Showing posts with label FRAND royalties. Show all posts
Showing posts with label FRAND royalties. Show all posts

Tuesday, 16 June 2026

FRAND commitments include no right to a platform licence

In my recent article, Are patent pool royalty rates FRAND?, I argued that patent pool and platform rates are structurally unsuited to serve as benchmarks for bilateral FRAND licensing. That analysis focused on pricing (i.e. royalty rates) — specifically, on the risk of inferring inapplicable rates from fundamentally different licensing arrangements.

This article addresses a logically prior question now before the England and Wales (“UK”) Supreme Court in Tesla v InterDigital / Avanci: Before any court determines whether a platform licence is FRAND, does it have jurisdiction and is there any entitlement to have those terms determined in court?

That question is not merely procedural. It goes to the meaning and scope of FRAND.

The point is not that platform rates are “sub-FRAND” or otherwise deficient. On the contrary, they may be entirely FRAND within their own commercial context. The point is that FRAND operates through different processes in different licensing structures, and those processes should not be conflated.

FRAND does not necessarily include a right to a platform licence. Recognising that preserves both the integrity of the ETSI undertaking and the legitimacy of alternative licensing institutions developed by the market.

My full 5-page article can be downloaded here.

Tuesday, 2 June 2026

Are patent pool royalty rates FRAND?

This question sits at the intersection of licensing practice, competition policy, and judicial interpretation. Courts, regulators, and industry participants often look to patent pools for guidance in determining FRAND[1] rates. Yet doing so risks a fundamental mistake. Patent pool rates — whether characterised as FRAND, sub‑FRAND,[2] or otherwise — are structurally unsuited to serve as benchmarks for bilateral licensing.

I asked several attendees this headline question at the recent Patents and Standards conference in London — in informal conversations during coffee breaks. I also posed the question to fellow panellists there in our session entitled Platforms and Pools: Where Next?  While Sisvel panellist Matteo Sabattini was proud to inform us emphatically that courts had found patent pool Sisvel’s rates FRAND, most others answered equivocally.

This question is also under consideration by the UK Supreme Court. In December 2023, Tesla raised proceedings seeking, among other requests, a declaration of FRAND terms for a license to SEPs in the Avanci 5G Platform. Before opining on FRAND terms, the UKSC must determine if those are applicable in that case.

There’s extensive effective and efficient SEP licensing based on FRAND commitments — bilaterally and in patent pools. However, pool rates are typically below bilateral FRAND rates for various reasons. For example, pooling is well-known to reduce transaction costs and so these savings can be passed on in lower royalty rates.

Pooling rates that might be considered sub-FRAND in bilateral licensing shouldn’t be deemed a breach of SEP owners’ FRAND commitments. Voluntarily offering relatively low royalty rates non-discriminately is not harmful to any licensee. Similarly, unilaterally offering licensing to all royalty-free is also harmless.

As patent pool terms are generally regarded as FRAND it should be accepted that the range of FRAND rates might be very large, given the various other differences in licensing structure and terms versus bilateral licensing.

Alternatively, perhaps Standard-Setting Organisations (SSOs) and others should regard collective licensing including patent pooling as another, distinctly different  kind of licensing arrangement to bilateral licensing — just as royalty-free is already recognised as distinct from FRAND licensing by some SSOs?[3]

Either way, patent pool rates are inapplicable benchmarks for bilateral licensing — and vice versa — in the same way that the existence of royalty-free patent pooling should not impose that pricing as an obligation on SEP owners who choose not to join such an arrangement.[4]

My full article can be downloaded, here.

[1] Fair, Reasonable and Non-Discriminatory (FRAND) is generally regarded as being the same as Reasonable and Non-Discriminatory (RAND).

[2] This contentious term seems to describe rates that fall below the range that would be considered suitable FRAND benchmarks in bilateral licensing determinations. See subsequent section on UK High Court Judgment in Samsung v. ZTE.

[3] The Patent Policies of IEEE SA and ITU-T/ITU-R/ISO/IEC accommodate “without compensation”  and “free of charge”, respectively, (i.e. royalty-free) as well as RAND licensing.

[4] Bluetooth SIG participation requires reciprocal, “without compensation” (i.e. royalty‑free) cross‑licensing. Google and others have asserted that open source video codecs including VP8, VP9 and AV1 can be implemented without paying any license fees to anyone. Nevertheless, various patents that are not available royalty-free read on those standards. Google paid off pool administrator MPEG LA so that free proposition could be maintained for VP8 implementers. Sisvel offers a licensing platform for patents essential to VP9. 



Thursday, 23 December 2021

Royalty pricing dichotomy in 5G SEP patent pool for Open RAN Radio Units

MPEG LA and Unified Patents have just launched their Alium patent pool program that seeks to license 4G LTE and 5G standard-essential patents (SEPs) for a minimum charge of $10 per Open RAN Radio Unit (RU). Previously, attention to licensing and royalty charges for cellular SEPs has been overwhelmingly on devices, including mobile phones and recently in IoT. Alium’s stated objectives are to “help accelerate 5G” by providing suppliers of these functional units in network equipment with SEP licensing and to establish Fair, Reasonable and Non-Discriminatory (FRAND) royalty rates for them. It has not yet been disclosed which or how many owners of patents declared essential to the above standards have agreed to join the pool, if any, or are likely to do so.

