This blog post summarizes the findings of a paper published in Volume 21 of the Federalist Society Review. The paper was co-authored by Dirk Auer, Geoffrey A. Manne, Julian Morris, & Kristian Stout. It uses the analytical framework of law and economics to discuss recent patent law reforms in the US, and their negative ramifications for inventors. The full paper can be found on the Federalist Society’s website, here.
Property rights are a pillar of the free market. As Harold Demsetz famously argued, they spur specialization, investment and competition throughout the economy. And the same holds true for intellectual property rights (IPRs).
However, despite the many social benefits that have been attributed to intellectual property protection, the past decades have witnessed the birth and growth of an powerful intellectual movement seeking to reduce the legal protections offered to inventors by patent law.
These critics argue that excessive patent protection is holding back western economies. For instance, they posit that the owners of the standard essential patents (“SEPs”) are charging their commercial partners too much for the rights to use their patents (this is referred to as patent holdup and royalty stacking). Furthermore, they argue that so-called patent trolls (“patent-assertion entities” or “PAEs”) are deterring innovation by small startups by employing “extortionate” litigation tactics.
Unfortunately, this movement has led to a deterioration of appropriate remedies in patent disputes.
The many benefits of patent protection
While patents likely play an important role in providing inventors with incentives to innovate, their role in enabling the commercialization of ideas is probably even more important.
By creating a system of clearly defined property rights, patents empower market players to coordinate their efforts in order to collectively produce innovations. In other words, patents greatly reduce the cost of concluding mutually-advantageous deals, whereby firms specialize in various aspects of the innovation process. Critically, these deals occur in the shadow of patent litigation and injunctive relief. The threat of these ensures that all parties have an incentive to take a seat at the negotiating table.
This is arguably nowhere more apparent than in the standardization space. Many of the most high-profile modern technologies are the fruit of large-scale collaboration coordinated through standards developing organizations (SDOs). These include technologies such as Wi-Fi, 3G, 4G, 5G, Blu-Ray, USB-C, and Thunderbolt 3. The coordination necessary to produce technologies of this sort is hard to imagine without some form of enforceable property right in the resulting inventions.
The shift away from injunctive relief
Of the many recent reforms to patent law, the most significant has arguably been a significant limitation of patent holders’ availability to obtain permanent injunctions. This is particularly true in the case of so-called standard essential patents (SEPs).
However, intellectual property laws are meaningless without the ability to enforce them and remedy breaches. And injunctions are almost certainly the most powerful, and important, of these remedies.
The significance of injunctions is perhaps best understood by highlighting the weakness of damages awards when applied to intangible assets. Indeed, it is often difficult to establish the appropriate size of an award of damages when intangible property—such as invention and innovation in the case of patents—is the core property being protected. This is because these assets are almost always highly idiosyncratic. By blocking all infringing uses of an invention, injunctions thus prevent courts from having to act as price regulators. In doing so, they also ensure that innovators are adequately rewarded for their technological contributions.
Unfortunately, the Supreme Court’s 2006 ruling in eBay Inc. v. MercExchange, LLC significantly narrowed the circumstances under which patent holders could obtain permanent injunctions. This predictably led lower courts to grant fewer permanent injunctions in patent litigation suits.
But while critics of injunctions had hoped that reducing their availability would spur innovation, empirical evidence suggests that this has not been the case so far.
And injunctions are not the only area of patent law that have witnessed a gradual shift against the interests of patent holders. Much of the same could be said about damages awards, revised fee shifting standards, and the introduction of Inter Partes Review.
Critically, the intellectual movement to soften patent protection has also had ramifications outside of the judicial sphere. It is notably behind several legislative reforms, particularly the America Invents Act. Moreover, it has led numerous private parties – most notably Standard Developing Organizations (SDOs) – to adopt stances that have advanced the interests of technology implementers at the expense of inventors.
For instance, one of the most noteworthy reforms has been IEEE’s sweeping reforms to its IP policy, in 2015. The new rules notably prevented SEP holders from seeking permanent injunctions against so-called “willing licensees”. They also mandated that royalties pertaining to SEPs should be based upon the value of the smallest saleable component that practices the patented technology. Both of these measures ultimately sought to tilt the bargaining range in license negotiations in favor of implementers.
The developments discussed in this article might seem like small details, but they are part of a wider trend whereby U.S. patent law is becoming increasingly inhospitable for inventors. This is particularly true when it comes to the enforcement of SEPs by means of injunction.
While the short-term effect of these various reforms has yet to be quantified, there is a real risk that, by decreasing the value of patents and increasing transaction costs, these changes may ultimately limit the diffusion of innovations and harm incentives to invent.
This likely explains why some legislators have recently put forward bills that seek to reinforce the U.S. patent system (here and here).
Despite these initiatives, the fact remains that there is today a strong undercurrent pushing for weaker or less certain patent protection. If left unchecked, this threatens to undermine the utility of patents in facilitating the efficient allocation of resources for innovation and its commercialization. Policymakers should thus pay careful attention to the changes this trend may bring about and move swiftly to recalibrate the patent system where needed in order to better protect the property rights of inventors and yield more innovation overall.
[This guest post is authored by Mark A. Lemley, Professor of Law and the Director of Program in Law, Science & Technology at Stanford Law School; A. Douglas Melamed, Professor of the Practice of Law at Stanford Law School and Former Senior Vice President and General Counsel of Intel from 2009 to 2014; and Steven Salop, Professor of Economics and Law at Georgetown Law School. It is part of an ongoing debate between the authors, on one side, and Geoffrey Manne and Dirk Auer, on the other, and has been integrated into our ongoing series on the FTC v. Qualcomm case, where all of the posts in this exchange are collected.]
In their original post, Manne and Auer argued that the antitrust argument against Qualcomm’s no license/no chips policy was based on bad economics and bad law. They now seem to have abandoned that argument and claim instead – contrary to the extensive factual findings of the district court – that, while Qualcomm threatened to cut off chips, it was a paper tiger that OEMs could, and knew they could, ignore. The implication is that the Ninth Circuit should affirm the district court on the no license/ no chips issue unless it sets aside the court’s fact findings. That seems like agreement with the position of our amicus brief.
We will not in this post review the huge factual record. We do note, however, that Manne and Auer cite in support of their factual argument only that 3 industry giants brought and then settled litigation against Qualcomm. But all 3 brought antitrust litigation; their doing so hardly proves that contract litigation or what Manne and Auer call “holdout” were viable options for anyone, much less for smaller OEMs. The fact that Qualcomm found it necessary to actually cut off only one OEM – and then it only took the OEM only 7 days to capitulate – certainly does not prove that Qualcomm’s threats lacked credibility. Notably, Manne and Auer do not claim that any OEMs bought chips from competitors of Qualcomm (although Apple bought some chips from Intel for a short while). No license/no chips appears to have been a successful, coercive policy, not an easily ignored threat.
[This guest post is authored by Mark A. Lemley, Professor of Law and the Director of Program in Law, Science & Technology at Stanford Law School; A. Douglas Melamed, Professor of the Practice of Law at Stanford Law School and Former Senior Vice President and General Counsel of Intel from 2009 to 2014; and Steven Salop, Professor of Economics and Law at Georgetown Law School. It is a response to the post, “Exclusionary Pricing Without the Exclusion: Unpacking Qualcomm’s No License, No Chips Policy,” by Geoffrey Manne and Dirk Auer, which is itself a response to Lemley, Melamed, and Salop’s amicus brief in FTC v. Qualcomm.]
Geoffrey Manne and Dirk Auer’s defense of Qualcomm’s no license/no chips policy is based on a fundamental misunderstanding of how that policy harms competition. The harm is straightforward in light of facts proven at trial. In a nutshell, OEMs must buy some chips from Qualcomm or else exit the handset business, even if they would also like to buy additional chips from other suppliers. OEMs must also buy a license to Qualcomm’s standard essential patents, whether they use Qualcomm’s chips or other chips implementing the same industry standards. There is a monopoly price for the package of Qualcomm’s chips plus patent license. Assume that the monopoly price is $20. Assume further that, if Qualcomm’s patents were licensed in a standalone transaction, as they would be if they were owned by a firm that did not also make chips, the market price for the patent license would be $2. In that event, the monopoly price for the chip would be $18, and a chip competitor could undersell Qualcomm if Qualcomm charged the monopoly price of $18 and the competitor could profitably sell chips for a lower price. If the competitor’s cost of producing and selling chips was $11, for example, it could easily undersell Qualcomm and force Qualcomm to lower its chip prices below $18, thereby reducing the price for the package to a level below $20.
However, the no license/no chips policy enables Qualcomm to allocate the package price of $20 any way it wishes. Because the OEMs must buy some chips from Qualcomm, Qualcomm is able to coerce the OEMs to accept any such allocation by threatening not to sell them chips if they do not agree to a license at the specified terms. The prices could thus be $18 and $2; or, for example, they could be $10 for the chips and $10 for the license. If Qualcomm sets the license price at $10 and a chip price of $10, it would continue to realize the monopoly package price of $20. But in that case, a competitor could profitably undersell Qualcomm only if its chip cost were less than 10. A competitor with a cost of $11 would then not be able to successfully enter the market, and Qualcomm would not need to lower its chip prices. That is how the no license/no chip policy blocks entry of chip competitors and maintains Qualcomm’s chip monopoly.
Manne and Auer’s defense of the no license/no chips policy is deeply flawed. In the first place, Manne and Auer mischaracterize the problem as one in which “Qualcomm undercuts [chipset rivals] on chip prices and recoups its losses by charging supracompetitive royalty rates on its IP.” On the basis of this description of the issue, they argue that, if Qualcomm cannot charge more than $2 for the license, it cannot use license revenues to offset the chip price reduction. And if Qualcomm can charge more than $2 for the license, it does not need a chip monopoly in order to make supracompetitive licensing profits. This argument is wrong both factually and conceptually.
As a factual matter, there are constraints on Qualcomm’s ability to charge more than $2 for the license if the license is sold by itself. If sold by itself, the license would be negotiated in the shadow of infringement litigation and the royalty would be constrained by the value of the technology claimed by the patent, the risk that the patent would be found to be invalid or not infringed, the “reasonable royalty” contemplated by the patent laws, and the contractual commitment to license on FRAND terms. But Qualcomm is able to circumvent those constraints by coercing OEMs to pay a higher price or else lose access to essential Qualcomm chips. In other words, Qualcomm’s ability to charge more than $2 for the license is not exogenous. Qualcomm is able to charge more than $2 for the license only because it uses the power of its chip monopoly to coerce the OEMs to give up the option of negotiating in light of the otherwise applicable constraints on the royalties it can charge. It is a simple story of bundling with simultaneous recoupment.
