On challenges for implementing pixelwise DA converter in 3D

A. Paasio, H. Ansio
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Abstract

Vision chips are natural candidates for being among the first areas that are able to utilize the emerging 3D integration possibilities. In some 2D vision chip architectures there are pixel level AD and/or DA converters that are used for various purposes. This article covers the challenges and needs when targeting a megapixel architecture within a 1cm2 chip area. The Through-Silicon-Vias (TSVs) on one hand allow the 3D integration, but on the other hand pose strict challenges for the design. The TSVs occupy certain area and in an area restricted design, the number of TSVs should be minimized. Also the associated Keep-Out-Zone (KOZ) for each TSV should be taken into account.
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在三维中实现像素级数模转换器的挑战
视觉芯片自然是第一批能够利用新兴3D集成可能性的领域之一。在一些2D视觉芯片架构中,有用于各种目的的像素级AD和/或DA转换器。本文介绍了在1平方厘米的芯片面积内实现百万像素架构的挑战和需求。通过硅通孔(tsv)一方面允许3D集成,但另一方面对设计提出了严格的挑战。tsv占用一定的面积,在限制面积的设计中,tsv的数量应尽量减少。此外,每个TSV的相关禁入区(KOZ)也应考虑在内。
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