Diversifying RAN equipment supply

Cellular technologies are highly standardized in the most open and collaborative way, so that any piece of network equipment will work with any device conforming to the same technical specifications from standard-setting organization 3GPP.

However, lack of standardized interfaces supporting interoperability among different functional parts the Radio Access Network (RAN)—as defined by the Open RAN Alliance as RU, Distributed Unit (DU) and Centralized Unit (CU)—has made it difficult or impossible to mix and match cellular network equipment software and hardware from different vendors. Consequently, operators have had to procure all those functional units from the same vendor for any given geographic part of their networks. The O-RAN Alliance that develops the standardized interfaces, has adopted reference designs for outdoor macrocells and indoor small cells (e.g., low PHY layer functionality per 7-2x split).

Open RAN promises to increase choice, competition among vendors and drive down costs in network equipment supply by enabling operators to integrate functional unit products from different suppliers. This approach is already being pursued by new operators including Rakuten in Japan and Dish in the US. Incumbent operators are also major advocates for Open RAN—including the O-RAN Alliance’s founding members AT&T, China Mobile, Deutsche Telekom, NTT DoCoMo and Orange who enjoy questionable governance privileges over others in the alliance. Some of these are making select Open RAN deployments, typically where integration and performance requirements are modest.

Licensing new entrants and establishing FRAND rates

For Open RAN to develop and succeed—as many desire and expect—in addition to technical issues, various commercial issues also need to be resolved. These include patent licensing for the vast trove of standard-essential technologies employed in 4G LTE and 5G network equipment. Given that cellular devices are the most significantly SEP-licensed of any product category, it seems likely that the emerging ecosystem in Open RAN might also become significant in SEP licensing.

Widespread cellular SEP licensing of mobile phones for cash royalty payments took off with the introduction of CDMA-based technologies including CDMAOne in the 1990s, and with CDMA2000 and WCDMA from around the millennium. Leading SEP owners; Ericsson, Nokia and Qualcomm, license these patents, but have ceased producing handsets. Since the introduction of 4G LTE, many different SEP owners’ disclosures have revealed “rate card” licensing charges for their cellular SEPs in handsets and other devices. The leading cellular SEP licensors generate around $9 billion annually.

Previously, in 2G with GSM, an oligopoly of vertically-integrated companies including Alcatel, Ericsson, Motorola, Nokia and Siemens owned most of the SEPs and also produced the standard-compliant devices. The SEPs were either cross-licensed or never asserted among those companies, and so royalty rates were unclear and net payments, if any, were invisible publicly.

The licensing of cellular RAN equipment—where there are also only a small number of vertically-integrated OEMs including Ericsson, Nokia, Huawei—is still rather like the above, as it used to be in 2G for handsets.

Open RAN’s open interfaces are enabling new entrants and new routes to market in cellular network equipment software and hardware supply. However, network function units—including RUs in particular—also implement numerous 3GPP technologies, many of which are SEP based and some of which are different to those in User Equipment (UE). Unlike the vertically-integrated oligopoly of OEMs who already have ingrained access to the SEP technologies required, many of these newcomers will need to license numerous SEPs and will have nothing much to cross-license.

Critical mass for pooling

While neither the operators nor the new-entrant Open RAN technology suppliers are likely to be enthusiastic about making royalty payments to many SEP owners, Alium claims it “provides a one -stop shop to license essential patents and help establish a FRAND rate.”

Patent pooling entirely within the cellular sector has not fared well so far. Bilateral licensing has prevailed between cellular SEP owners and handset OEMs, with few licensors and SEPs licensed through the 3G WCDMA or 4G LTE patent pools. Avanci’s pooling of cellular SEPs for licensing outside the cellular sector to automotive OEMs seems more successful with many licensors and licensees, and pooling holds promise in IoT generally.

Successful pools tend to balance the interest of licensors and licensees. For example, while MPEG LA’s AVC/H.264 video codec patent pool has around 40 licensors, many of these are also major implementers who were motivated to join the pool because they are more interested in minimizing what they are charged to license others’ SEPs than the smaller amounts they can generate in licensing their own SEPs.

In cellular, several major declared-SEP owners have well-established licensing programs and can do better for themselves by licensing bilaterally—particularly if their SEPs are regarded more valuable than the average of those in the pool. Antitrust authorities also demand that bilateral licensing is not precluded by the existence of patent pools, so that competition is preserved.

Participation and rate setting

Although Alium has already revealed its licensing charges, it unusual for a patent pool to do that before disclosing participating licensors. This makes it impossible to estimate what proportion of all applicable SEPs might be included in the pool. Alium would welcome participation from the major cellular SEP licensors, who include infrastructure OEMs; Ericsson, Huawei and Nokia. It seems that rather than expecting those to join, it will be from among numerous others—many of who have far fewer declared SEPs—that participating licensors will emerge.

