Intel

Auto Added by WPeMatico

This year’s Computex was a wild ride with dueling chip releases, new laptops and 467 startups

After a relatively quiet show last year, Computex picked up the pace this year, with dueling chip launches by rivals AMD and Intel and a slew of laptop releases from Asus, Qualcomm, Nvidia, Lenovo and other companies.

Founded in 1981, the trade show, which took place last week from May 28 to June 1, is one of the ICT industry’s largest gatherings of OEMs and ODMs. In recent years, the show’s purview has widened, thanks to efforts by its organizers, the Taiwan External Trade Development Council and Taipei Computer Association, to attract two groups: high-end computer customers, such as hardcore gamers, and startups looking for investors and business partners. This makes for a larger, more diverse and livelier show. Computex’s organizers said this year’s event attracted 42,000 international visitors, a new record.

Though the worldwide PC market continues to see slow growth, demand for high-performance computers is still being driven by gamers and the popularity of esports and live-streaming sites like Twitch. Computex, with its large, elaborate booths run by brands like Asus’ Republic of Gaming, is a popular destination for many gamers (the show is open to the public, with tickets costing NTD $200, or about $6.40), and began hosting esport competitions a few years ago.

People visit the ASUS stand during Computex at Nangang exhibition centre in Taipei on May 28, 2019. (Photo by Chris STOWERS / AFP) (Photo credit should read CHRIS STOWERS/AFP/Getty Images)

The timing of the show, formally known as the Taipei International Information Technology Show, at the end of May or beginning of June each year, also gives companies a chance to debut products they teased at CES or preview releases for other shows later in the year, including E3 and IFA.

One difference between Computex now and ten (or maybe even just five) years ago is that the increasing accessibility of high-end PCs means many customers keep a close eye on major announcements by companies like AMD, Intel and Nvidia, not only to see when more powerful processors will be available but also because of potential pricing wars. For example, many gamers hope competition from new graphic processor units from AMD will force Nvidia to bring down prices on its popular but expensive GPUs.

The Battle of the Chips

The biggest news at this year’s Computex was the intense rivalry between AMD and Intel, whose keynote presentations came after a very different twelve months for the two competitors.

Powered by WPeMatico

Some reassuring data for those worried unicorns are wrecking the Bay Area

The San Francisco Bay Area is a global powerhouse at launching startups that go on to dominate their industries. For locals, this has long been a blessing and a curse.

On the bright side, the tech startup machine produces well-paid tech jobs and dollars flowing into local economies. On the flip side, it also exacerbates housing scarcity and sky-high living costs.

These issues were top-of-mind long before the unicorn boom: After all, tech giants from Intel to Google to Facebook have been scaling up in Northern California for over four decades. Lately however, the question of how many tech giants the region can sustainably support is getting fresh attention, as Pinterest, Uber and other super-valuable local companies embark on the IPO path.

The worries of techie oversaturation led us at Crunchbase News to take a look at the question: To what extent do tech companies launched and based in the Bay Area continue to grow here? And what portion of employees work elsewhere?

For those agonizing about the inflationary impact of the local unicorn boom, the data offers a bit of reassurance. While companies founded in the Bay Area rarely move their headquarters, their workforces tend to become much more geographically dispersed as they grow.

Headquarters ≠ headcount

Just because a company is based in Northern California doesn’t mean most workers are there also. Headquarters, our survey shows, does not always translate into headcount.

“Headquarters location can often be the wrong benchmark to use to identify where employees are located,” said Steve Cadigan, founder of Cadigan Talent Ventures, a Silicon Valley-based talent consultancy. That’s particularly the case for large tech companies.

Among the largest technology employers in Northern California, Crunchbase News found most have fewer than 25 percent of their full-time employees working in the city where they’re headquartered. We lay out the details for 10 of the most valuable regional tech companies in the chart below.

With the exception of Intel, all of these companies have a double-digit percentage of employees at headquarters, so it’s not as if they’re leaving town. However, if you’re a new hire at Silicon Valley’s most valuable companies, it appears chances are greater that you’ll be based outside of headquarters.

