Transistors All the Way Down: Viability of Direct Volume Measurement (and Price Indexes) for Semiconductors
Abstract
The semiconductor (solid-state electronics) industry is a prime example of global production sharing, of the translation of basic research into productivity, and of the power of a general-purpose technology toboost macroeconomic growth. Study of these questions requires measures of industry output and prices that are complete and consistent across time, economies, and product types. Such data are not currently available. We solve this problem by measuring volume directly, relying on plant-level measures of capacity, industry utilization, and easily observed parameters for the state of technology. That is, we
do not rely on estimation of constant-quality price indexes, which are the primary source of time-series, cross-sectional, and cross-product inconsistency for semiconductor industry measurement. We construct quarterly-frequency output indexes and implicit prices for key semiconductor product classes for five economies spanning the 1996-2022 period. Our results compare favorably to official measures for time periods and economies where measurement is believed to be reliable. In other cases, our output and price measures are appreciably different from official measures and suggest rather different stylized facts for the global industry.