Alium follows the fashion of setting rates on a dollars-per-unit (DPU) basis. This is most palatable to OEMs producing costly products such as cars, where most of the costs (e.g., for the chassis and tires,) are unrelated to cellular technology. While Alium intends only to license at the RU level, DPU royalties generate the same amount of revenue, regardless of the price of the RU—even if the charge is instead levied on a chip or another component within the RU. Alium’s charges range from $25 down to $10 per RU, depending on unit volumes sold.

The drawback for licensees with DPU royalties is that charges do not reduce when product prices decline. Mobile phone royalties were almost invariably set only as percentages until the mid-2000s because OEMs wanted it that way with the expectation that average selling prices would fall, as they did for a decade or so until then. It was with the introduction and then predominance of smartphones since then that OEMs have demanded royalty caps that turn charges into DPUs for higher-priced handsets.

According to the ABI Research source cited in Alium’s launch announcement, the implied average prices for outdoor macro and indoor micro Open RAN RUs in 2030 will be $4,427 and $194 respectively. That seems to reflect a plausible expectation that indoor small cell RUs will become ubiquitous in the enterprise—like WiFi access points—with 205.5 million shipments forecasted for that year. Corresponding royalties on a percentage basis for incremental sales will be in the wide and unexplained range of a maximum of 0.56% on macros to a minimum of 5.2% on micros. Royalty charges of $10 on RUs selling for around only a couple of hundred dollars are likely to be resisted by OEMs and operators—particularly if the pool’s share of total declared or independently assessed SEPs turns out not to be that great.

While product prices often reduce dramatically as technology gets cheaper and markets grow, FRAND licensing requirements can make it difficult to adjust the basis and level of charging, which are typically set for the life of standards and patent pool programs.

This article was originally published in RCR Wireless.

Friday, 31 January 2020

Valuing SEP portfolios and determining FRAND rates: How, and who should "get it done"?

While there is much uncertainty about the outlook for standard-essential patent royalty rates in court determinations, there are plenty of solid benchmarks in well-established comparable licenses (“comps”). The former rates are thin on the ground and have been made up based on some dubious and fiercely contested tenets as judges scrabble to set figures that are fair, reasonable and on-discriminatory. The latter rates have been agreed in droves through negotiation in licensing programs with dozens of licensors, hundreds of licensees and many thousands of patents. These are not meaningless asking prices with no takers —or just one or two transactions specifically conceived and executed to establish a desired marker— they are economically significant because they are underpinned by many billions of dollars of licensing trade over decades.


And, many players in the cellular industry have self-servingly colluded to cap aggregate royalties since the introduction of 3G twenty years ago. Unsurprisingly, these voices dominate because most, by far, of the interested parties, including OEMs, must become licensees to implement the standards legally. For only a few is licensing more an income generator than a cost in manufacturing.

Who is to say how much all the patents in devices are worth, how that valuation should be derived and how value should be divided among technology owners, implementers and end users? Weighing up all of this is significantly a matter of personal judgment—not of simply applying some supposedly pre-ordained formula. Vacating the District Court Judge Selna’s bench trial decision in TCL v. Ericsson on appeal, the Federal Circuit has prescribed retrial with a jury. This will recalibrate awards based on the subjective judgement of randomly selected non-experts. It will likely include consideration of bottom-up valuation methodologies reflecting consumers’ purchasing preferences, price sensitivities and the perceived value for smartphone features and performance improvements.

The math(s) is not easy or proven


Even using comps is not straightforward in many cases because most licenses are cross licenses and so the prices and monies paid typically reflect significant netting off between the notional royalty rates of the parties and also account for the respective trading flows of their manufactures. Where licensors do not have downstream manufacturing businesses, that need licensing—such as smartphone manufacturing—royalty rates can more easily be directly compared among licensees, in many cases, without adjustment. For example, Qualcomm and InterDigital do not make or sell devices, which account for most, by far, of the trading value in the cellular products (e.g. around $500 billion per year for mobile phones). Adjustments are also required in the comparison of licenses due to up-front lump sum payments, per-device caps, per device floors, total payment caps and other differences.

So how on earth could something as seemingly complex and difficult as valuing a portfolio of SEPs be left to a bunch of jurors? Judge Selna’s decision was extensive and 115 pages long. It applied two different methodologies —"top down” and “comparable license analysis” with the “unpacking” of two-way licenses—and disregarded a third—a bottom up “Ex Standard approach” designed to estimate the value of SEPs independent of any value arising from incorporation of SEPs into a standard. With his judgement vacated, Judge Selna’s analysis no longer has any legal authority; but it does reveal some of the methods and arguments that may continue to be applied in the valuation of SEPs and determination of royalties for these under FRAND terms.

The wisdom of lay folk


Perhaps the jurors will see through all the bluff and complexities, as they do in so many other trials. They can be unburdened by the weight of consensus, self-interested majorities and conventional wisdom. The Seventh Amendment constitutional right to a jury trial in civil proceedings has served the US well. It is probably one of the reasons why the nation is for centuries the most successful technological innovator in the world. If not, the US has evidently not been held back by its patent law and execution of this right.

