设计异构(多pdk)封装的挑战

John Park
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摘要

考虑到当今芯片、封装和电路板的复杂性,现在需要基于硅和非硅材料的集成电路来设计最佳的高性能系统。因此,工程师们正在将多种异构技术集成到一个产品中,这不仅影响ic的性能和功能,而且还为半导体公司带来了一系列新的挑战。2017年,Cadence宣布了一种新颖的前后跨平台解决方案,该解决方案简化并自动化了基于不同工艺设计套件(pdk)的封装或模块的设计,这些封装或模块具有片外设备和多个ic。除了简化芯片和封装的前后设计外,该解决方案还使IC设计人员能够无缝地将系统级布局寄生在IC验证流程中。通过将封装/电路板布局连接数据与IC布局寄生电模型无缝结合,这有助于缩短设计周期。由此产生的自动生成的“系统感知”原理图可以很容易地用于创建一个测试平台,用于最终电路,系统级仿真。以前,设计人员只能包含基于耗时的特别方法的系统级布局寄生。通过自动化整个流程,新的Cadence解决方案消除了将系统级布局寄生模型集成回IC设计人员流程的高度人工和容易出错的过程,将几天的工作减少到几分钟。2018年底,Cadence宣布与美国国家仪器公司(National Instruments)合作,推出第二代解决方案。新的解决方案进一步简化了多模系统和子系统的并行设计,同时增加了额外的3D电磁(EM)提取/建模功能以及封装/模块级布局的额外功能。这种努力将芯片、封装和电路板的设计提升到一个全新的水平……我们称之为“系统设计实现”。本演讲将介绍当前设计异构封装/模块的挑战,并概述新的Cadence Virtuoso RF解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges of Designing Heterogenous (multi-PDK) Packages
Given the complexity of today’s chips, packages and boards, ICs based on both silicon and non-silicon materials are now required to design optimal high-performance systems. As a result, engineers are integrating multiple heterogeneous technologies in a single product, which not only affects the performance and functionality of ICs but also introduces a new set of challenges for semiconductor companies. In 2017, Cadence announced a novel, front-to-back cross-platform solution that streamlines and automates the design of a package or module featuring off-chip devices and multiple ICs based on differing process design kits (PDKs).In addition to streamlining the front-to-back design of chips and packages, this solution allows IC designers the ability to seamlessly include system-level layout parasitics in the IC verification flow. This help to reduce design cycles by seamlessly combining package/board layout connectivity data with the IC layout parasitic electrical model. The resulting automatically generated “system-aware” schematic can then be easily used to create a testbench for final circuit-, system-level simulation. Previously, designers were only able to include system-level layout parasitics based on time-consuming ad hoc methods. By automating this entire flow, the new Cadence solution eliminates the highly manual and error-prone process of integrating system-level layout parasitic models back into the IC designer’s flow, reducing days of work to mere minutes.In late 2018, Cadence announced a partnership with National Instruments coupled to the second generation of this solution. The new solution further streamlines the concurrent design of multi-die systems and sub-systems while adding additional 3D electromagnetic (EM) extraction/modeling capabilities and additional capabilities for package/module-level layout. This effort takes designing chips, packages and boards to a whole new level…something we call “System Design Enablement”. This presentation will cover the current challenges of designing heterogenous packages/modules and provide an overview of the new Cadence Virtuoso RF Solution.
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