As a conceptual matter, Manne and Auer seem to think that the concern with the no license/no chips policy is that it enables inflated patent royalties to subsidize a profit sacrifice in chip sales, as if the issue were predatory pricing in chips. But there is no such sacrifice. Money is fungible, and Manne and Auer have it backwards. The problem is that the no license/no chips policy enables Qualcomm to make purely nominal changes by allocating some of its monopoly chip price to the license price. Qualcomm offsets that nominal license price increase when the OEM buys chips from it by lowering the chip price by that amount in order to maintain the package price at the monopoly price. There is no profit sacrifice for Qualcomm because the lower chip price simply offsets the higher license price. Qualcomm offers no such offset when the OEM buys chips from other suppliers. To the contrary, by using its chip monopoly to increase the license price, it increases the cost to OEMs of using competitors’ chips and is thus able to perpetuate its chip monopoly and maintain its monopoly chip prices and profits. Absent this policy, OEMs would buy more chips from third parties; Qualcomm’s prices and profits would fall; and consumers would benefit.
At the end of the day, Manne and Auer rely on the old “single monopoly profit” or “double counting” idea that a monopolist cannot both charge a monopoly price and extract additional consideration as well. But, again, they have it backwards. Manne and Auer describe the issue as whether Qualcomm can leverage its patent position in the technology markets to increase its market power in chips. But that is not the issue. Qualcomm is not trying to increase profits by leveraging monopoly power from one market into a different market in order to gain additional monopoly profits in the second market. Instead, it is using its existing monopoly power in chips to maintain that monopoly power in the first place. Assuming Qualcomm has a chip monopoly, it is true that it earns the same revenue from OEMs regardless of how it allocates the all-in price of $20 to its chips versus its patents. But by allocating more of the all-in price to the patents (i.e., in our example, $10 instead of $2), Qualcomm is able to maintain its monopoly by preventing rival chipmakers from undercutting the $20 monopoly price of the package. That is how competition and consumers are harmed.
[TOTM: The following is the eighth in a series of posts by TOTM guests and authors on the FTC v. Qualcomm case recently decided by Judge Lucy Koh in the Northern District of California. Other posts in this series are here. The blog post is based on a forthcoming paper regarding patent holdup, co-authored by Dirk Auer and Julian Morris.]
In his latest book, Tyler Cowen calls big business an “American anti-hero”. Cowen argues that the growing animosity towards successful technology firms is to a large extent unwarranted. After all, these companies have generated tremendous prosperity and jobs.
Though it is less known to the public than its Silicon Valley counterparts, Qualcomm perfectly fits the anti-hero mold. Despite being a key contributor to the communications standards that enabled the proliferation of smartphones around the globe – an estimated 5 Billion people currently own a device – Qualcomm has been on the receiving end of considerable regulatory scrutiny on both sides of the Atlantic (including two in the EU; see here and here).
In the US, Judge Lucy Koh recently ruled that a combination of anticompetitive practices had enabled Qualcomm to charge “unreasonably high royalty rates” for its CDMA and LTE cellular communications technology. Chief among these practices was Qualcomm’s so-called “no license, no chips” policy, whereby the firm refuses to sell baseband processors to implementers that have not taken out a license for its communications technology. Other grievances included Qualcomm’s purported refusal to license its patents to rival chipmakers, and allegations that it attempted to extract exclusivity obligations from large handset manufacturers, such as Apple. According to Judge Koh, these practices resulted in “unreasonably high” royalty rates that failed to comply with Qualcomm’s FRAND obligations.
Judge Koh’s ruling offers an unfortunate example of the numerous pitfalls that decisionmakers face when they second-guess the distributional outcomes achieved through market forces. This is particularly true in the complex standardization space.
The elephant in the room
The first striking feature of Judge Koh’s ruling is what it omits. Throughout the more than two-hundred-page long document, there is not a single reference to the concepts of holdup or holdout (crucial terms of art for a ruling that grapples with the prices charged by an SEP holder).
At first sight, this might seem like a semantic quibble. But words are important. Patent holdup (along with the “unreasonable” royalties to which it arguably gives rise) is possible only when a number of cumulative conditions are met. Most importantly, the foundational literature on economic opportunism (here and here) shows that holdup (and holdout) mostly occur when parties have made asset-specific sunk investments. This focus on asset-specific investments is echoed by even the staunchest critics of the standardization status quo (here).
Though such investments may well have been present in the case at hand, there is no evidence that they played any part in the court’s decision. This is not without consequences. If parties did not make sunk relationship-specific investments, then the antitrust case against Qualcomm should have turned upon the alleged exclusion of competitors, not the level of Qualcomm’s royalties. The DOJ said this much in its statement of interest concerning Qualcomm’s motion for partial stay of injunction pending appeal. Conversely, if these investments existed, then patent holdout (whereby implementers refuse to license key pieces of intellectual property) was just as much of a risk as patent holdup (here and here). And yet the court completely overlooked this possibility.
The misguided push for component level pricing
The court also erred by objecting to Qualcomm’s practice of basing license fees on the value of handsets, rather than that of modem chips. In simplified terms, implementers paid Qualcomm a percentage of their devices’ resale price. The court found that this was against Federal Circuit law. Instead, it argued that royalties should be based on the value the smallest salable patent-practicing component (in this case, baseband chips). This conclusion is dubious both as a matter of law and of policy.
From a legal standpoint, the question of the appropriate royalty base seems far less clear-cut than Judge Koh’s ruling might suggest. For instance, Gregory Sidak observes that inTCL v. Ericsson Judge Selna used a device’s net selling price as a basis upon which to calculate FRAND royalties. Likewise, in CSIRO v. Cisco, the Court also declined to use the “smallest saleable practicing component” as a royalty base. And finally, as Jonathan Barnett observes, the Circuit Laser Dynamics case law cited by Judge Koh relates to the calculation of damages in patent infringement suits. There is no legal reason to believe that its findings should hold any sway outside of that narrow context. It is one thing for courts to decide upon the methodology that they will use to calculate damages in infringement cases – even if it is a contested one. It is a whole other matter to shoehorn private parties into adopting this narrow methodology in their private dealings.
More importantly, from a policy standpoint, there are important advantages to basing royalty rates on the price of an end-product, rather than that of an intermediate component. This type of pricing notably enables parties to better allocate the risk that is inherent in launching a new product. In simplified terms: implementers want to avoid paying large (fixed) license fees for failed devices; and patent holders want to share in the benefits of successful devices that rely on their inventions. The solution, as Alain Bousquet and his co-authors explain, is to agree on royalty payments that are contingent on success in the market:
Because the demand for a new product is uncertain and/or the potential cost reduction of a new technology is not perfectly known, both seller and buyer may be better off if the payment for the right to use an innovation includes a state-contingent royalty (rather than consisting of just a fixed fee). The inventor wants to benefit from a growing demand for a new product, and the licensee wishes to avoid high payments in case of disappointing sales.
While this explains why parties might opt for royalty-based payments over fixed fees, it does not entirely elucidate the practice of basing royalties on the price of an end device. One explanation is that a technology’s value will often stem from its combination with other goods or technologies. Basing royalties on the value of an end-device enables patent holders to more effectively capture the social benefits that flow from these complementarities.
Imagine the price of the smallest saleable component is identical across all industries, despite it being incorporated into highly heterogeneous devices. For instance, the same modem chip could be incorporated into smartphones (of various price ranges), tablets, vehicles, and other connected devices. The Bousquet line of reasoning (above) suggests that it is efficient for the patent holder to earn higher royalties (from the IP that underpins the modem chips) in those segments where market demand is strongest (i.e. where there are stronger complementarities between the modem chip and the end device).
One way to make royalties more contingent on market success is to use the price of the modem (which is presumably identical across all segments) as a royalty base and negotiate a separate royalty rate for each end device (charging a higher rate for devices that will presumably benefit from stronger consumer demand). But this has important drawbacks. For a start, identifying those segments (or devices) that are most likely to be successful is informationally cumbersome for the inventor. Moreover, this practice could land the patent holder in hot water. Antitrust authorities might naïvely conclude that these varying royalty rates violate the “non-discriminatory” part of FRAND.
A much simpler solution is to apply a single royalty rate (or at least attempt to do so) but use the price of the end device as a royalty base. This ensures that the patent holder’s rewards are not just contingent on the number of devices sold, but also on their value. Royalties will thus more closely track the end-device’s success in the marketplace.
In short, basing royalties on the value of an end-device is an informationally light way for the inventor to capture some of the unforeseen value that might stem from the inclusion of its technology in an end device. Mandating that royalty rates be based on the value of the smallest saleable component ignores this complex reality.
Prices are almost impossible to reconstruct
Judge Koh was similarly imperceptive when assessing Qualcomm’s contribution to the value of key standards, such as LTE and CDMA.
For a start, she reasoned that Qualcomm’s royalties were large compared to the number of patents it had contributed to these technologies:
Moreover, Qualcomm’s own documents also show that Qualcomm is not the top standards contributor, which confirms Qualcomm’s own statements that QCT’s monopoly chip market share rather than the value of QTL’s patents sustain QTL’s unreasonably high royalty rates.
Given the tremendous heterogeneity that usually exists between the different technologies that make up a standard, simply counting each firm’s contributions is a crude and misleading way to gauge the value of their patent portfolios. Accordingly, Qualcomm argued that it had made pioneering contributions to technologies such as CDMA, and 4G/5G. Though the value of Qualcomm’s technologies is ultimately an empirical question, the court’s crude patent counting was unlikely to provide a satisfying answer.
Just as problematically, the court also concluded that Qualcomm’s royalties were unreasonably high because “modem chips do not drive handset value.” In its own words:
Qualcomm’s intellectual property is for communication, and Qualcomm does not own intellectual property on color TFT LCD panel, mega-pixel DSC module, user storage memory, decoration, and mechanical parts. The costs of these non-communication-related components have become more expensive and now contribute 60-70% of the phone value. The phone is not just for communication, but also for computing, movie-playing, video-taking, and data storage.
As Luke Froeb and his co-authors have also observed, the court’s reasoning on this point is particularly unfortunate. Though it is clearly true that superior LCD panels, cameras, and storage increase a handset’s value – regardless of the modem chip that is associated with them – it is equally obvious that improvements to these components are far more valuable to consumers when they are also associated with high-performance communications technology.
For example, though there is undoubtedly standalone value in being able to take improved pictures on a smartphone, this value is multiplied by the ability to instantly share these pictures with friends, and automatically back them up on the cloud. Likewise, improving a smartphone’s LCD panel is more valuable if the device is also equipped with a cutting edge modem (both are necessary for consumers to enjoy high-definition media online).
In more technical terms, the court fails to acknowledge that, in the presence of perfect complements, each good makes an incremental contribution of 100% to the value of the whole. A smartphone’s components would be far less valuable to consumers if they were not associated with a high-performance modem, and vice versa. The fallacy to which the court falls prey is perfectly encapsulated by a quote it cites from Apple’s COO:
Apple invests heavily in the handset’s physical design and enclosures to add value, and those physical handset features clearly have nothing to do with Qualcomm’s cellular patents, it is unfair for Qualcomm to receive royalty revenue on that added value.