Significantly, the New [December 2019] Policy Statement on Remedies for Standards-Essential Patents Subject to Voluntary F/RAND Commitments issued by The U.S. Patent & Trademark Office (USPTO), the National Institute of Standards and Technology (NIST), and the U.S. Department of Justice, Antitrust Division (DOJ) offers views on remedies for standards-essential patents that are subject to a RAND or FRAND licensing commitment. This overturns interpretations of the 2013 policy statement by the USPTO and DOJ: ‘the agencies have heard concerns that the 2013 policy statement has been misinterpreted to suggest that a unique set of legal rules should be applied in disputes concerning patents subject to a F/RAND commitment that are essential to standards.’ In addition to saying a lot about how injunctions should become more readily available—an important issue, but which is outside the scope of my article— the new Policy Statement advises that ‘with respect to damages, the Federal Circuit has explained, “We believe it unwise to create a new set of Georgia-Pacific-like factors for all cases involving RAND-encumbered patents.” The court further stated that “[a]lthough we recognize the desire for bright line rules and the need for district courts to start somewhere, courts must consider the facts of record when instructing the jury and should avoid rote reference to any particular damages formula.”’ (Emphasis added and citations omitted.)


With the above developments, we are likely to see rather higher awards for SEPs than, for example, the paltry figure of somewhat less than one US cent per LTE SEP resulting from Judge Selna’s overturned decision.[1]

Juries tend to award rather larger damages figures. In Qualcomm v. Apple, San Diego, March 2019, the figure of $1.41 per iPhone was awarded for infringement of three non-SEPs (i.e. 47 cents per US patent. A Los Angeles jury just awarded the California Institute of Technology (Caltech) $838 million from Apple and $270 million from Broadcom—totalling approximately $1.1 billion—for infringement of four patents used in the implementation of the WiFi standard (IEEE 802.11). Per device, this is equivalent to $1.40 (35 cents per patent) for Apple and 26 cents (6.5 cents per patent) for Broadcom.

Three different portfolio valuation and FRAND determination methods where presented by the parties for Ericsson’s 2G, 3G and 4G SEPs in TCL v. Ericsson.

“Reasonable, maximum aggregate royalties” with “proportionality”


I have already criticized at length Judge Selna’s top-down approach and so I provide no more than a summary of that here. When I wrote my critique of Judge Selna’s subsequently vacated Decision, I focused almost entirely on his top-down analysis; but indicated I might return to assess the other methods of FRAND rate determination and his analysis of them.

Top-down is fundamentally flawed for two reasons, and thirdly, Judge Selna’s corresponding determinations were biased and erroneous in his application of the methodology.

Firstly, the selected aggregate royalty rate caps—of 6 to 10 percent for 4G LTE and 5 percent for 3G— do not reflect the value of the underlying technologies. The figures are quite arbitrary and were only advocated by those who wanted to limit royalties to those levels. Why should the value of IP versus hardware in a smartphone be limited to such small percentages of its purchase price when the corresponding percentages for IP in music CDs, video DVDs, software CD ROMs or patented pharmaceuticals are more like 80 percent?

Judge Selna justified use of this approach on the basis that Ericsson and others had in 2008 encouraged the industry to allocate royalties based on a maximum aggregate rate and proportionality among licensors based on relative patent strength among portfolios. However, there were several in the industry that never subscribed to such an approach and were, instead, for good reasons, vociferously opposed to it.  For example, in December 2008, Qualcomm publicly stated it was against such a formulaic approach because it ‘would arbitrarily limit the value of standards essential patents, discourage innovation, encourage the filing of marginal patents, complicate and delay the standardization process, and be impossible to implement in practice.’ There is no reason to bind these dissenters to such an approach. It should be possible for them and others to derive significantly higher royalties, if enough value is there.

Secondly, apportionments among patent holders are inaccurate. For example, patent-portfolio stand-essentiality determinations are cursory, inconsistent and patent counting methods typically assume all patents are of equal value, which is antithetical to valuation principles in patent law. Counting technical contributions to standard-setting organizations also has the shortcoming of rewarding quantity instead of quality.

Thirdly, Judge Selna erroneously whittled the rates down for Ericsson in several ways:

I.                     Regarding company and aggregate single-mode rates as multimode rates,
II.                   Using inaccurate, unreliable and likely biased patent assessments in apportionment of the aggregate rate to Ericsson with:
a.       inflated patent counts in the denominator,
b.       deflated patent counts in the numerator,
III.                  Regarding announced rates, including aggregate rates, as US rates rather than global rates,
IV.                 Discounting indicated rates based on patent expirations, even though indicated rates were based on certain expectations for these expirations,
V.                  Disregarding the value of standard-essential improvements and Ericsson’s share of these.

While the cap is purportedly to protect implementers from the “worst case” scenario with a “royalty stack;” in fact, nobody pays anywhere the maximum figure. On average, as I have shown and as others have confirmed, here and here, the aggregate royalty paid on mobile phones including smartphones is no more than around 5 percent including all generations of cellular SEPs, non-cellular SEPs and non-SEPs.  That is net of cross-licensing, but even those with nothing to cross license are not paying much more. For example, TCL managed to hold out payment to Ericsson for 7 years before trial. There was no evidence presented in that case that TCL was paying anywhere near or above an aggregate of 10 percent, nor that it would be doing so with payment to Ericsson at the rates set in Judge Selna’s Decision.  I have never seen evidence that anyone has paid an aggregate figure reaching or even approaching 10 percent for LTE licensing.

