The impact of floorplanning on the yield of fault-tolerant ICs
Zahava Koren, Israel Koren
Abstract
Zahava Koren, Israel Koren
Abstract
Until now, VLSI designers rarely considered yield issues when selecting a floorplan for a newly designed chip. This paper demonstrates that for large area VLSI chips, especially those that incorporate some fault tolerance, changes in the floorplan can affect the projected yield. We study several general floorplan structures, make some specific recommendations, and apply them to actual VLSI chips.
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Until now, VLSI designers rarely considered yield issues when selecting a floorplan for a newly designed chip. This paper demonstrates that for large area VLSI chips, especially those that incorporate some fault tolerance, changes in the floorplan can affect the projected yield. We study several general floorplan structures, make some specific recommendations, and apply them to actual VLSI chips.
Key concepts: Floorplan, Very-large-scale integration, Computer science, Yield (engineering), Chip, Fault tolerance, Fault (geology), Reliability engineering