The question the court should be asking, however, is whether Apple would have gone to the same lengths to improve its devices were it not for Qualcomm’s complementary communications technology. By ignoring this question, Judge Koh all but guaranteed that her assessment of Qualcomm’s royalty rates would be wide of the mark.
In short, the FTC v. Qualcomm case shows that courts will often struggle when they try to act as makeshift price regulators. It thus lends further credence to Gergory Werden and Luke Froeb’s conclusion that:
Nothing is more alien to antitrust than enquiring into the reasonableness of prices.
This is especially true in complex industries, such as the standardization space. The colossal number of parameters that affect the price for a technology are almost impossible to reproduce in a top-down fashion, as the court attempted to do in the Qualcomm case. As a result, courts will routinely draw poor inferences from factors such as the royalty base agreed upon by parties, the number of patents contributed by a firm, and the complex manner in which an individual technology may contribute to the value of an end-product. Antitrust authorities and courts would thus do well to recall the wise words of Friedrich Hayek:
If we can agree that the economic problem of society is mainly one of rapid adaptation to changes in the particular circumstances of time and place, it would seem to follow that the ultimate decisions must be left to the people who are familiar with these circumstances, who know directly of the relevant changes and of the resources immediately available to meet them. We cannot expect that this problem will be solved by first communicating all this knowledge to a central board which, after integrating all knowledge, issues its orders. We must solve it by some form of decentralization.
[TOTM: The following is the fourth in a series of posts by TOTM guests and authors on the FTC v. Qualcomm case, currently awaiting decision by Judge Lucy Koh in the Northern District of California. The entire series of posts is available here.This post originally appeared on the Federalist Society Blog.]
The courtroom trial in the Federal Trade Commission’s (FTC’s) antitrust case against Qualcomm ended in January with a promise from the judge in the case, Judge Lucy Koh, to issue a ruling as quickly as possible — caveated by her acknowledgement that the case is complicated and the evidence voluminous. Well, things have only gotten more complicated since the end of the trial. Not only did Apple and Qualcomm reach a settlement in the antitrust case against Qualcomm that Apple filed just three days after the FTC brought its suit, but the abbreviated trial in that case saw the presentation by Qualcomm of some damning evidence that, if accurate, seriously calls into (further) question the merits of the FTC’s case.
Apple v. Qualcomm settles — and the DOJ takes notice
The Apple v. Qualcomm case, which was based on substantially the same arguments brought by the FTC in its case, ended abruptly last month after only a day and a half of trial — just enough time for the parties to make their opening statements — when Apple and Qualcomm reached an out-of-court settlement. The settlement includes a six-year global patent licensing deal, a multi-year chip supplier agreement, an end to all of the patent disputes around the world between the two companies, and a $4.5 billion settlement payment from Apple to Qualcomm.
That alone complicates the economic environment into which Judge Koh will issue her ruling. But the Apple v. Qualcomm trial also appears to have induced the Department of Justice Antitrust Division (DOJ) to weigh in on the FTC’s case with a Statement of Interest requesting Judge Koh to use caution in fashioning a remedy in the case should she side with the FTC, followed by a somewhat snarky Reply from the FTC arguing the DOJ’s filing was untimely (and, reading the not-so-hidden subtext, unwelcome).
But buried in the DOJ’s Statement is an important indication of why it filed its Statement when it did, just about a week after the end of the Apple v. Qualcomm case, and a pointer to a much larger issue that calls the FTC’s case against Qualcomm even further into question (I previously wrote about the lack of theoretical and evidentiary merit in the FTC’s case here).
Footnote 6 of the DOJ’s Statement reads:
Internal Apple documents that recently became public describe how, in an effort to “[r]educe Apple’s net royalty to Qualcomm,” Apple planned to “[h]urt Qualcomm financially” and “[p]ut Qualcomm’s licensing model at risk,” including by filing lawsuits raising claims similar to the FTC’s claims in this case …. One commentator has observed that these documents “potentially reveal that Apple was engaging in a bad faith argument both in front of antitrust enforcers as well as the legal courts about the actual value and nature of Qualcomm’s patented innovation.” (Emphasis added).
Indeed, the slides presented by Qualcomm during that single day of trial in Apple v. Qualcomm are significant, not only for what they say about Apple’s conduct, but, more importantly, for what they say about the evidentiary basis for the FTC’s claims against the company.
The evidence presented by Qualcomm in its opening statement suggests some troubling conduct by Apple
Others have pointed to Qualcomm’s opening slides and the Apple internal documents they present to note Apple’s apparent bad conduct. As one commentator sums it up:
Although we really only managed to get a small glimpse of Qualcomm’s evidence demonstrating the extent of Apple’s coordinated strategy to manipulate the FRAND license rate, that glimpse was particularly enlightening. It demonstrated a decade-long coordinated effort within Apple to systematically engage in what can only fairly be described as manipulation (if not creation of evidence) and classic holdout.
Qualcomm showed during opening arguments that, dating back to at least 2009, Apple had been laying the foundation for challenging its longstanding relationship with Qualcomm. (Emphasis added).
The internal Apple documents presented by Qualcomm to corroborate this claim appear quite damning. Of course, absent explanation and cross-examination, it’s impossible to know for certain what the documents mean. But on their face they suggest Apple knowingly undertook a deliberate scheme (and knowingly took upon itself significant legal risk in doing so) to devalue comparable patent portfolios to Qualcomm’s:
The apparent purpose of this scheme was to devalue comparable patent licensing agreements where Apple had the power to do so (through litigation or the threat of litigation) in order to then use those agreements to argue that Qualcomm’s royalty rates were above the allowable, FRAND level, and to undermine the royalties Qualcomm would be awarded in courts adjudicating its FRAND disputes with the company. As one commentator put it:
Apple embarked upon a coordinated scheme to challenge weaker patents in order to beat down licensing prices. Once the challenges to those weaker patents were successful, and the licensing rates paid to those with weaker patent portfolios were minimized, Apple would use the lower prices paid for weaker patent portfolios as proof that Qualcomm was charging a super-competitive licensing price; a licensing price that violated Qualcomm’s FRAND obligations. (Emphasis added).
That alone is a startling revelation, if accurate, and one that would seem to undermine claims that patent holdout isn’t a real problem. It also would undermine Apple’s claims that it is a “willing licensee,” engaging with SEP licensors in good faith. (Indeed, this has been called into question before, and one Federal Circuit judge has noted in dissent that “[t]he record in this case shows evidence that Apple may have been a hold out.”). If the implications drawn from the Apple documents shown in Qualcomm’s opening statement are accurate, there is good reason to doubt that Apple has been acting in good faith.
Even more troubling is what it means for the strength of the FTC’s case
But the evidence offered in Qualcomm’s opening argument point to another, more troubling implication, as well. We know that Apple has been coordinating with the FTC and was likely an important impetus for the FTC’s decision to bring an action in the first place. It seems reasonable to assume that Apple used these “manipulated” agreements to help make its case.
But what is most troubling is the extent to which it appears to have worked.
Qualcomm’s practices, including no license, no chips, skewed negotiations towards the outcomes that favor Qualcomm and lead to higher royalties. Qualcomm is committed to license its standard essential patents on fair, reasonable, and non-discriminatory terms. But even before doing market comparison, we know that the license rates charged by Qualcomm are too high and above FRAND because Qualcomm uses its chip power to require a license.
* * *
Mr. Michael Lasinski [the FTC’s patent valuation expert] compared the royalty rates received by Qualcomm to … the range of FRAND rates that ordinarily would form the boundaries of a negotiation … Mr. Lasinski’s expert opinion … is that Qualcomm’s royalty rates are far above any indicators of fair and reasonable rates. (Emphasis added).
The key question is what constitutes the “range of FRAND rates that ordinarily would form the boundaries of a negotiation”?
Because they were discussed under seal, we don’t know the precise agreements that the FTC’s expert, Mr. Lasinski, used for his analysis. But we do know something about them: His analysis entailed a study of only eight licensing agreements; in six of them, the licensee was either Apple or Samsung; and in all of them the licensor was either Interdigital, Nokia, or Ericsson. We also know that Mr. Lasinski’s valuation study did not include any Qualcomm licenses, and that the eight agreements he looked at were all executed after the district court’s decision in Microsoft vs. Motorola in 2013.
A curiously small number of agreements
Right off the bat there is a curiosity in the FTC’s valuation analysis. Even though there are hundreds of SEP license agreements involving the relevant standards, the FTC’s analysis relied on only eight, three-quarters of which involved licensing by only two companies: Apple and Samsung.
Indeed, even since 2013 (a date to which we will return) there have been scads of licenses (see, e.g., here, here, and here). Not only Apple and Samsung make CDMA and LTE devices; there are — quite literally — hundreds of other manufacturers out there, all of them licensing essentially the same technology — including global giants like LG, Huawei, HTC, Oppo, Lenovo, and Xiaomi. Why were none of their licenses included in the analysis?
At the same time, while Interdigital, Nokia, and Ericsson are among the largest holders of CDMA and LTE SEPs, several dozen companies have declared such patents, including Motorola (Alphabet), NEC, Huawei, Samsung, ZTE, NTT DOCOMO, etc. Again — why were none of their licenses included in the analysis?
All else equal, more data yields better results. This is particularly true where the data are complex license agreements which are often embedded in larger, even-more-complex commercial agreements and which incorporate widely varying patent portfolios, patent implementers, and terms.
Yet the FTC relied on just eight agreements in its comparability study, covering a tiny fraction of the industry’s licensors and licensees, and, notably, including primarily licenses taken by the two companies (Samsung and Apple) that have most aggressively litigated their way to lower royalty rates.
A curiously crabbed selection of licensors
And it is not just that the selected licensees represent a weirdly small and biased sample; it is also not necessarily even a particularly comparable sample.
One thing we can be fairly confident of, given what we know of the agreements used, is that at least one of the license agreements involved Nokia licensing to Apple, and another involved InterDigital licensing to Apple. But these companies’ patent portfolios are not exactly comparable to Qualcomm’s. About Nokia’s patents, Apple said:
And about InterDigital’s:
Meanwhile, Apple’s view of Qualcomm’s patent portfolio (despite its public comments to the contrary) was that it was considerably better than the others’:
The FTC’s choice of such a limited range of comparable license agreements is curious for another reason, as well: It includes no Qualcomm agreements. Qualcomm is certainly one of the biggest players in the cellular licensing space, and no doubt more than a few license agreements involve Qualcomm. While it might not make sense to include Qualcomm licenses that the FTC claims incorporate anticompetitive terms, that doesn’t describe the huge range of Qualcomm licenses with which the FTC has no quarrel. Among other things, Qualcomm licenses from before it began selling chips would not have been affected by its alleged “no license, no chips” scheme, nor would licenses granted to companies that didn’t also purchase Qualcomm chips. Furthermore, its licenses for technology reading on the WCDMA standard are not claimed to be anticompetitive by the FTC.
And yet none of these licenses were deemed “comparable” by the FTC’s expert, even though, on many dimensions — most notably, with respect to the underlying patent portfolio being valued — they would have been the most comparable (i.e., identical).