Fair shares for all


While the value created in an invention can be enormous, this is shared among various participants in the value chain. Ultimately, virtually all the benefits tend to flow downstream to end users. In the interim, some of the value is rightly captured in profits by technology developers, OEMs and service providers.

Judge Selna threw out the “Ex Standard” valuation methodology of Ericsson’s expert David Kennedy because, in Selna’s opinion, the values it derived were too high:

‘Ericsson's 4G Essential Patents confer $6.15 to $7.14 of value on a 4G handset. The Court finds that Kennedy's result are highly suggestive of royalty stacking; i.e, valuing individual components of a standard in manner that accedes the aggregate value of the standard.’

He also wrote: ‘it is simply not logical that two features could have a value in excess of Ericsson's entire portfolio.’

These statements confuse the concept of value to the user with the technology-licensing price to an OEM that is fair and reasonable or that would be negotiated commercially under market conditions. The above figures represent maxima — not figures demanded, let alone expected or likely to be anywhere near realised by licensors.

Consumer surplus is defined as the difference between the consumers’ willingness to pay for a good and the amount that they actually pay. On average, producers capture only small percentages of the total welfare gains from innovation, with consumers capturing the remaining surplus. Licensing rates determine how the licensors and licensees split the producers’ share of those total welfare gains.

The FRAND rate licensing price reflects two factors:
Value to consumer ($) x share of value to be accrued by licensor (%) = royalty to licensor ($).

Bottom-up valuation methods, including Ericsson’s Ex Standard approach derive an upper limit to what features are worth. What licensors may yield from them in licensing fees is a question of rent splitting and how the economic surplus is shared among licensors, their licensees and downstream parties including mobile operators, over-the-top service providers (e.g. Google, Facebook and Netflix) and end users.

Economics and market dynamics tend to determine outcomes including how economic surpluses are shared. For example, while research has shown that the value a consumer derives from Google search may be tens of thousands of dollars per year per user, Google is happily making huge profits while generating, only, hundreds of dollars per person. Hypothetical choice experiments can derive consumer values, even for services such as Google that have zero pricing for consumers. Internet platforms—such as Google— are under intense scrutiny by competition authorities due to their dominance and how they might be abusing that rather than for their high profits per se. In litigation, such as in TCL v. Ericsson, jurors must decide how much of the large economic surpluses generated by SEP technologies are awarded in licensing fees. 

Get (un)packing


While comparable licenses are potentially the very best valuation benchmarks because they reflect billions of dollars of trade with many licensing agreements over many years, not all of these can be employed directly before significant adjustments. Lump sum payments, differences between sales forecasts (most applicable because the assumption is that licenses should have been completed before trading) and actual sales (20:20 hindsight), and assumed “net present value” discount rates can all have significant effects on derivation of simple, one-way licensing rates from complex two-way licensing agreements including multiple terms and conditions.

I also explained the complexities and difficulties of “unpacking” comparable licenses to derive the effective one-way licensing rates in another article I published last year. One of the issues I discussed there is that licensing rates tend not always to be proportional to the number of patents— as assumed by both parties’ experts in TCL v. Ericssonin unpacking Ericsson’s cross licenses to derive simple “one-way” licensing rates. Among many examples of that phenomenon, is IBM’s historic licensing approach, with pronounced non-linearity in licensing fees for more than five patents:

Number of Licensed Patents Covering the Product
Percentage of the Selling Price
1
1%
2
2%
3
3%
4
4%
5 or more
5%
        

Bottoms up


In a presentation I gave on the topic of top down and bottom up valuation methodologies at the Patents in Telecoms and the Internet of Things conference at Tokyo University in November 2019, I reused some analysis I have been presenting since 2015 showing how cellular functionality is priced by Apple at a much higher mark-up than other costs. Apart from the absence of cellular capabilities, the iPhone Touch 5th Generation had very similar specifications to the iPhone 5c. However, the latter was sold for $450, which was more than twice the price of the former, despite costing only around $32 more in manufacturing.

Even more remarkable from an economic perspective was the fact that sales volumes for iPhones in 2014 were more than 12 times greater volume terms and 46 times greater in revenue terms than for all iPods.  Apple is free to price at any level it wishes and so its prices are only an indirect indicator of consumers’ perceptions of value. Relative sales performance is an outcome of its pricing. According to basic economic principles, if two products are close substitutes a much lower price for one would tend to result in much greater demand for versus the other product.  The much higher demand for the cellular devices— despite the much higher price— underlines the premium value in cellular and that no iPods are close substitutes for iPhones.


Out on the range


FRAND rates are not as range bound or unique, as many might imagine they should be. It all depends on the circumstances, other licensing terms and market developments over the years. On appeal, Justice Birss’ Decision in Unwired Planet v. Huawei was largely upheld and partially annulled. The higher court ruled several different sets of rates and terms could all be FRAND and that there did not have to be only a single FRAND rate, as Birss had ruled.[2]

I have been arguing here since 2013 that the FRAND rate range should be quite wide because, for example, patent pool participants legitimately tend to agree on relatively low rates in the interests of their downstream-oriented members versus legitimately agreed bilateral FRAND rates. I have not yet come across anyone arguing that royalty-free patent pools or “platforms”, such as that for the Bluetooth and USB standards, have rates that are non FRAND.  Common sense suggests that royalty free is not an isolated incidence of what is FRAND where other licensing arrangements set a significant non-zero FRAND rate. The range of rates that are FRAND must at least span between these figures, subject to other licensing terms and conditions.