Tesla, meanwhile, is somewhat of a unique case. The company is based in Palo Alto, but doesn’t crack the city’s list of top 10 employers. In nearby Fremont, Calif., however, Tesla is the largest city employer, with roughly 10,000 reportedly working at its auto plant there.(Tesla has about 49,000 employees globally.)

Unicorns flock to San Fran, workers less so

High-valuation private and recently public tech companies can also be pretty dispersed.

Although they tend to have a larger percentage of employees at headquarters than more-established technology giants, the unicorn crowd does like to spread its wings.

Take Uber, the poster child for this trend. Although based in San Francisco, the ride-hailing giant has fewer than one-fourth of its employees there. Out of a global workforce of around 22,300, only about 5,000 are SF-based.

It’s unclear if that kind of breakdown is typical. We had trouble assembling similar geographic employee counts at other Bay Area unicorns, mainly because cities break out numbers only for their 10 largest employers. The lion’s share of regional unicorns are San Francisco-based, and of them only Uber made the Top 10.

That said, there is another, rougher methodology for assessing who works at headquarters: job postings. At a number of the most valuable Bay Area-based unicorns — including Airbnb, Juul, Lime, Instacart, Stripe and the now-public Lyft —  a high number of open positions are far from the home office. And as we wrote last year, private companies have been actively seeking out cities to set up secondary hubs.

Even for earlier-stage startups, it’s not uncommon to set up headquarters in the San Francisco area for access to financing and networking, while doing the bulk of hiring in another location, Cadigan said. The evolution of collaborative work tools has also enabled more companies to add staff working remotely or in secondary offices.

Plus, of course, unicorn startups tend to be national or global in focus, and that necessitates hiring where their customers are located.

Take our jobs, please

As we wrap up, it’s worth bringing up how unusual it once was for denizens of a metro area to oppose a big influx of high-skill jobs. In the past couple of years, however, these attitudes have become more common. Witness Queens residents’ mixed reactions to Amazon’s HQ2 plans. And in San Francisco, a potential surge of newly minted IPO millionaires is causing some consternation among locals, along with jubilation among the realtor crowd.

Just as college towns retain room for new students by graduating older ones, however, it seems reasonable that sustaining Northern California’s strength as a startup hub requires locating jobs out-of-area as companies scale. That could be good news for other cities, including Austin, Phoenix, Nashville, Portland and others, which have emerged as popular secondary locations for fast-growing unicorns.

That said, we’re not predicting near-term contraction in Bay Area tech employment, particularly of the startup variety. The region’s massive entrepreneurial and venture ecosystem keeps on producing valuable newcomers well-capitalized to keep hiring.

Methodology

We looked only at employment at company headquarters (except for Apple) . Companies on the list may have additional employees based in other Northern California cities. For Apple, we included all Silicon Valley employees, per estimates by the Silicon Valley Business Journal.

Numbers are rounded to the nearest hundred for the largest employers. Most of the data is for full-time employees only. Large tech employers hire predominantly full-time for staff positions, so part-time, whether included or not, is expected to reflect only a very small percentage of employment.

Cities list their 10 largest employers in annual reports. We used either the annual reports themselves or data excerpted in Wikipedia, using calendar year 2017 or 2018.

Powered by WPeMatico

U.S. federal court jury finds Apple infringed three Qualcomm patents

Mobile chipmaker Qualcomm has chalked up another small legal victory against Apple in another patent litigation suit.

A jury in a U.S. federal court in San Diego found Friday that Apple owes Qualcomm about $31M for infringing three patents, per Reuters.

As we reported earlier the San Diego patent suit relates to the power consumption and speed of boot-up times for iPhones sold between mid-2017 and late-2018.

Qualcomm had asked to be awarded up to $1.41 in unpaid patent royalties damages per infringing iPhone sold during the period.

The chipmaker has filed a number of patent suits against the iPhone maker in the U.S., Europe and Asia in recent years. The suits are skirmishes in a bigger battle between the pair over licensing terms that Apple alleges are unfair and illegal.

