PLC advanced technology demonstrator TestChipB

Theodore Vaida
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引用次数: 9

Abstract

Rising complexity in ASIC Systems-On-Chip (SOC) has changed the nature of ASIC design and created a tremendous gap between the manufacturing capability and the engineering capability of ASIC designers and users. To solve this, LSI Logic has licensed the Programmable Logic Core (PLC) architecture developed by Adaptive Silicon Inc. This technology will allow ASIC designers to move some portions of the design later in the cycle, even as late as post tape-out. It will also allow for field reprogrammability. A simple test-chip TestChipA containing only the PLC was produced to verify the basic operation of the architecture. This device showed us that the architecture could be produced on an LSI process, but only exposed the physical design portions of the technology to testing. The next step is to develop a complete SOC device utilizing the PLC. This would enable us to rigorously test the methodologies, comb through the documentation and train our engineers to deliver a fully developed and well supported product. This paper describes the PLC architecture as well as the design methodologies needed to develop the test chip named TestChipB.
PLC先进技术演示器TestChipB
ASIC片上系统(SOC)的复杂性不断提高,改变了ASIC设计的性质,并在ASIC设计者和用户的制造能力与工程能力之间产生了巨大的差距。为了解决这个问题,LSI Logic已经授权自适应硅公司开发的可编程逻辑核心(PLC)架构。这项技术将允许ASIC设计人员在周期的后期移动设计的某些部分,甚至晚到贴片后。它还允许现场可重新编程。制作了一个仅包含PLC的简单测试芯片TestChipA来验证该架构的基本操作。该装置向我们展示了该架构可以在大规模集成电路工艺上生产,但只暴露了该技术的物理设计部分进行测试。下一步是利用PLC开发一个完整的SOC设备。这将使我们能够严格测试方法,梳理文档并培训我们的工程师,以交付完全开发和良好支持的产品。本文介绍了PLC的体系结构以及开发测试芯片TestChipB所需的设计方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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