A curiously circumscribed timeframe
That the FTC’s expert should use the 2013 cut-off date is also questionable. According to Lasinski, he chose to use agreements after 2013 because it was in 2013 that the U.S. District Court for the Western District of Washington decided the Microsoft v. Motorola case. Among other things, the court in Microsoft v Motorola held that the proper value of a SEP is its “intrinsic” patent value, including its value to the standard, but not including the additional value it derives from being incorporatedinto a widely used standard.
According to the FTC’s expert,
prior to [Microsoft v. Motorola], people were trying to value … the standard and the license based on the value of the standard, not the value of the patents ….
Asked by Qualcomm’s counsel if his concern was that the “royalty rates derived in license agreements for cellular SEPs [before Microsoft v. Motorola] could very well have been above FRAND,” Mr. Lasinski concurred.
The problem with this approach is that it’s little better than arbitrary. The Motorola decision was an important one, to be sure, but the notion that sophisticated parties in a multi-billion dollar industry were systematically agreeing to improper terms until a single court in Washington suggested otherwise is absurd. To be sure, such agreements are negotiated in “the shadow of the law,” and judicial decisions like the one in Washington (later upheld by the Ninth Circuit) can affect the parties’ bargaining positions.
But even if it were true that the court’s decision had some effect on licensing rates, the decision would still have been only one of myriad factors determining parties’ relative bargaining power and their assessment of the proper valuation of SEPs. There is no basis to support the assertion that the Motorola decision marked a sea-change between “improper” and “proper” patent valuations. And, even if it did, it was certainly not alone in doing so, and the FTC’s expert offers no justification for determining that agreements reached before, say, the European Commission’s decision against Qualcomm in 2018 were “proper,” or that the Korea FTC’s decision against Qualcomm in 2009 didn’t have the same sort of corrective effect as the Motorola court’s decision in 2013.
At the same time, a review of a wider range of agreements suggested that Qualcomm’s licensing royalties weren’t inflated
Meanwhile, one of Qualcomm’s experts in the FTC case, former DOJ Chief Economist Aviv Nevo, looked at whether the FTC’s theory of anticompetitive harm was borne out by the data by looking at Qualcomm’s royalty rates across time periods and standards, and using a much larger set of agreements. Although his remit was different than Mr. Lasinski’s, and although he analyzed only Qualcomm licenses, his analysis still sheds light on Mr. Lasinski’s conclusions:
[S]pecifically what I looked at was the predictions from the theory to see if they’re actually borne in the data….
[O]ne of the clear predictions from the theory is that during periods of alleged market power, the theory predicts that we should see higher royalty rates.
So that’s a very clear prediction that you can take to data. You can look at the alleged market power period, you can look at the royalty rates and the agreements that were signed during that period and compare to other periods to see whether we actually see a difference in the rates.
Dr. Nevo’s analysis, which looked at royalty rates in Qualcomm’s SEP license agreements for CDMA, WCDMA, and LTE ranging from 1990 to 2017, found no differences in rates between periods when Qualcomm was alleged to have market power and when it was not alleged to have market power (or could not have market power, on the FTC’s theory, because it did not sell corresponding chips).
The reason this is relevant is that Mr. Lasinski’s assessment implies that Qualcomm’s higher royalty rates weren’t attributable to its superior patent portfolio, leaving either anticompetitive conduct or non-anticompetitive, superior bargaining ability as the explanation. No one thinks Qualcomm has cornered the market on exceptional negotiators, so really the only proffered explanation for the results of Mr. Lasinski’s analysis is anticompetitive conduct. But this assumes that his analysis is actually reliable. Prof. Nevo’s analysis offers some reason to think that it is not.
All of the agreements studied by Mr. Lasinski were drawn from the period when Qualcomm is alleged to have employed anticompetitive conduct to elevate its royalty rates above FRAND. But when the actual royalties charged by Qualcomm during its alleged exercise of market power are compared to those charged when and where it did not have market power, the evidence shows it received identical rates. Mr Lasinki’s results, then, would imply that Qualcomm’s royalties were “too high” not only while it was allegedly acting anticompetitively, but also when it was not. That simple fact suggests on its face that Mr. Lasinski’s analysis may have been flawed, and that it systematically under-valued Qualcomm’s patents.
Connecting the dots and calling into question the strength of the FTC’s case
In its closing argument, the FTC pulled together the implications of its allegations of anticompetitive conduct by pointing to Mr. Lasinski’s testimony:
Now, looking at the effect of all of this conduct, Qualcomm’s own documents show that it earned many times the licensing revenue of other major licensors, like Ericsson.
* * *
Mr. Lasinski analyzed whether this enormous difference in royalties could be explained by the relative quality and size of Qualcomm’s portfolio, but that massive disparity was not explained.
Qualcomm’s royalties are disproportionate to those of other SEP licensors and many times higher than any plausible calculation of a FRAND rate.
* * *
The overwhelming direct evidence, some of which is cited here, shows that Qualcomm’s conduct led licensees to pay higher royalties than they would have in fair negotiations.
It is possible, of course, that Lasinki’s methodology was flawed; indeed, at trial Qualcomm argued exactly this in challenging his testimony. But it is also possible that, whether his methodology was flawed or not, his underlying data was flawed.
It is impossible from the publicly available evidence to definitively draw this conclusion, but the subsequent revelation that Apple may well have manipulated at least a significant share of the eight agreements that constituted Mr. Lasinski’s data certainly increases the plausibility of this conclusion: We now know, following Qualcomm’s opening statement in Apple v. Qualcomm, that that stilted set of comparable agreements studied by the FTC’s expert also happens to be tailor-made to be dominated by agreements that Apple may have manipulated to reflect lower-than-FRAND rates.
What is most concerning is that the FTC may have built up its case on such questionable evidence, either by intentionally cherry picking the evidence upon which it relied, or inadvertently because it rested on such a needlessly limited range of data, some of which may have been tainted.
Intentionally or not, the FTC appears to have performed its valuation analysis using a needlessly circumscribed range of comparable agreements and justified its decision to do so using questionable assumptions. This seriously calls into question the strength of the FTC’s case.
[TOTM: The following is the third in a series of posts by TOTM guests and authors on the FTC v. Qualcomm case, currently awaiting decision by Judge Lucy Koh in the Northern District of California. The entire series of posts is available here.
This post is authored by Douglas H. Ginsburg, Professor of Law, Antonin Scalia Law School at George Mason University; Senior Judge, United States Court of Appeals for the District of Columbia Circuit; and former Assistant Attorney General in charge of the Antitrust Division of the U.S. Department of Justice; and Joshua D. Wright, University Professor, Antonin Scalia Law School at George Mason University; Executive Director, Global Antitrust Institute; former U.S. Federal Trade Commissioner from 2013-15; and one of the founding bloggers at Truth on the Market.]
[Ginsburg & Wright: Professor Wright is recused from participation in the FTC litigation against Qualcomm, but has provided counseling advice to Qualcomm concerning other regulatory and competition matters. The views expressed here are our own and neither author received financial support.]
The Department of Justice Antitrust Division (DOJ) and Federal Trade Commission (FTC) have spent a significant amount of time in federal court litigating major cases premised upon an anticompetitive foreclosure theory of harm. Bargaining models, a tool used commonly in foreclosure cases, have been essential to the government’s theory of harm in these cases. In vertical merger or conduct cases, the core theory of harm is usually a variant of the claim that the transaction (or conduct) strengthens the firm’s incentives to engage in anticompetitive strategies that depend on negotiations with input suppliers. Bargaining models are a key element of the agency’s attempt to establish those claims and to predict whether and how firm incentives will affect negotiations with input suppliers, and, ultimately, the impact on equilibrium prices and output. Application of bargaining models played a key role in evaluating the anticompetitive foreclosure theories in the DOJ’s litigation to block the proposed merger of AT&T and Time Warner Cable. A similar model is at the center of the FTC’s antitrust claims against Qualcomm and its patent licensing business model.
Modern antitrust analysis does not condemn business practices as anticompetitive without solid economic evidence of an actual or likely harm to competition. This cautious approach was developed in the courts for two reasons. The first is that the difficulty of distinguishing between procompetitive and anticompetitive explanations for the same conduct suggests there is a high risk of error. The second is that those errors are more likely to be false positives than false negatives because empirical evidence and judicial learning have established that unilateral conduct is usually either procompetitive or competitively neutral. In other words, while the risk of anticompetitive foreclosure is real, courts have sensibly responded by requiring plaintiffs to substantiate their claims with more than just theory or scant evidence that rivals have been harmed.
An economic model can help establish the likelihood and/or magnitude of competitive harm when the model carefully captures the key institutional features of the competition it attempts to explain. Naturally, this tends to mean that the economic theories and models proffered by dueling economic experts to predict competitive effects take center stage in antitrust disputes. The persuasiveness of an economic model turns on the robustness of its assumptions about the underlying market. Model predictions that are inconsistent with actual market evidence give one serious pause before accepting the results as reliable.
For example, many industries are characterized by bargaining between providers and distributors. The Nash bargaining framework can be used to predict the outcomes of bilateral negotiations based upon each party’s bargaining leverage. The model assumes that both parties are better off if an agreement is reached, but that as the utility of one party’s outside option increases relative to the bargain, it will capture an increasing share of the surplus. Courts have had to reconcile these seemingly complicated economic models with prior case law and, in some cases, with direct evidence that is apparently inconsistent with the results of the model.
Indeed, Professor Carl Shapiro recently used bargaining models to analyze harm to competition in two prominent cases alleging anticompetitive foreclosure—one initiated by the DOJ and one by the FTC—in which he served as the government’s expert economist. In United States v. AT&T Inc., Dr. Shapiro testified that the proposed transaction between AT&T and Time Warner would give the vertically integrated company leverage to extract higher prices for content from AT&T’s rival, Dish Network. Soon after, Dr. Shapiro presented a similar bargaining model in FTC v. Qualcomm Inc. He testified that Qualcomm leveraged its monopoly power over chipsets to extract higher royalty rates from smartphone OEMs, such as Apple, wishing to license its standard essential patents (SEPs). In each case, Dr. Shapiro’s models were criticized heavily by the defendants’ expert economists for ignoring market realities that play an important role in determining whether the challenged conduct was likely to harm competition.
Judge Leon’s opinion in AT&T/Time Warner—recently upheld on appeal—concluded that Dr. Shapiro’s application of the bargaining model was significantly flawed, based upon unreliable inputs, and undermined by evidence about actual market performance presented by defendant’s expert, Dr. Dennis Carlton. Dr. Shapiro’s theory of harm posited that the combined company would increase its bargaining leverage and extract greater affiliate fees for Turner content from AT&T’s distributor rivals. The increase in bargaining leverage was made possible by the threat of a post-merger blackout of Turner content for AT&T’s rivals. This theory rested on the assumption that the combined firm would have reduced financial exposure from a long-term blackout of Turner content and would therefore have more leverage to threaten a blackout in content negotiations. The purpose of his bargaining model was to quantify how much AT&T could extract from competitors subjected to a long-term blackout of Turner content.
