Smallest salable patent practicing unit (SSPPU) and component licensing: Why $1 is not $1? Axel Gautier & Nicolas Petit Liège Université Introduction Courts use SSPPU and EMV in patent damages litigation Provides base for assessing ex post the appropriate royalty revenue for technologies protected by patents in case of litigation Policy question: extend SSPPU and component licensing in ex ante royalty negotiations? SSPPU+ What would be the impact of this move? Topic of this paper Focus on royalty negotiations www.lcii.eu Related literature Comparison between ad-valorem and per unit royalties Llobet and Padilla(2016) Llobet, Layne Farrar and Padilla (2014) Kamien and Tauman (1986) Impact of SSPPU Teece (2015) Putnam and William (2016) Starck (2015) www.lcii.eu Why $1 is not $1 ? Mathematician Behavioral economist www.lcii.eu Judge The neutrality of multiplication Consider the following example Handset with retail value $1,000 Firm A has a patented technology included in the handset Value of the technology = $50 (supposed to be known) • Embedded in a chipset, produced at cost = $10 EMV but common knowledge is an issue Firm A will set a licensing rate of max 5% giving a payment of 0.05 x $1,000 =$50 SSPPU The licensing rate should be made by reference to smallest component, the chipset Licensing fee of max 500% giving a payment of 5 x $10= $50 www.lcii.eu The neutrality of multiplication For a mathematician $1 = $1 Royalty revenue = royalty base x royalty rate A change in the royalty base can be compensated by a inversely proportional change in the royalty rate www.lcii.eu Behavioral economics Behavioral economics: decisions are based on heuristics Anchoring effect Agents make estimates by starting from an initial value and then make adjustments Adjustments are systematically insufficient Estimate biased to the initial value ‘The anchor’ Strongest heuristic in behavioral economy www.lcii.eu Behavioral economics Example (ctd’) The reference is the end market value ($1,000) Valuation estimate is likely to be high The reference is the component value ($10) Valuation estimate is likely to be low For both the buyer and the seller www.lcii.eu SEP bargaining (based on Sidak, 2013) SEP holder WTS =Surplus Licensee WTB Bargaining range Royalty payment The bargaining range is the difference between the WTB and the WTS The bargaining range is non-empty if WTB > WTS www.lcii.eu SEP bargaining Royalty payment Royalty point SEP holder WTS =Surplus Licensee WTB Bargaining range Buyer’s surplus Seller’s surplus Bargaining range = Surplus www.lcii.eu Anchoring effect: application to SEP bargaining $30 Royalty point =Surplus Licensee WTB Seller WTS Bargaining range $40 Royalty point =Surplus $50 Licensee WTB Bargaining range $60 Seller WTS $20 SSPPU EMV www.lcii.eu Apportionment method Anchoring effect The anchoring effect is likely to change the royalty point in negotiation But not : The total surplus The sharing of the surplus Surplus of the parties remain constant In addition: Cognitive skills decrease the anchoring effects Anchoring effects can be –partially– corrected in business negotiations www.lcii.eu Judges and courts Negotiation takes place in the shadow of litigation Behavioral economics in courts 500% is ‘high’, 5% is ‘low’ (unit effect) 500% is digits-away from industry practice Courts do not believe in the neutrality of multiplication Cornell vs HP : jury agreed on a royalty rate (0.8%) then the judge proceeds to determine the SSPPU • Changed the definition from CPU Brick to processor without changing the royalty basis. www.lcii.eu Judges and courts Antitrust constraints Excessive pricing (EU, China, Korea) Essential facilities rules Prices which exceeds cost by 100% of value are unfair Obligation to license Likely to monitor licensing terms and conditions FRAND Reference to « commercial practices in the field » which is a concern if the courts do not believe in the neutrality of multiplication www.lcii.eu Price cap & revenue cap Three-digit royalty rates will be considered to be problematic by judicial authorities De facto price-cap on the royalty rate (r<rmax) The combination of A price cap on the nominal royalty Component licensing Leads to an implicit revenue cap on licensing Rmax = rmax x Component value www.lcii.eu Consequences for SEP bargaining Licensee WTB Revenue cap Rmax Bargaining range Surplus Royalty payment License point SEP holder WTS www.lcii.eu With a revenue cap, the bargaining range and the surplus no longer coincide Transfer of surplus to implementers Unlike the anchoring effect, it goes in one direction Consequences for SEP bargaining Technologies embodied in low cost components are more constrained than those embodied in high cost components Redistribution between SEP owners Impossibility of trade max < WTS If R max < WTS < WTB Even if trade is profitable R Incentives to invest, to participate in a standard, to vertically integrate,… www.lcii.eu Uniform pricing accross industries What is the value of the 5G technology? www.lcii.eu Uniform pricing accross industries Different values accross industries Different royalty revenues Might be impossible if the revenue cap applies Revenue cap = uniform pricing accross industries Revenue is disconnected from value ! Concern in General Purpose Technologies (GPT)? www.lcii.eu Conclusions SSPPU+ Price cap on nominal royalty rate Which combined with component licensing creates a revenue cap Uniform pricing across industries Consequences Redistribution issues Incentives to invest Market structure Will SSPPU+ become a standard? www.lcii.eu Comments welcome Paper available on SSRN https://papers.ssrn.com/sol3/papers.cfm? abstract_id=2954592 Liege Competition and Innovation Institute (LCII) Law School - University of Liege (ULg) Quartier Agora | Place des Orateurs, 1, Bât. B 33, 4000 Liege, BELGIUM
© Copyright 2026 Paperzz