In my abovementioned Tokyo presentation, I also showed that FRAND rates for video codecs have varied enormously over time and between competing patent pools. It is remarkable that the maximum licensing cost (set in dollars rather than as a percentage of the product selling price) for the MPEG 2 standard technology pool was 10 times higher than the 20 cents maximum for its higher-performing successor MPEG 4 (AVC/H.264)—even over the years in which use of the two standards was substantially overlapping. Many commercial factors were at play, including the fact that the latter standard was adopted in much higher volumes by being software based rather than hardware based and being used mostly in smartphones rather than in the domestic CE products including TVs, set top boxes and DVDs into which MPEG 2 was primary introduced.  

Have we had enough of experts?


As a testifying expert witness, I would be one of the last to propose getting rid of them: but none of them, nor their sponsors or acolytes, nor those who are swayed by them have a monopoly on wisdom or are infallible. Following those with prevailing views is a safe bet for those in the firing line of scrutiny with tricky and contentious decisions to make. But that does not make those views right. Bias towards consensus or the majority is not justice. As the New Policy Statement identifies, courts have misguidedly tended to follow a unique set of rules in dealing with FRAND disputes. 

On account of it finally being Brexit Day, today, it is most fitting to paraphrase British Member of Parliament and outspoken Brexiteer Michael Gove—who maintains he was misrepresented when it was reported he had said ‘people have had enough of experts’ in the highly contentious debate about the merits and costs of Brexit. Rather than do away with experts, one should always look for the dissenting voice. When there appears to be a settled consensus, look at the people who are challenging it. If their arguments are well constructed, then pay close attention; if you think it is just bogus nonsense then reject it— but test alternative propositions. The notion that things should be taken simply on trust because of someone’s position is an invitation to intellectual conformity and what we need is a vigorous, debating, dissenting culture.

While all but a relatively small proportion of SEP portfolio licenses are negotiated to completion between or among parties, it is time for some fresh thinking and judgement on where value lies and how it should be shared when there is dispute. I am looking forward to seeing what jurors will come up with.




[1] A figure of 0.5 cents per SEP can be calculated by dividing Judge Selna’s 0.45% LTE royalty rate award by the figure of 125 patents declared essential and claim charted by Ericsson and then multiplying that figure by the approximate average selling price of $140 per LTE handset manufactured and sold by TCL in the relevant period from 2013 to 2015. The calculated figure increases to 0.9 cents if, as TCL’s Expert Dr Kakaes opined, only 70 of Ericsson’s patents are deemed standard-essential to LTE.
[2] As noted by Herbert Smith FreehillsOne of the few points on which the Court of Appeal disagreed with Birss J was on the question of whether there can only ever be a single set of FRAND terms as between a potential licensor and licensee, as the judge had found at first instance.  The Court of Appeal were of the view that it was ‘unreal’ to think that two parties will necessarily arrive at precisely the same set of terms as two other parties (all of them acting fairly and reasonably and faced with the same set of circumstances).  Rather, the Court of Appeal held that a number of sets of terms may all be fair and reasonable in a given set of circumstances, finding that this approach was supported by the economic evidence.’ 


Wednesday, 18 December 2019

Biting the hands that feed you SEP technologies



Longstanding and economically efficient balance in Standard-Essential Patent licensing is being destabilized by misinformation and manipulation of commercial practices and of benchmarks in Fair, Reasonable and Non-Discriminatory licensing. This is epitomized in litigation between Apple and Qualcomm, commencing January 2017, until settlement in April 2019 and in the US Federal Trade Commission’s antitrust action against Qualcomm also commencing around the same time and now on appeal. Many in the cellular industry—who unsurprisingly like the idea of lower prices for something they assimilate and must pay for rather than that they create or sell—have lapped this up. But that does not justify the disingenuity or negate the resulting harmful effects that undermine incentives for ongoing and long-term technology development in the mobile communication sector including 5G and the emerging Internet of Things.

“Goal: Reduce Apple's net Royalty to Qualcomm” [1]

Since the 1990s, Apple among others have taken various and elaborate steps to "Devalue SEPs." As indicated in the next three endnotes, I have analysed the failings in the first three of Apple's proposed measures for "Reshaping FRAND — Licensing, Litigation & Competition Law" including:
  • “Base = derived from smallest priceable component (i.e. baseband)”[2]
  • “Rate = no higher than adjusted pro-rata share of SEPs”[3]
  • “Control for quality, over-declaration & royalty stacking”[4]
  • “Build favorable, arms-length ‘comp’ licensees”

And, regarding the fourth measure, for example, Apple’s actions over the years in the run-up to suing Qualcomm were in “Creating Evidence” for the lawsuit so “[it]can leverage [its]purchasing power” and “captur[e]IP value with purchase power.” To achieve this, Apple “selectively filter[ed][deal-flow] pipeline to identify the most desirable deals,” it “Us[ed]Liabilities as an Asset” and “Evaluated risk, cost and use[d]as evidence… as a comparable in disputes with others.” Apple sought to “create leverage by building pressure” that would “hurt Qualcomm financially,” put “Qualcomm’s licensing model at risk” and “drive Qualcomm to engage Apple” on a significantly weakened basis.