Judge Leon highlighted a number of reasons for rejecting the DOJ’s argument. First, Dr. Shapiro’s model failed to account for existing long-term affiliate contracts, post-litigation offers of arbitration agreements, and the increasing competitiveness of the video programming and distribution industry. Second, Dr. Carlton had demonstrated persuasively that previous vertical integration in the video programming and distribution industry did not have a significant effect on content prices. Finally, Dr. Shapiro’s model primarily relied upon three inputs: (1) the total number of subscribers the unaffiliated distributor would lose in the event of a long-term blackout of Turner content, (2) the percentage of the distributor’s lost subscribers who would switch to AT&T as a result of the blackout, and (3) the profit margin AT&T would derive from the subscribers it gained from the blackout. Many of Dr. Shapiro’s inputs necessarily relied on critical assumptions and/or third-party sources. Judge Leon considered and discredited each input in turn.
The parties in Qualcomm are, as of the time of this posting, still awaiting a ruling. Dr. Shapiro’s model in that case attempts to predict the effect of Qualcomm’s alleged “no license, no chips” policy. He compared the gains from trade OEMs receive when they purchase a chip from Qualcomm and pay Qualcomm a FRAND royalty to license its SEPs with the gains from trade OEMs receive when they purchase a chip from a rival manufacturer and pay a “royalty surcharge” to Qualcomm to license its SEPs. In other words, the FTC’s theory of harm is based upon the premise that Qualcomm is charging a supra-FRAND rate for its SEPs (the“royalty surcharge”) that squeezes the margins of OEMs. That margin squeeze, the FTC alleges, prevents rival chipset suppliers from obtaining a sufficient return when negotiating with OEMs. The FTC predicts the end result is a reduction in competition and an increase in the price of devices to consumers.
Qualcomm, like Judge Leon in AT&T, questioned the robustness of Dr. Shapiro’s model and its predictions in light of conflicting market realities. For example, Dr. Shapiro, argued that the
leverage that Qualcomm brought to bear on the chips shifted the licensing negotiations substantially in Qualcomm’s favor and led to a significantly higher royalty than Qualcomm would otherwise have been able to achieve.
Yet, on cross-examination, Dr. Shapiro declined to move from theory to empirics when asked if he had quantified the effects of Qualcomm’s practice on any other chip makers. Instead, Dr. Shapiro responded that he had not, but he had “reason to believe that the royalty surcharge was substantial” and had “inevitable consequences.” Under Dr. Shapiro’s theory, one would predict that royalty rates were higher after Qualcomm obtained market power.
As with Dr. Carlton’s testimony inviting Judge Leon to square the DOJ’s theory with conflicting historical facts in the industry, Qualcomm’s economic expert, Dr. Aviv Nevo, provided an analysis of Qualcomm’s royalty agreements from 1990-2017, confirming that there was no economic and meaningful difference between the royalty rates during the time frame when Qualcomm was alleged to have market power and the royalty rates outside of that time frame. He also presented evidence that ex ante royalty rates did not increase upon implementation of the CDMA standard or the LTE standard. Moreover, Dr.Nevo testified that the industry itself was characterized by declining prices and increasing output and quality.
Dr. Shapiro’s model in Qualcomm appears to suffer from many of the same flaws that ultimately discredited his model in AT&T/Time Warner: It is based upon assumptions that are contrary to real-world evidence and it does not robustly or persuasively identify anticompetitive effects. Some observers, including our Scalia Law School colleague and former FTC Chairman, Tim Muris, would apparently find it sufficient merely to allege a theoretical “ability to manipulate the marketplace.” But antitrust cases require actual evidence of harm. We think Professor Muris instead captured the appropriate standard in his important article rejecting attempts by the FTC to shortcut its requirement of proof in monopolization cases:
This article does reject, however, the FTC’s attempt to make it easier for the government to prevail in Section 2 litigation. Although the case law is hardly a model of clarity, one point that is settled is that injury to competitors by itself is not a sufficient basis to assume injury to competition …. Inferences of competitive injury are, of course, the heart of per se condemnation under the rule of reason. Although long a staple of Section 1, such truncation has never been a part of Section 2. In an economy as dynamic as ours, now is hardly the time to short-circuit Section 2 cases. The long, and often sorry, history of monopolization in the courts reveals far too many mistakes even without truncation.
Timothy J. Muris, The FTC and the Law of Monopolization, 67 Antitrust L. J. 693 (2000)
We agree. Proof of actual anticompetitive effects rather than speculation derived from models that are not robust to market realities are an important safeguard to ensure that Section 2 protects competition and not merely individual competitors.
The future of bargaining models in antitrust remains to be seen. Judge Leon certainly did not question the proposition that they could play an important role in other cases. Judge Leon closely dissected the testimony and models presented by both experts in AT&T/Time Warner. His opinion serves as an important reminder. As complex economic evidence like bargaining models become more common in antitrust litigation, judges must carefully engage with the experts on both sides to determine whether there is direct evidence on the likely competitive effects of the challenged conduct. Where “real-world evidence,” as Judge Leon called it, contradicts the predictions of a bargaining model, judges should reject the model rather than the reality. Bargaining models have many potentially important antitrust applications including horizontal mergers involving a bargaining component – such as hospital mergers, vertical mergers, and licensing disputes. The analysis of those models by the Ninth and D.C. Circuits will have important implications for how they will be deployed by the agencies and parties moving forward.
[TOTM: The following is the second in a series of posts by TOTM guests and authors on the FTC v. Qualcomm case, currently awaiting decision by Judge Lucy Koh in the Northern District of California. The entire series of posts is available here.
This post is authored by Luke Froeb (William C. Oehmig Chair in Free Enterprise and Entrepreneurship at the Owen Graduate School of Management at Vanderbilt University; former chief economist at the Antitrust Division of the US Department of Justice and the Federal Trade Commission), Michael Doane (Competition Economics, LLC) & Mikhael Shor (Associate Professor of Economics, University of Connecticut).]
It is not uncommon—in fact it is expected—that parties to a negotiation would have different opinions about the reasonableness of any deal. Every buyer asks for a price as low as possible, and sellers naturally request prices at which buyers (feign to) balk. A recent movement among some lawyers and economists has been to label such disagreements in the context of standard-essential patents not as a natural part of bargaining, but as dispositive proof of “hold-up,” or the innovator’s purported abuse of newly gained market power to extort implementers. We have four primary issues with this hold-up fad.
First, such claims of “hold-up” are trotted out whenever an innovator’s royalty request offends the commentator’s sensibilities, and usually with reference to a theoretical hold-up possibility rather than any matter-specific evidence that hold-up is actually present. Second, as we have argued elsewhere, such arguments usually ignore the fact that implementers of innovations often possess significant countervailing power to “hold-out” as well. This is especially true as implementers have successfully pushed to curtail injunctive relief in standard-essential patent cases. Third, as Greg Werden and Froeb have recently argued, it is not clear why patent holdup—even where it might exist—need implicate antitrust law rather than be adequately handled as a contractual dispute. Lastly, it is certainly not the case that every disagreement over the value of an innovation is an exercise in hold-up, as even economists and lawyers have not reached anything resembling a consensus on the correct interpretation of a “fair” royalty.
At the heart of this case (and many recent cases) is (1) an indictment of Qualcomm’s desire to charge royalties to the maker of consumer devices based on the value of its technology and (2) a lack (to the best of our knowledge from public documents) of well vetted theoretical models that can provide the underpinning for the theory of the case. We discuss these in turn.
The smallest component “principle”
In arguing that “Qualcomm’s royalties are disproportionately high relative to the value contributed by its patented inventions,” (Complaint, ¶ 77) a key issue is whether Qualcomm can calculate royalties as a percentage of the price of a device, rather than a small percentage of the price of a chip. (Complaint, ¶¶ 61-76).
So what is wrong with basing a royalty on the price of the final product? A fixed portion of the price is not a perfect proxy for the value of embedded intellectual property, but it is a reasonable first approximation, much like retailers use fixed markups for products rather than optimizing the price of each SKU if the cost of individual determinations negate any benefits to doing so. The FTC’s main issue appears to be that the price of a smartphone reflects “many features in addition to the cellular connectivity and associated voice and text capabilities provided by early feature phones.” (Complaint, ¶ 26). This completely misses the point. What would the value of an iPhone be if it contained all of those “many features” but without the phone’s communication abilities? We have some idea, as Apple has for years marketed its iPod Touch for a quarter of the price of its iPhone line. Yet, “[f]or most users, the choice between an iPhone 5s and an iPod touch will be a no-brainer: Being always connected is one of the key reasons anyone owns a smartphone.”
What the FTC and proponents of the smallest component principle miss is that some of the value of all components of a smartphone are derived directly from the phone’s communication ability. Smartphones didn’t initially replace small portable cameras because they were better at photography (in fact, smartphone cameras were and often continue to be much worse than devoted cameras). The value of a smartphone camera is that it combines picture taking with immediate sharing over text or through social media. Thus, unlike the FTC’s claim that most of the value of a smartphone comes from features that are not communication, many features on a smartphone derive much of their value from the communication powers of the phone.
In the alternative, what the FTC wants is for the royalty not to reflect the value of the intellectual property but instead to be a small portion of the cost of some chipset—akin to an author of a paperback negotiating royalties based on the cost of plain white paper. As a matter of economics, a single chipset royalty cannot allow an innovator to capture the value of its innovation. This, in turn, implies that innovators underinvest in future technologies. As we have previously written:
For example, imagine that the same component (incorporating the same essential patent) is used to help stabilize flight of both commercial airplanes and toy airplanes. Clearly, these industries are likely to have different values for the patent. By negotiating over a single royalty rate based on the component price, the innovator would either fail to realize the added value of its patent to commercial airlines, or (in the case that the component is targeted primary to the commercial airlines) would not realize the incremental market potential from the patent’s use in toy airplanes. In either case, the innovator will not be negotiating over the entirety of the value it creates, leading to too little innovation.
The role of economics
Modern antitrust practice is to use economic models to explain how one gets from the evidence presented in a case to an anticompetitive conclusion. As Froeb, et al. have discussed, by laying out a mapping from the evidence to the effects, the legal argument is made clear, and gains credibility because it becomes falsifiable. The FTC complaint hypothesizes that “Qualcomm has excluded competitors and harmed competition through a set of interrelated policies and practices.” (Complaint, ¶ 3). Although Qualcomm explains how each of these policies and practices, by themselves, have clear business justifications, the FTC claims that combining them leads to an anticompetitive outcome.
Without providing a formal mapping from the evidence to an effect, it becomes much more difficult for a court to determine whether the theory of harm is correct or how to weigh the evidence that feeds the conclusion. Without a model telling it “what matters, why it matters, and how much it matters,” it is much more difficult for a tribunal to evaluate the “interrelated policies and practices.” In previous work, we have modeled the bilateral bargaining between patentees and licensees and have shown that when bilateral patent contracts are subject to review by an antitrust court, bargaining in the shadow of such a court can reduce the incentive to invest and thereby reduce welfare.