In a statement on on the San Diego trial outcome Qualcomm executive vice president and general counsel, Don Rosenberg, said:

Today’s unanimous jury verdict is the latest victory in our worldwide patent litigation directed at holding Apple accountable for using our valuable technologies without paying for them. The technologies invented by Qualcomm and others are what made it possible for Apple to enter the market and become so successful so quickly. The three patents found to be infringed in this case represent just a small fraction of Qualcomm’s valuable portfolio of tens of thousands of patents. We are gratified that courts all over the world are rejecting Apple’s strategy of refusing to pay for the use of our IP.

The iPhone models involved in the patent suit are iPhone 7, 7 Plus, 8, 8 Plus and X, which were found to infringe two Qualcomm patents, U.S. Patent No. 8,838,949 (“flashless booting”), and U.S. Patent No. 9,535,490 (data management between the applications processor and the modem); and the iPhone 8, 8 Plus and X which were found to infringe Qualcomm’s U.S. Patent No. 8,633,936 (high performance rich visual graphics with power management).

The patents are not contained in modems and are not standards-essential to cellular devices, Qualcomm said.

Reuters suggests the jury’s damages award could have wider significance if it ends up being factored into the looming billion dollar royalties suit between Apple and Qualcomm — by putting a dollar value on some of the latter’s IP, the San Diego trial potentially bolsters its contention that its chip licensing practices are fair, it said.

At the time of writing it’s not clear whether Apple intends to appeal the outcome of the trial. Reuters reports the iPhone maker declined to comment on that point, after expressing general disappointment with the outcome.

We’ve reached out to Apple for comment.

In a statement provided to the news agency Apple said: “Qualcomm’s ongoing campaign of patent infringement claims is nothing more than an attempt to distract from the larger issues they face with investigations into their business practices in U.S. federal court, and around the world.”

Cupertino filed its billion dollar royalties suit against Qualcomm two years ago.

It has reason to be bullish going into the trial, given a preliminary ruling Thursday — in which a U.S. federal court judge found Qualcomm owes Apple nearly $1BN in patent royalty rebate payments (via CNBC). The trial itself kicks off next month.

The U.S. Federal Trade Commission also filed antitrust charges against Qualcomm in 2017 — accusing the chipmaker of operating a monopoly and forcing exclusivity from Apple while charging “excessive” licensing fees for standards-essential patents.

That trial wrapped up in January and is pending a verdict from Judge Lucy Koh.

At the same time, Qualcomm has also been pursuing several international patent suits against Apple — also with some success.

In December Apple filed an appeal in China to overturn a preliminary ruling that could have blocked iPhone sales in the market.

While in Germany it did pull older iPhone models from sale in its own stores in January. But by February it was selling the two models again — albeit with Qualcomm chips, rather than Intel, inside.

This report was updated with comment from Qualcomm

Powered by WPeMatico

5G phones are here but there’s no rush to upgrade

This year’s Mobile World Congress — the CES for Android device makers — was awash with 5G handsets.

The world’s No.1 smartphone seller by marketshare, Samsung, got out ahead with a standalone launch event in San Francisco, showing off two 5G devices, just before fast-following Android rivals popped out their own 5G phones at launch events across Barcelona this week.

We’ve rounded up all these 5G handset launches here. Prices range from an eye-popping $2,600 for Huawei’s foldable phabet-to-tablet Mate X — and an equally eye-watering $1,980 for Samsung’s Galaxy Fold; another 5G handset that bends — to a rather more reasonable $680 for Xiaomi’s Mi Mix 3 5G, albeit the device is otherwise mid-tier. Other prices for 5G phones announced this week remain tbc.

Android OEMs are clearly hoping the hype around next-gen mobile networks can work a little marketing magic and kick-start stalled smartphone growth. Especially with reports suggesting Apple won’t launch a 5G iPhone until at least next year. So 5G is a space Android OEMs alone get to own for a while.

