Collaborative innovation for future mobile applications

R. Nair
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Abstract

Advanced mobile applications are the predominant driver for semiconductor technology innovations both at the leading edge and at the mature nodes. The short life-cycles of mobile products and the need for SoC level differentiation imposes significant challenges on technology architecture and time-to-volume. We foresee a move towards much closer collaboration, in fact a virtual IDM-like model, on both technical and business levels. With daunting technical challenges like 3D stacking, 450mm fabs, new transistor architectures, multi-patterning, extreme ultraviolet (EUV) lithography, collaboration - early, often and deep - is really the only practical approach given the cost and complexities involved. Early eco-system enablement with accurate models and silicon proven IP ensures first pass design success, which is an important step for faster Time-to-volume (TTV). We refer to this close collaborative model as Foundry 2.0.
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未来移动应用的协同创新
先进的移动应用是半导体技术创新的主要驱动力,无论是在前沿还是在成熟节点。移动产品的生命周期较短,对SoC级别差异化的需求对技术架构和批量生产时间提出了重大挑战。我们预见到,在技术和业务层面上,将朝着更紧密的合作方向发展,实际上是一种类似于idm的虚拟模型。面对3D堆叠、450mm晶圆厂、新型晶体管架构、多模式、极紫外(EUV)光刻等令人生畏的技术挑战,考虑到成本和复杂性,尽早、经常和深入的合作确实是唯一可行的方法。早期的生态系统支持精确的模型和经过硅验证的IP,确保了首次通过设计的成功,这是加快批量生产(TTV)的重要一步。我们将这种紧密的协作模式称为Foundry 2.0。
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