Concluding policy thoughts
What the FTC makes sound nefarious seems like a simple policy: requiring companies to seek licenses to Qualcomm’s intellectual property independent of any hardware that those companies purchase, and basing the royalty of that intellectual property on (an admittedly crude measure of) the value the IP contributes to that product. High prices alone do not constitute harm to competition. The FTC must clearly explain why their complaint is not simply about the “fairness” of the outcome or its desire that Qualcomm employ different bargaining paradigms, but rather how Qualcomm’s behavior harms the process of competition.
In the late 1950s, Nobel Laureate Robert Solow attributed about seven-eighths of the growth in U.S. GDP to technical progress. As Solow later commented: “Adding a couple of tenths of a percentage point to the growth rate is an achievement that eventually dwarfs in welfare significance any of the standard goals of economic policy.” While he did not have antitrust in mind, the import of his comment is clear: whatever static gains antitrust litigation may achieve, they are likely dwarfed by the dynamic gains represented by innovation.
Patent law is designed to maintain a careful balance between the costs of short-term static losses and the benefits of long-term gains that result from new technology. The FTC should present a sound theoretical or empirical basis for believing that the proposed relief sufficiently rewards inventors and allows them to capture a reasonable share of the whole value their innovations bring to consumers, lest such antitrust intervention deter investments in innovation.
An important but unheralded announcement was made on October 10, 2018: The European Committee for Standardization (CEN) and the European Committee for Electrotechnical Standardization (CENELEC) released a draft CEN CENELAC Workshop Agreement (CWA) on the licensing of Standard Essential Patents (SEPs) for 5G/Internet of Things (IoT) applications. The final agreement, due to be published in early 2019, is likely to have significant implications for the development and roll-out of both 5G and IoT applications.
CEN and CENELAC, which along with the European Telecommunications Standards Institute (ETSI) are the officially recognized standard setting bodies in Europe, are private international non profit organizations with a widespread network consisting of technical experts from industry, public administrations, associations, academia and societal organizations. This first Workshop brought together representatives of the 5G/Internet of Things (IoT) technology user and provider communities to discuss licensing best practices and recommendations for a code of conduct for licensing of SEPs. The aim was to produce a CWA that reflects and balances the needs of both communities.
The final consensus outcome of the Workshop will be published as a CEN-CENELEC Workshop Agreement (CWA). The draft, which is available for public comments, comprises principles and guidelines that prepare a foundation for future licensing of standard essential patents for fifth generation (5G) technologies. The draft also contains a section on Q&A to help aid new implementers and patent holders.
The IoT ecosystem is likely to have over 20 billion interconnected devices by 2020 and represent a market of $17 trillion (about the same as the current GDP of the U.S.). The data collected by one device, such as a smart thermostat that learns what time the consumer is likely to be at home, can be used to increase the performance of another connected device, such as a smart fridge. Cellular technologies are a core component of the IoT ecosystem, alongside applications, devices, software etc., as they provide connectivity within the IoT system. 5G technology, in particular, is expected to play a key role in complex IoT deployments, which will transcend the usage of cellular networks from smart phones to smart home appliances, autonomous vehicles, health care facilities etc. in what has been aptly described as the fourth industrial revolution.
Indeed, the role of 5G to IoT is so significant that the proposed $117 billion takeover bid for U.S. tech giant Qualcomm by Singapore-based Broadcom was blocked by President Trump, citing national security concerns. (A letter sent by the Committee on Foreign Investment in the US suggested that Broadcom might starve Qualcomm of investment, preventing it from competing effectively against foreign competitors–implicitly those in China.)
While commercial roll-out of 5G technology has not yet fully begun, several efforts are being made by innovator companies, standard setting bodies and governments to maximize the benefits from such deployment.
The draft CWA Guidelines (hereinafter “the guidelines”) are consistent with some of the recent jurisprudence on SEPs on various issues. While there is relatively less guidance specifically in relation to 5G SEPs, it provides clarifications on several aspects of SEP licensing which will be useful, particularly, the negotiating process and conduct of both parties.
The guidelines contain 6 principles followed by some questions pertaining to SEP licensing. The principles deal with:
The obligation of SEP holders to license the SEPs on Fair, Reasonable and Non-Discriminatory (FRAND) terms;
The obligation on both parties to conduct negotiations in good faith;
The obligation of both parties to provide necessary information (subject to confidentiality) to facilitate timely conclusion of the licensing negotiation;
Compensation that is “fair and reasonable” and achieves the right balance between incentives to contribute technology and the cost of accessing that technology;
A non-discriminatory obligation on the SEP holder for similarly situated licensees even though they don’t need to be identical; and
Recourse to a third party FRAND determination either by court or arbitration if the negotiations fail to conclude in a timely manner.
There are 22 questions and answers, as well, which define basic terms and touch on issues such as: what amounts as good faith conduct of negotiating parties, global portfolio licensing, FRAND royalty rates, patent pooling, dispute resolution, injunctions, and other issues relevant to FRAND licensing policy in general.
Below are some significant contributions that the draft report makes on issues such as the supply chain level at which licensing is best done, treatment of small and medium enterprises (SMEs), non disclosure agreements, good faith negotiations and alternative dispute resolution.
Typically in the IoT ecosystem, many technologies will be adopted of which several will be standardized. The guidelines offer help to product and service developers in this regard and suggest that one may need to obtain licenses from SEP owners for product or services incorporating communications technology like 3G UMTS, 4G LTE, Wi-Fi, NB-IoT, 31 Cat-M or video codecs such as H.264. The guidelines, however, clarify that with the deployment of IoT, licenses for several other standards may be needed and developers should be mindful of these complexities when starting out in order to avoid potential infringements.
Notably, the guidelines suggest that in order to simplify licensing, reduce costs for all parties and maintain a level playing field between licensees, SEP holders should license at one level. While this may vary between different industries, for communications technology, the licensing point is often at the end-user equipment level. There has been a fair bit of debate on this issue and the recent order by Judge Koh granting FTC’s partial summary motion deals with some of this.
In the judgment delivered on November 6, Judge Koh relied primarily on the 9th circuit decisions in Microsoft v Motorola (2012 and 2015) to rule on the core issue of the scope of the FRAND commitments–specifically on the question of whether licensing extends to all levels or is confined to the end device level. The court interpreted the pro- competitive principles behind the non-discrimination requirement to mean that such commitments are “sweeping” and essentially that an SEP holder has to license to anyone willing to offer a FRAND rate globally. It also cited Ericsson v D-Link, where the Federal Circuit held that “compliant devices necessarily infringe certain claims in patents that cover technology incorporated into the standard and so practice of the standard is impossible without licenses to all incorporated SEP technology.”
The guidelines speak about the importance of non-disclosure agreements (NDAs) in such licensing agreements given that some of the information exchanged between parties during negotiation, such as claim charts etc., may be sensitive and confidential. Therefore, an undue delay in agreeing to an NDA, without well-founded reasons, might be taken as evidence of a lack of good faith in negotiations rendering such a licensee as unwilling.
They also provide quite a boost for small and medium enterprises (SMEs) in licensing negotiations by addressing the duty of SEP owners to be mindful of SMEs that may be less experienced and therefore lack information from which to draw assurance that proposed terms are FRAND. The guidelines provide that SEP owners should provide whatever information they can under NDA to help the negotiation process. Equally, the same obligation applies on a licensee who is more experienced in dealing with a SEP owner who is an SME.
There is some clarity on time frames for negotiations and the guidelines provide a maximum time that parties should take to respond to offers and counter offers, which could extend up to several months in complex cases involving hundreds of patents. The guidelines also prescribe conduct of potential licensees on receiving an offer and how to make counter-offers in a timely manner.
Furthermore, the guidelines lay down the various ways in which royalty rates may be structured and clarify that there is no one fixed way in which this may be done. Similarly, they offer myriad ways in which potential licensees may be able to determine for themselves if the rates offered to them are fair and reasonable, such as third party patent landscape reports, public announcements, expert advice etc.
Finally, in the case that a negotiation reaches an impasse, the guidelines endorse an alternative dispute mechanism such as mediation or arbitration for the parties to resolve the issue. Bodies such as International Chamber of Commerce and World Intellectual Property Organization may provide useful platforms in this regard.
Almost 20 years have passed since technology pioneer Kevin Ashton first coined the phrase Internet of Things. While companies are gearing up to participate in the market of IoT, regulation and policy in the IoT world seems far from a predictable framework to follow. There are a lot of guesses about how rules and standards are likely to shape up, with little or no guidance for companies on how to prepare themselves for what faces them very soon. Therefore concrete efforts such as these are rather welcome. The draft guidelines do attempt to offer some much needed clarity and are now open for public comments due by December 13. It will be good to see what the final CWA report on licensing of SEPs for 5G and IoT looks like.
Last week, the UK Court of Appeal upheld the findings of the High Court in an important case regarding standard essential patents (SEPs). Of particular significance, the Court of Appeal upheld the finding that the defendant, an implementer of SEPs, could have the sale of its products enjoined in the UK unless it enters into a global licensing deal on terms deemed by the court to be fair, reasonable and non-discriminatory (FRAND). The case is noteworthy not least because the threat of an injunction of this sort has become increasingly rare in other jurisdictions, arguably resulting in an imbalance in bargaining power between patent holders and implementers.
The case concerned patents held by Unwired Planet (most of which had been purchased from Ericsson) that it had declared to be essential to the operation of various telecommunications standards. Chinese telecom giant Huawei had incorporated these patented technologies in its products but disputed the legitimacy of Unwired Planet’s (UP) patents and refused to license them on the terms that were offered.
By way of a background to the case, in March 2014, UP resorted to suing Huawei, Samsung and Google and claiming an injunction when it found it hard to secure licenses. After the commencement of proceedings, UP made licence offers to the defendants. It made offers in April and July 2014 respectively and during the proceedings, including a worldwide SEP portfolio licence, a UK SEP portfolio licence and per-patent licences for any of the SEPs in suit. The defendants argued that the offers were not FRAND. Huawei and Samsung also contended that the offers were in breach of European competition law. UP settled with Google. Three technical trials of the patents began and UP was able to show that at least two of the patents sued upon were valid and essential and had been infringed. Subsequently, Samsung secured a settlement (at a rate below the market rate) and the FRAND trial went ahead with just Huawei.
Judge Birss delivered the High Court order on April 5, 2017. He held that UP’s patents were valid and infringed and it did not abuse its dominant position by requesting an injunction. He ordered a FRAND injunction that was stayed pending appeal against the two patents that had been infringed. The injunction was subject to a number of conditions which are applied because the case was dealing with patents subject to a FRAND undertaking. It will cease to have effect if Huawei enters into the FRAND license determined by the Court. He also observed that the parties can return for further determination when such license expires. Furthermore, it was held that there was one set of FRAND terms and that the scope of this FRAND was world wide.
