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Research Article Open access CC BY 4.0

Dynamic Model of Markets of Successive Product Generations

Joachim Kaldasch

Journal of Economics, Management and Trade · pp. 1–15 · Published 9 Sep 2015

10.9734/BJEMT/2015/20473

Abstract

A dynamic microeconomic model is presented that establishes the price and unit sales evolution of heterogeneous goods consisting of successive homogenous product generations. It suggests that for a fast growing supply the mean price of the generations are governed by a logistic decline towards a floor price. It is shown that generations of a heterogeneous good are in mutual competition. Their market shares are therefore governed by a Fisher-Pry law while the total unit sales are governed by the lifecycle dynamics of the good. As a result the absolute unit sales of a generation exhibit a characteristic sales peak consisting of a rapid increase followed by a long tail. The presented approach shows that the evolution of successive product generations can be understood as an evolutionary adaptation process. The applicability of the model is confirmed by a comparison with empirical investigations on successive DRAM generations.

Product diffusion evolutionary economics multiple generations competition price evolution DRAM market

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