Apple’s multi-pronged attack included coercing its suppliers—contract manufacturers Foxconn, Pegatron, Wistron and Compal—into violating supply agreements, including those forged with Qualcomm two or more years before a couple of them even started making iPhones for the launch of the very first model in mid 2007. Apple’s stipulations demanded “[CM] does not settle any such claim or allegation, or make any admissions of liability or admissions relevant to the claim or allegation (related to the Goods), or take any other action that [CM] knows or should reasonably know will harm Apple’s position(s) with respect to the claim or allegation, without Apple’s prior written permission.” For example, according to one of them: “our customer has recently [as of April 2017]requested compal to stop the royalty payment to Qualcomm.” For CMs to continue paying would have left them incurring losses by not being able to recover licensing costs along with component and manufacturing costs, as was the norm. “Apple may notify Supplier that Apple will not pay Supplier any amount attributable to mobile technology license fees at any time, and after the date of any such notification, any mobile technology license fees that Supplier pays are the sole responsibility of Supplier.”
Timeline of Contract Manufacturers’ Subscriber Unit Licensing Agreements

Unlike Apple with gross profit margins of around 60 percent on its iPhones, corresponding figures for CMs are one tenth of that and CMs typically have operating margin percentages in the low single digits. Qualcomm had been receiving licensing royalties of $7.50 per iPhone until Apple forced its CMs to stop paying. That was, for example, one fifth the cost of the camera and versus total component, assembly and test costs of $325 [Endnote 5] for the iPhone 8 Plus. The unsubsidized retail price of this model was $799. Product costs and prices are from 2017/2018 for the cheapest model with 64GB of memory.
The restrictions Apple imposed on its CMs were in overt breach of its (2013-2016) Business Cooperation and Patent Agreement (BCPA) with Qualcomm for which “Apple [was]at risk for infringement, tortious interference and full royalties (plus and interest, penalties, etc).”  The BCPA required that “Apple shall not knowingly take (or continue taking) any action against or make any demand of any Qualcomm Licensee that prevents, restricts, or discourages such Qualcomm Licensee from which it purchases Apple Devices from complying fully with the terms of such Qualcomm Licensee’s QC License Agreement.”  Apple found it “Beneficial to wait to provoke a patent fight until after the end of 2016” when the flow of all the benefits it received from Qualcomm ceased with expiration of the BCPA.

IP value is unrelated to publication medium, hardware and manufacturing costs

We all understand and accept that most of the cost for books, recorded music, and movies is for the intellectual property added rather than in the publication medium. Similarly, with generic drugs typically being 80-85 percent lower in price than patented pharmaceuticals, we recognize that most of the value in the latter before patent expiration is in IP rather than in the cost of medicine manufacturing.
The parallels among book printing, audio or video disc manufacturing and chip manufacture are closer than one might imagine. In all these cases, production plant is quite generic, typically operated by independent manufacturers and can be rapidly reconfigured to serve the needs of different customers and products. Declining manufacturing process costs including in silicon foundries have little or no relationship with costs of content or technology development elsewhere. While Taylor Swift sounds and has very different IP ownership to Black Sabbath, CD production of their respective albums is as oblivious and independent of that as is TSMC’s chip foundry to the cellular or video codec SEP ownership and to the implementation of cellular modem designs by MediaTek versus Huawei’s HiSilicon. The production of CDs and chips is, therefore, rather like printing from a commercial perspective.
So why is there such resistance to paying total royalties of no more than around five percent of smartphone costs in patent licensing fees in patent-rich devices such as smartphones?
IP costs are typically buried and invisible in technology product bills of materials. Where a manufacturing company develops its own IP for the products it produces, the R&D cost is accounted for as a fixed and sunk indirect cost—not a variable cost in production, as with the addition of a camera or baseband chip. The same accounting treatment applies when that IP value is cross-licensed to other manufacturers for net-zero or much reduced net licensing charges. In some cases, concerted action among product suppliers insists that patented and other technologies are only licensed to those who contribute their IP gratis, as is the case with open source software and some royalty-free patent pooling arrangements, as is the case with the Bluetooth Special Interest Group and with the USB Implementers Forum. They do that because costs are recovered from their financial returns on selling products and services that incorporate those technologies. It is only when that IP is procured from elsewhere in licensing for cash payments and without the quid pro quo in cross-licensing the manufactures of others that true values are revealed anywhere, such in the management or financial accounts.