The UK Court of Appeal (the bench consisting of Lord Justice Kitchin, Lord Justice Floyd, Lady Justice Asplin) in handing down a 291 paragraph, 66 page judgment dealing with Huawei’s appeal, upheld Birss’ findings. The centrality of Huawei’s appeal focused on the global nature of the FRAND license and the non-discrimination undertaking of UP’s FRAND commitments. Some significant findings of the Court of Appeal are briefly provided below.
The Court of Appeal in upholding Birss’ decision noted that it was unfair to say that UP is using the threat of an injunction to leverage Huawei into taking a global license, and that Huawei had the option to take the global license or submit to an injunction in the UK. Drawing attention to the potential complexities in a FRAND negotiation, the Court observed:
..The owner of a SEP may still use the threat of an injunction to try to secure the payment of excessive licence fees and so engage in hold-up activities. Conversely, the infringer may refuse to engage constructively or behave unreasonably in the negotiation process and so avoid paying the licence fees to which the SEP owner is properly entitled, a process known as “hold-out”.
Furthermore, Huawei argues that imposition of a global license on terms set by a national court based on a national finding of infringement is wrong in principle. It also states that there is currently an ongoing patent litigation in both Germany and China and that there are some countries where UP holds “no relevant” patents at all.
In response to these contentions, the Court of Appeal has held that it may be highly impractical for a SEP owner to seek to negotiate a license of its patent rights in each country and rejected the submission made by Huawei that the approach adopted by Birss in these proceedings is out of line with the territorial nature of patent litigations. It clarified that Birss did not adjudicate on issues of infringement or validity concerning foreign SEPs and did not usurp the rights of foreign courts. It further observed that such an approach of Birss is consistent with the Council and the European Economic and Social Committee dated 29 November 2017 (COM (2017) 712 final) (“the November 2017 EU Communication”) which notes in section 2.4:
For products with a global circulation, SEP licences granted on a worldwide basis may contribute to a more efficient approach and therefore can be compatible with FRAND.
The Court of Appeal however disagreed with Birss on the issue that there was only one set of FRAND terms. This view of the bench certainly comes as a relief since it seems to appropriately reflect the practical realities of a FRAND negotiation. The Court held:
Patent licences are complex and, having regard to the commercial priorities of the participating undertakings and the experience and preferences of the individuals involved, may be structured in different ways in terms of, for example, the particular contracting parties, the rights to be included in the licence, the geographical scope of the licence, the products to be licensed, royalty rates and how they are to be assessed, and payment terms. Further, concepts such as fairness and reasonableness do not sit easily with such a rigid approach.
Similarly, on the non- discrimination prong of FRAND, the Court of Appeal agreed with Birss that it was not “hard-edged” and the test is whether such difference in rates distorts competition between the licensees. It also noted that the “hard-edged” interpretation would be “akin to the re-insertion of a “most favoured licensee” clause in the FRAND undertaking” which does not seem to be what the standards body, European Telecommunications Standards Institute (ETSI) had in mind when it formulated its policies. The Court also held :
We consider that a non-discrimination rule has the potential to harm the technological development of standards if it has the effect of compelling the SEP owner to accept a level of compensation for the use of its invention which does not reflect the value of the licensed technology.
Finally, the Court of Appeal held that UP did not abuse its dominant position just because it failed to strictly comply with the safe harbor framework laid down by Court of Justice of the European Union in Huawei v. ZTE. The only requirement that must be satisfied before proceedings are commenced by the SEP holder is that the SEP holder give sufficient notice to or consult with the implementer.
The Court of Appeal’s decision offers some significant guidance to the emerging policy debate on FRAND. As mentioned at the beginning of this post, the decision is significant particularly for the reason that UP is one of a total of two cases in the last two years, where an injunctive relief has been granted in instances involving standard essential patents. Such reliefs have been rarely granted in years in the first place. The second such instance of a grant of injunction pertains to Huawei v. Samsung where the Shenzhen Court in China held earlier this year that Huawei met the FRAND obligation while Samsung did not (negotiations were dragged on for 6 years). An injunction was granted against Samsung for infringing two of Huawei’s Chinese patents which are counterparts of two U.S. asserted patents (however Judge Orrick of the U.S. District Court for the Northern District of California enjoined Huawei from enforcing the injunction).
Current jurisprudence on injunctive relief with respect to FRAND encumbered SEPs is that there is no per se ban on these reliefs. However, courts have been very reluctant to actually grant them. While injunctions are statutory remedies, and granted automatically in most cases when a patent is found to be infringed, administrative agencies and courts have held a position that shows that FRAND commitments certainly limit this premise.
Following the eBay decision in the U.S., defendants in infringement claims involving SEPs have argued that permanent injunctions should not be available for FRAND-encumbered SEPs and were upheld in cases such as Apple v. Motorola in 2014 (where Judge Randall Radar also makes a sound case for evidence of a hold out by Apple in his dissenting order). However, in an institutional bargaining framework of FRAND, which is based on a mutuality of considerations, such a recourse is misplaced and likely to inevitably disturb this balance. The current narrative on FRAND that dominates policymaking and jurisprudence is incomplete in its unilateral focus of avoiding the possible problem of a patent hold up in the absence of concrete evidence indicating its probability. In Ericsson v D-Links Judge Davis of the US Court of Appeals for the Federal Circuit underscored this point when he observed that “if an accused infringer wants an instruction on patent hold-up and royalty stacking [to be given to the jury], it must provide evidence on the record of patent hold-up and royalty stacking.”
Remedies emanating from a one sided perspective tilt the bargaining dynamic in favour of implementers and if the worst penalty a SEP infringer has to pay is the FRAND royalty it would have otherwise paid beforehand, then a hold out or a reverse hold up by implementers becomes a very profitable strategy. Remedies for patent infringement cannot be ignored because they are also core to the framework for licensing negotiations and ensuring compliance by licensees. A disproportionate reliance on liability rules over property rights is likely to exacerbate the countervailing problem of hold out and detrimentally impact incentives to innovate, ultimately undermining the welfare goals that such enforcement seeks to achieve.
The Court of Appeal has therefore given valuable guidance in its decision when it noted:
Just as implementers need protection, so too do the SEP owners. They are entitled to an appropriate reward for carrying out their research and development activities and for engaging with the standardization process, and they must be able to prevent technology users from free-riding on their innovations. It is therefore important that implementers engage constructively in any FRAND negotiation and, where necessary, agree to submit to the outcome of an appropriate FRAND determination.
Hopefully this order brings with it some balance in FRAND negotiations as well as a shift in the perspective of courts in how they adjudicate on these litigations. It underscores an oft forgotten principle that is core to the FRAND framework- that FRAND is a two-way street, as was observed in the celebrated case of Huawei v. ZTE in 2015.
On Monday, the U.S. Federal Trade Commission and Qualcomm reportedly requested a 30 day delay to a preliminary ruling in their ongoing dispute over the terms of Qualcomm’s licensing agreements–indicating that they may seek a settlement. The dispute raises important issues regarding the scope of so-called FRAND (“fair reasonable and non-discriminatory”) commitments in the context of standards setting bodies and whether these obligations extend to component level licensing in the absence of an express agreement to do so.
At issue is the FTC’s allegation that Qualcomm has been engaging in “exclusionary conduct” that harms its competitors. Underpinning this allegation is the FTC’s claim that Qualcomm’s voluntary contracts with two American standards bodies imply that Qualcomm is obliged to license on the same terms to rival chip makers. In this post, we examine the allegation and the claim upon which it rests.
The recently requested delay relates to a motion for partial summary judgment filed by the FTC on August 30, 2018–about which more below. But the dispute itself stretches back to January 17, 2017, when the FTC filed for a permanent injunction against Qualcomm Inc. for engaging in unfair methods of competition in violation of Section 5(a) of the FTC Act. FTC’s major claims against Qualcomm were as follows:
It has been engaging in “exclusionary conduct” that taxes its competitors’ baseband processor sales, reduces competitors’ ability and incentives to innovate, and raises the prices to be paid by end consumers for cellphones and tablets.
Qualcomm is causing considerable harm to competition and consumers through its “no license, no chips” policy; its refusal to license to its chipset-maker rivals; and its exclusive deals with Apple.
The above practices allow Qualcomm to abuse its dominant position in the supply of CDMA and premium LTE modem chips.
Given that Qualcomm has made a commitment to standard setting bodies to license these patents on FRAND terms, such behaviour qualifies as a breach of FRAND.
The complaint was filed on the eve of the new presidential administration, when only three of the five commissioners were in place. Moreover, the Commissioners were not unanimous. Commissioner Ohlhausen delivered a dissenting statement in which she argued:
[T]here is no robust economic evidence of exclusion and anticompetitive effects, either as to the complaint’s core “taxation” theory or to associated allegations like exclusive dealing. Instead the Commission speaks about a possibility that less than supports a vague standalone action under a Section 5 FTC claim.
Qualcomm filed a motion to dismiss on April 3, 2017. This was denied by the U.S. District Court for the Northern District of California. The court found that the FTC has adequately alleged that Qualcomm’s conduct violates § 1 and § 2 of the Sherman Act and that it had entered into exclusive dealing arrangements with Apple. Thus, the court asserted, the FTC has adequately stated a claim under § 5 of the FTCA.
It is important to note that the core of the FTC’s arguments regarding Qualcomm’s abuse of dominant position rests on how it adopts the “no license, no chip” policy and thus breaches its FRAND obligations. However, it falls short of proving how the royalties charged by Qualcomm to OEMs exceeds the FRAND rates actually amounting to a breach, and qualifies as what FTC defines as a “tax” under the price squeeze theory that it puts forth.
(The Court did not go into whether there was a violation of § 5 of the FTC independent of a Sherman Act violation. Had it done so, this would have added more clarity to Section 5 claims, which are increasingly being invoked in antitrust cases even though its scope remains quite amorphous.)
On August 30, the FTC filed a partial summary judgement motion in relation to claims on the applicability of local California contract laws. This would leave antitrust issues to be decided in the subsequent hearing, which is set for January next year.
In a well-reasoned submission, the FTC asserts that Qualcomm is bound by voluntary agreements that it signed with two U.S. based standards development organisations (SDOs):
The Telecommunications Industry Association (TIA) and
The Alliance for Telecommunications Industry Solutions (ATIS).
These agreements extend to Qualcomm’s standard essential patents (SEPs) on CDMA, UMTS and LTE wireless technologies. Under these contracts, Qualcomm is obligated to license its SEPs to all applicants implementing these standards on FRAND terms.
The FTC asserts that this obligation should be interpreted to extend to Qualcomm’s rival modem chip manufacturers and sellers. It requests the Court to therefore grant a summary judgment since there are no disputed facts on such obligation. It submits that this should “streamline the trial by obviating the need for extrinsic evidence regarding the meaning of Qualcomm’s commitments on the requirement to license to competitors, to ETSI, a third SDO.” A review of a heavily redacted filing by FTC and a subsequent response by Qualcomm indicates that questions of fact and law continue to remain as regards Qualcomm’s licensing commitments and their scope. Thus, contrary to the FTC’s assertions, extrinsic evidence is still needed for resolution to some of the questions raised by the parties.
