将为掌握自研芯片与内存产能的厂商构筑技术壁垒[1]。对于缺乏自主芯片设计和内存生产能力的手机厂商而言，这一技术方向无疑带来了新的挑战[1]。
Samsung is planning to integrate Side-by-Side (SbS) packaging architecture into its next-generation flagship self-developed processor, the Exynos 2700, manufactured using 2nm SF2P process technology [1]. This advanced packaging approach represents a significant departure from conventional chip design methodology, positioning Samsung to potentially establish a substantial competitive advantage in the smartphone processor market.
The SbS packaging architecture, developed by Samsung based on fan-out wafer-level packaging (FOWLP) technology, arranges the system-on-chip (SoC) and DRAM memory horizontally side-by-side rather than stacking them vertically [1]. This horizontal integration strategy delivers a notable performance improvement, enabling memory bandwidth enhancement of 30 to 40 percent [1]. Accompanying these architectural upgrades, the Exynos 2700 is expected to achieve peak clock speeds of 4.20 GHz, a substantial increase from the previous-generation Exynos 2600's 3.9 GHz [1].
The implementation of SbS technology introduces a fundamental shift in semiconductor supply chain organization, potentially creating formidable technical barriers within the industry [1]. This structural change poses considerable challenges for smartphone manufacturers lacking proprietary chip design capabilities and independent memory production capacity [1].