Chipmaker Qualcomm, which is embroiled in a bitter patent battle with Apple, was also on stage in Barcelona to support Xiaomi’s 5G phone launch — loudly claiming the next-gen tech is coming fast and will enhance “everything”.

“We like to work with companies like Xiaomi to take risks,” lavished Qualcomm’s president Cristiano Amon upon his hosts, using 5G uptake to jibe at Apple by implication. “When we look at the opportunity ahead of us for 5G we see an opportunity to create winners.”

Despite the heavy hype, Xiaomi’s on stage demo — which it claimed was the first live 5G video call outside China — seemed oddly staged and was not exactly lacking in latency.

“Real 5G — not fake 5G!” finished Donovan Sung, the Chinese OEM’s director of product management. As a 5G sales pitch it was all very underwhelming. Much more ‘so what’ than ‘must have’.

Whether 5G marketing hype alone will convince consumers it’s past time to upgrade seems highly unlikely.

Phones sell on features rather than connectivity per se, and — whatever Qualcomm claims — 5G is being soft-launched into the market by cash-constrained carriers whose boom times lie behind them, i.e. before over-the-top players had gobbled their messaging revenues and monopolized consumer eyeballs.

All of which makes 5G an incremental consumer upgrade proposition in the near to medium term.

Use-cases for the next-gen network tech, which is touted as able to support speeds up to 100x faster than LTE and deliver latency of just a few milliseconds (as well as connecting many more devices per cell site), are also still being formulated, let alone apps and services created to leverage 5G.

But selling a network upgrade to consumers by claiming the killer apps are going to be amazing but you just can’t show them any yet is as tough as trying to make theatre out of a marginally less janky video call.

“5G could potentially help [spark smartphone growth] in a couple of years as price points lower, and availability expands, but even that might not see growth rates similar to the transition to 3G and 4G,” suggests Carolina Milanesi, principal analyst at Creative Strategies, writing in a blog post discussing Samsung’s strategy with its latest device launches.

“This is not because 5G is not important, but because it is incremental when it comes to phones and it will be other devices that will deliver on experiences, we did not even think were possible. Consumers might end up, therefore, sharing their budget more than they did during the rise of smartphones.”

The ‘problem’ for 5G — if we can call it that — is that 4G/LTE networks are capably delivering all the stuff consumers love right now: Games, apps and video. Which means that for the vast majority of consumers there’s simply no reason to rush to shell out for a ‘5G-ready’ handset. Not if 5G is all the innovation it’s got going for it.

LG V50 ThinQ 5G with a dual screen accessory for gaming

Use cases such as better AR/VR are also a tough sell given how weak consumer demand has generally been on those fronts (with the odd branded exception).

The barebones reality is that commercial 5G networks are as rare as hen’s teeth right now, outside a few limited geographical locations in the U.S. and Asia. And 5G will remain a very patchy patchwork for the foreseeable future.

Indeed, it may take a very long time indeed to achieve nationwide coverage in many countries, if 5G even ends up stretching right to all those edges. (Alternative technologies do also exist which could help fill in gaps where the ROI just isn’t there for 5G.)

So again consumers buying phones with the puffed up idea of being able to tap into 5G right here, right now (Qualcomm claimed 2019 is going to be “the year of 5G!”) will find themselves limited to just a handful of urban locations around the world.

Analysts are clear that 5G rollouts, while coming, are going to be measured and targeted as carriers approach what’s touted as a multi-industry-transforming wireless technology cautiously, with an eye on their capex and while simultaneously trying to figure out how best to restructure their businesses to engage with all the partners they’ll need to forge business relations with, across industries, in order to successfully sell 5G’s transformative potential to all sorts of enterprises — and lock onto “the sweep spot where 5G makes sense”.

Enterprise rollouts therefore look likely to be prioritized over consumer 5G — as was the case for 5G launches in South Korea at the back end of last year.

“4G was a lot more driven by the consumer side and there was an understanding that you were going for national coverage that was never really a question and you were delivering on the data promise that 3G never really delivered… so there was a gap of technology that needed to be filled. With 5G it’s much less clear,” says Gartner’s Sylvain Fabre, discussing the tech’s hype and the reality with TechCrunch ahead of MWC.

