2006Unpublished venueRequires access

A Best Known Method for Forming a Multi-Fab Cost Reduction Infrastructure and Applying Innovative Cost Reduction Techniques in Diffusion.

H. Hershkovitz, M. Batra

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Abstract

In advanced semiconductor manufacturing, capital equipment depreciation drives a significant fixed cost in producing products. In order to remain competitive in the flash memory segment cost reduction aspects need to be in focus and it is imperative to put plans and actions in place in order to reduce the wafer cost in the early stages of the technology development. This paper presents a best known method (BKM) that describes a multi-factory cost infrastructure. The development and implementation of this BKM resulted in cost reduction, and specifically focused on the various cost reduction techniques applied in the diffusion clean room functional area. To date, 22% capital cost reduction has been attained for Intel Corporation in the diffusion area between Q1 '04 to Q2 '05, across the 200 mm network

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What this paper is about

In advanced semiconductor manufacturing, capital equipment depreciation drives a significant fixed cost in producing products. In order to remain competitive in the flash memory segment cost reduction aspects need to be in focus and it is imperative to put plans and actions in place in order to reduce the wafer cost in the early stages of the technology development. This paper presents a best known method (BKM) that describes a multi-factory cost infrastructure. The development and implementation of this BKM resulted in cost reduction, and specifically focused on the various cost reduction techniques applied in the diffusion clean room functional area. To date, 22% capital cost reduction has been attained for Intel Corporation in the diffusion area between Q1 '04 to Q2 '05, across the 200 mm network

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Available abstract

In advanced semiconductor manufacturing, capital equipment depreciation drives a significant fixed cost in producing products. In order to remain competitive in the flash memory segment cost reduction aspects need to be in focus and it is imperative to put plans and actions in place in order to reduce the wafer cost in the early stages of the technology development. This paper presents a best known method (BKM) that describes a multi-factory cost infrastructure. The development and implementation of this BKM resulted in cost reduction, and specifically focused on the various cost reduction techniques applied in the diffusion clean room functional area. To date, 22% capital cost reduction has been attained for Intel Corporation in the diffusion area between Q1 '04 to Q2 '05, across the 200 mm network

Key concepts: Cost reduction, Capital cost, Reduction (mathematics), Computer science, Depreciation (economics), Activity-based costing, Factory (object-oriented programming), Manufacturing engineering

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