Indeed, the evidence produced by both parties points towards the need for resolution of ambiguities in the contractual agreements that Qualcomm has signed with ATIS and TIA. The scope and purpose of these licensing obligations lie at the core of the motion.
The IP licensing policies of the two SDOs provide for licensing of relevant patents to all applicants who implement these standards on FRAND terms. However, the key issues are whether components such as modem chips can be said to implement standards and whether component level licensing falls within this ambit. Yet, the resolution to these key issues, is unclear.
Qualcomm explains that commitments to ATIS and TIA do not require licenses to be made available for modem chips because modem chips do not implement or practice cellular standards and that standards do not define the operation of modem chips.
In contrast, the complaint by FTC raises the question of whether FRAND commitments extend to licensing at all levels. Different components needed for a device come together to facilitate the adoption and implementation of a standard. However, it does not logically follow that each individual component of the device separately practices or implements that standard even though it contributes to the implementation. While a single component may fully implement a standard, this need not always be the case.
These distinctions are significant from the point of interpreting the scope of the FRAND promise, which is commonly understood to extend to licensing of technologies incorporated in a standard to potential users of the standard. Understanding the meaning of a “user” becomes critical here and Qualcomm’s submission draws attention to this.
An important factor in the determination of a “user” of a particular standard is the extent to which the standard is practiced or implemented therein. Some standards development organisations (SDOs) have addressed this in their policies by clarifying that FRAND obligations extend to those “wholly compliant” or “fully conforming” to the specific standards. Clause 6.1 of the ETSI IPR Policy, clarifies that a patent holder’s obligation to make licenses available is limited to “methods” and “equipments”. It defines an equipment as “a system or device fully conforming to a standard.” And methods as “any method or operation fully conforming to a standard.”
It is noteworthy that the American National Standards Institute’s (ANSI) Executive Standards Council Appeals Panel in a decision has said that there is no agreement on the definition of the phrase “wholly compliant implementation.”
Device level licensing is the prevailing industry wide practice by companies like Ericsson, InterDigital, Nokia and others. In November 2017, the European Commission issued guidelines on licensing of SEPs and took a balanced approach on this issue by not prescribing component level licensing in its guidelines.
The former director general of ETSI, Karl Rosenbrock, adopts a contrary view, explaining ETSI’s policy, “allows every company that requests a license to obtain one, regardless of where the prospective licensee is in the chain of production and regardless of whether the prospective licensee is active upstream or downstream.”
Dr. Bertram Huber, a legal expert who personally participated in the drafting of the IPR policy of ETSI, wrote a response to Rosenbrock, in which he explains that ETSI’s IPR policies required licensing obligations for systems “fully conforming” to the standard:
[O]nce a commitment is given to license on FRAND terms, it does not necessarily extend to chipsets and other electronic components of standards-compliant end-devices. He highlights how, in adopting its IPR Policy, ETSI intended to safeguard access to the cellular standards without changing the prevailing industry practice of manufacturers of complete end-devices concluding licenses to the standard essential patents practiced in those end-devices.
Both ATIS and TIA are organizational partners of a collaboration called 3rd Generation Partnership Project along with ETSI and four other SDOs who work on development of cellular technologies. TIA and ATIS are both accredited by ANSI. Therefore, these SDOs are likely to impact one another with the policies each one adopts. In the absence of definitive guidance on interpretation of the IPR policy and contractual terms within the institutional mechanism of ATIS and TIA, at the very least, clarity is needed on the ambit of these policies with respect to component level licensing.
The non-discrimination obligation, which as per FTC, mandates Qualcomm to license to its competitors who manufacture and sell chips, would be limited by the scope of the IPR policy and contractual agreements that bind Qualcomm and depends upon the specific SDO’s policy.As discussed, the policies of ATIS and TIA are unclear on this.
In conclusion, FTC’s filing does not obviate the need to hear extrinsic evidenceon what Qualcomm’s commitments to the ETSI mean. Given the ambiguities in the policies and agreements of ATIS and TIA on whether they include component level licensing or whether the modem chips in their entirety can be said to practice the standard, it would be incorrect to say that there is no genuine dispute of fact (and law) in this instance.
On July 24, the Federal Trade Commission issued a modified complaint and consent order in the Google/Motorola case. The FTC responded to the 25 comments on the proposed Order by making several amendments, but the Final Order retains the original order’s essential restrictions on injunctions, as the FTC explains in a letter accompanying the changes. With one important exception, the modifications were primarily minor changes to the required process by which Google/Motorola must negotiate and arbitrate with potential licensees. Although an improvement on the original order, the Complaint and Final Order’s continued focus on the use of injunctions to enforce SEPs presents a serious risk of consumer harm, as I discuss below.
The most significant modification in the new Complaint is the removal of the original UDAP claim. As suggested in my comments on the Order, there is no basis in law for such a claim against Google, and it’s a positive step that the FTC seems to have agreed. Instead, the FTC ended up resting its authority solely upon an Unfair Methods of Competition claim, even though the Commission failed to develop any evidence of harm to competition—as both Commissioner Wright and Commissioner Ohlhausen would (sensibly) require.
Unfortunately, the FTC’s letter offers no additional defense of its assertion of authority, stating only that
[t]he Commission disagrees with commenters who argue that the Commission’s actions in this case are outside of its authority to challenge unfair methods of competition under Section 5 and lack a limiting principle. As reflected in the Commission’s recent statements in Bosch and the Commission’s initial Statement in this matter, this action is well within our Section 5 authority, which both Congress and the Supreme Court have expressly deemed to extend beyond the Sherman Act.
Another problem, as noted by Commissioner Ohlhausen in her dissent from the original order, is that
the consent agreement creates doctrinal confusion. The Order contradicts the decisions of federal courts, standard-setting organizations (“SSOs”), and other stakeholders about the availability of injunctive relief on SEPs and the meaning of concepts like willing licensee and FRAND.
The FTC’s statements in Bosch and this case should not be thought of as law on par with actual court decisions unless we want to allow the FTC to determine the scope of its own authority unilaterally.
This is no small issue. On July 30, the FTC used the Google settlement, along with the settlement in Bosch, as examples of the FTC’s authority in the area of policing SEPs during a hearing on the issue. And as FTC Chairwoman Ramirez noted in response to questions for the record in a different hearing earlier in 2013,
Section 5 of the FTC Act has been developed over time, case-by-case, in the manner of common law. These precedents provide the Commission and the business community with important guidance regarding the appropriate scope and use of the FTC’s Section 5 authority.
But because nearly all of these cases have resulted in consent orders with an administrative agency and have not been adjudicated in court, they aren’t, in fact, developed “in the manner of common law.” Moreover, settlements aren’t binding on anyone except the parties to the settlement. Nevertheless, the FTC has pointed to these sorts of settlements (and congressional testimony summarizing them) as sufficient guidance to industry on the scope of its Section 5 authority. But as we noted in our amicus brief in the Wyndham litigation (in which the FTC makes this claim in the context of its “unfair or deceptive acts or practices” authority):
Settlements (and testimony summarizing them) do not in any way constrain the FTC’s subsequent enforcement decisions; they cannot alone be the basis by which the FTC provides guidance on its unfairness authority because, unlike published guidelines, they do not purport to lay out general enforcement principles and are not recognized as doing so by courts and the business community.
Beyond this more general problem, the Google Final Order retains its own, substantive problem: considerable constraints upon injunctions. The problem with these restraints are twofold: (1) Injunctions are very important to an efficient negotiation process, as recognized by the FTC itself; and (2) if patent holders may no longer pursue injunctions consistently with antitrust law, one would expect a reduction in consumer welfare.
In its 2011 Report on the “IP Marketplace,” the FTC acknowledged the important role of injunctions in preserving the value of patents and in encouraging efficient private negotiation.
Second, the credible threat of an injunction deters infringement in the first place. This results from the serious consequences of an injunction for an infringer, including the loss of sunk investment. Third, a predictable injunction threat will promote licensing by the parties. Private contracting is generally preferable to a compulsory licensing regime because the parties will have better information about the appropriate terms of a license than would a court, and more flexibility in fashioning efficient agreements. But denying an injunction every time an infringer’s switching costs exceed the economic value of the invention would dramatically undermine the ability of a patent to deter infringement and encourage innovation. For this reason, courts should grant injunctions in the majority of cases.
increase innovation, the willingness to license generally and the willingness to enter into FRAND commitments in particular–all to the likely benefit of consumer welfare.
Monopoly power granted by IP law encourages innovation because it incentivizes creativity through expected profits. If the FTC interprets its UMC authority in a way that constrains the ability of patent holders to effectively police their patent rights, then less innovation would be expected–to the detriment of consumers as well as businesses.
And this is precisely what has happened. Innovative technology companies are responding to the current SEP enforcement environment exactly as we would expect them to—by avoiding the otherwise-consumer-welfare enhancing standardization process entirely.
[Jenni Lukander, global head of competition law at Nokia] said the problem of “free-riding”, whereby technology companies adopt standard essential patents (SEPs) without complying with fair, reasonable and non-discriminatory (FRAND) licensing terms was a “far bigger problem” than patent holders pursuing injunctive relief. She said this behaviour was “unsustainable”, as it discouraged innovation and jeopardised standardisation.
Because of the current atmosphere, Lukander said, Nokia has stepped back from the standardisation process, electing either not to join certain standard-setting organisations (SSOs) or not to contribute certain technologies to these organisations.
The fact that every licence negotiation takes places “under the threat of injunction litigation” is not a sign of failure, said Lukander, but an indicator of the system working “as it was designed to work”.
This, said [Dan Hermele, director of IP rights and licensing for Qualcomm Europe], amounted to “reverse hold-up”. “The licensor is pressured to accept less than reasonable licensing terms due to the threat of unbalanced regulatory intervention,” he said, adding that the trend was moving to an “infringe and litigate model”, which threatened to harm innovators, particularly small and medium-sized businesses, “for whom IPR is their life blood”.
Beat Weibel, chief IP counsel at Siemens, said…innovation can only be beneficial if it occurs within a “safe and strong IP system,” he said, where a “willing licensee is favoured over a non-willing licensee” and the enforcer is not a “toothless tiger”.
It remains to be seen if the costs to consumers from firms curtailing their investments in R&D or withholding their patents from the standard-setting process will outweigh the costs (yes, some costs do exist; the patent system is not frictionless and it is far from perfect, of course) from the “over”-enforcement of SEPs lamented by critics. But what is clear is that these costs can’t be ignored. Reverse hold-up can’t be wished away, and there is a serious risk that the harm likely to be caused by further eroding the enforceability of SEPs by means of injunctions will significantly outweigh whatever benefits it may also confer.