Abstract

Some recent literature has concluded that patent remedies result in systematically excessive royalties because of holdup and stacking problems. This article shows this literature is mistaken. The royalty rates predicted by the holdup models are often (plausibly most of the time) below the true optimal rate. Further, those predicted royalty rates are overstated because of incorrect assumptions about constant demand, one-shot bargaining, and informational symmetry. Although this literature concludes that overcompensation problems are exacerbated by doctrines measuring damages using past negotiated royalties, in fact such doctrines exacerbate undercompensation problems. Undercompensation problems are further increased to the extent that juries cannot measure damages with perfect accuracy, a problem that persists even if damages are just as likely to be overestimated as underestimated. Nor do the royalty rates predicted by the holdup model apply if there is competition in the downstream product market or upstream market for inventions. Royalty stacking does not lead to royalties that exceed the optimal rate, contrary to this literature, but in fact tends to produce royalties that are at or below the optimal rate.

Highlights

  • Some recent literature has concluded that patent remedies result in systematically excessive royalties because of holdup and stacking problems

  • 63 If we take into account the other reasons to think that the Lemley-Shapiro model overstates predicted royalties, like the fact that the predicted royalties are lower if D engages in repeat bargaining with patent holders, if there is informational asymmetry favoring D, if norms allow credible commitments not to pay excessive royalties, or if demand is not constant, basing damages on past negotiated royalties would be even more undercompensatory

  • Correcting various problems with those models, leads to sharply different conclusions than the ones they reach. Correcting their assumed optimal benchmark shows that their predicted royalties are often below the optimal royalty. Correcting their assumptions about one-shot bargaining, informational symmetry, or constant demand each separately shows that their predicted royalty rates are too high

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Summary

Discussion

This paper can be downloaded without charge from: The Harvard John M. Do Patent Holdup and Royalty Stacking Lead to Systematically Excessive Royalties?

PROBLEMS WITH THE LEMLEY-SHAPIRO PATENT HOLDUP MODEL
The Lemley-Shapiro Holdup Model
The Lemley-Shapiro Benchmark Uses a Suboptimal Royalty Rate
The Lemley-Shapiro Model Overstates Predicted Royalties
The Lemley-Shapiro Model Wrongly Disfavors Licensors
THE HOLDUP MODEL DOES NOT APPLY TO COMPETITIVE MARKETS
Findings
THE ROYALTY STACKING THEORY IS INCORRECT
CONCLUSION
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