Qualcomm was targeted despite and because of its superior patent strength

Apple recognised internally that “Qualcomm is widely considered the owner of the strongest patent portfolio for essential and relevant patents for wireless standards.” However, with the measures identified above, in public statements, in its litigation complaints against Qualcomm and in its sponsorship of the FTC action against Qualcomm, Apple sought to undermine SEP valuations generally. Qualcomm leads among owners of wireless SEPs and SEPs reading on other standards applicable to Apple’s products implementations. Apple recognises Qualcomm superior position: “compared to others [Huawei, Nokia, Ericsson, InterDigital and Apple], Qualcomm holds a stronger position in each of the [ WiFi, audio/video and cellular SEP] categories, and particularly with respect to cellular and WiFi SEPs”.
Apple also recognizes that Qualcomm “has significant holdings in other areas, including many areas relevant to Apple… Compared to other licensors, Qualcomm has more significant holdings in key areas such as media processing, non-cellular communications and hardware. Likewise, using patent citation analysis as a measure of thorough prosecution within the US PTO, Qualcomm patents (SEPs and non-SEPs both) on average score higher compare to the other, largely non-US based licensors.”  And yet, Apple’s much-published arguments were also that Qualcomm’s non-SEPs are not worth much.
Qualcomm’s licensing-for-money business model was the most lucrative target for Apple in potential cost savings, because licensing by Ericsson and Nokia—that used to license defensively to protect handset business downstream and still have large downstream network equipment businesses—continue to be limited—particularly by their legacy comps including extensive cross-licensing—in the extent to which they can be fully and property rewarded in cash royalties for their patent value.

Good value for money

While some OEMs have managed to “hold out” from paying their fair share in patent licensing fees, the status quo in SEP licensing under FRAND terms has worked rather well overall. For example, billions of consumers use gigabytes of mobile data per month on smartphones that are their primary or only means of internet access. In the US, consumers spend more time on their mobile devices than they do watching television, in significant part because video streaming on these devices is substituting substantially for the former. At 3 hours 43 minutes per day in 2019, the average U.S. adult spends more time using all their mobile devices (including smartphones, tablets, etc.) than they do watching television.
Apple’ CEO Tim Cook even publicly recognized the value of improvements in cellular technology. For example, in an April 2016 call to investors he said “[T]he LTE rollout with India just really began this year, and so we’ll begin to see some really good networks coming on in India. That will unleash the power and capability of the iPhone in a way that an older network, a 2.5G or even some 3G networks, would not do.”
Licensors of the standard-essential technologies that have made much of the above possible are not simply free riding on previous accomplishments in their licensing demands.  Leading SEP developers, including Ericsson, Nokia and Qualcomm in particular, have no direct share of the large mobile phone product market, which is worth nearly $500 billion annually and provides stellar profits to Apple, or of the operator services market worth $1 trillion or of the revenues Internet platforms and applications including Android, Uber and Facebook generate from mobile devices.  Consequently, these licensors need and deserve adequate compensation, by other means, for their major R&D developments in SEP technologies.
New technology developments are enabling an accelerating pace of improvements including 5G which, for example, have unlocked access to the mmWave spectrum that is providing orders of magnitude more cellular network speed and capacity than was even thought conceivable less than ten years ago when 4G was first introduced. With significant further developments still required, 5G promises so much more in ultra-reliable and low-latency communications including connections to a multitude of things as well as people.
The pace of innovation is increasing, but it is largely the same relatively few companies that make most of the technical contributions to standard setting organizations, such as 3GPP for cellular, and that file SEP declarations to the ETSI IP rights database.  Some of those companies are increasingly dependent on licensing for fees rather than selling manufactured products to make a return on their large R&D investments.

Legal tussles and consequences of Decisions

There is much ongoing legal dispute with tensions among patent law, contract law and antitrust law: in Qualcomm’s appeal to Judge Koh’s Decision in the US FTC case and elsewhere among other litigants. Matters include those of patent exhaustion, where in the supply chain licensing may or should occur, tying and exclusive dealing, the meaning for FRAND, availability of injunctions, and jurisdictional issues among nations in contract interpretation and in global licensing.  Judgments on appeal in the US and EU and in the UK Supreme Court (i.e. Unwired Planet v Huawei; Conversant v Huawei and ZTE) could bring about major disruptive changes with significant unexpected as well as expected consequences. Litigants should be wary of possible and likely adverse long-term consequences in what they wish for, given the huge success of the mobile sector for manufacturers, operators and the enormous benefits it has provided to consumers.
I will finish with another idiom that comes to mind with the British Pantomime season upon us. While the idiom is from Mother Goose, it is more widely known from is origins in one of Aesop’s Fables. Don’t kill the goose that lays the golden egg! 

Endnotes

[1] This and all subsequent quotes, apart from a public announcement by Apple’s CEO, Tim Cook, are from internal documents at Apple, as found through discovery in the litigation between Apple and Qualcomm, and as revealed publicly for the first time in Qualcomm’s Opening Statement presentation at trial on April 16, 2019. In Re: Qualcomm litigation Case No. 3:17cv0108-GPC-MDD (S.D. Cal.) https://www.scribd.com/document/407463620/Qualcomm-opening-statement. The trial was terminated very shortly thereafter that day with dispute settlement between Apple and Qualcomm. See also: https://www.qualcomm.com/news/releases/2019/04/16/qualcomm-and-apple-agree-drop-all-litigation
[5] TechInsights estimates for component, assembly and test costs. 


Keith Mallinson is a leading industry analyst, commercial consultant and testifying expert witness. Solving business problems in wireless and mobile communications, he founded consulting firm WiseHarbor in 2007.