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SOC ASICs: overcoming verification and validation and validation challenges

机译:SOC ASIC:克服验证和验证以及验证挑战

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摘要

WITH ANY SEMICONDUCTOR DEVICE, presilicon design verification and postsilicon validation are critical to the functional and operational quality of the finished product. This situation holds especially true for SOC (system-on-chip) devices, in which a single defect in any one function could cause the failure of the entire ASIC and necessitate a re-spin. At the same time, the integration of more functions into single devices, shrinking product-design cycles, and compressed verification and validation cycles because of time-to-market pressures are increasing device complexity. Platform offerings that include validated onboard chip-set components, such as IOPs (I/O processors), place additional timing pressure on verification and validation teams.
机译:借助任何半导体器件,硅前设计验证和硅后验证对于最终产品的功能和操作质量至关重要。这种情况对于SOC(片上系统)设备尤为适用,其中任何一项功能的单个缺陷都可能导致整个ASIC的故障并需要重新旋转。同时,由于上市时间的压力,将更多功能集成到单个设备中,缩短产品设计周期以及压缩的验证和确认周期也增加了设备的复杂性。包括经过验证的板载芯片组组件(例如IOP(I / O处理器))在内的平台产品给验证和验证团队带来了额外的时序压力。

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