“4G’s very good, you have multiple networks that are Gbps or more and that’s continuing to increase on the downlink with multiple carrier aggregation… and other densification schemes. So 5G doesn’t… have as gap as big to fill. It’s great but again it’s applicability of where it’s uniquely positioned is kind of like a very narrow niche at the moment.”

“It’s such a step change that the real power of 5G is actually in creating new business models using network slicing — allocation of particular aspects of the network to a particular use-case,” Forrester analyst Dan Bieler also tells us. “All of this requires some rethinking of what connectivity means for an enterprise customer or for the consumer.

“And telco sales people, the telco go-to-market approach is not based on selling use-cases, mostly — it’s selling technologies. So this is a significant shift for the average telco distribution channel to go through. And I would believe this will hold back a lot of the 5G ambitions for the medium term.”

To be clear, carriers are now actively kicking the tyres of 5G, after years of lead-in hype, and grappling with technical challenges around how best to upgrade their existing networks to add in and build out 5G.

Many are running pilots and testing what works and what doesn’t, such as where to place antennas to get the most reliable signal and so on. And a few have put a toe in the water with commercial launches (globally there are 23 networks with “some form of live 5G in their commercial networks” at this point, according to Fabre.)

But at the same time 5G network standards are yet to be fully finalized so the core technology is not 100% fully baked. And with it being early days “there’s still a long way to go before we have a real significant impact of 5G type of services”, as Bieler puts it. 

There’s also spectrum availability to factor in and the cost of acquiring the necessary spectrum. As well as the time required to clear and prepare it for commercial use. (On spectrum, government policy is critical to making things happen quickly (or not). So that’s yet another factor moderating how quickly 5G networks can be built out.)

And despite some wishful thinking industry noises at MWC this week — calling for governments to ‘support digitization at scale’ by handing out spectrum for free (uhhhh, yeah right) — that’s really just whistling into the wind.

Rolling out 5G networks is undoubtedly going to be very expensive, at a time when carriers’ businesses are already faced with rising costs (from increasing data consumption) and subdued revenue growth forecasts.

“The world now works on data” and telcos are “at core of this change”, as one carrier CEO — Singtel’s Chua Sock Koong — put it in an MWC keynote in which she delved into the opportunities and challenges for operators “as we go from traditional connectivity to a new age of intelligent connectivity”.

Chua argued it will be difficult for carriers to compete “on the basis of connectivity alone” — suggesting operators will have to pivot their businesses to build out standalone business offerings selling all sorts of b2b services to support the digital transformations of other industries as part of the 5G promise — and that’s clearly going to suck up a lot of their time and mind for the foreseeable future.

In Europe alone estimates for the cost of rolling out 5G range between €300BN and €500BN (~$340BN-$570BN), according to Bieler. Figures that underline why 5G is going to grow slowly, and networks be built out thoughtfully; in the b2b space this means essentially on a case-by-case basis.

Simply put carriers must make the economics stack up. Which means no “huge enormous gambles with 5G”. And omnipresent ROI pressure pushing them to try to eke out a premium.

“A lot of the network equipment vendors have turned down the hype quite a bit,” Bieler continues. “If you compare this to the hype around 3G many years ago or 4G a couple of years ago 5G definitely comes across as a soft launch. Sort of an evolutionary type of technology. I have not come across a network equipment vendors these days who will say there will be a complete change in everything by 2020.”

On the consumer pricing front, carriers have also only just started to grapple with 5G business models. One early example is TC parent Verizon’s 5G home service — which positions the next-gen wireless tech as an alternative to fixed line broadband with discounts if you opt for a wireless smartphone data plan as well as 5G broadband.

From the consumer point of view, the carrier 5G business model conundrum boils down to: What is my carrier going to charge me for 5G? And early adopters of any technology tend to get stung on that front.

Although, in mobile, price premiums rarely stick around for long as carriers inexorably find they must ditch premiums to unlock scale — via consumer-friendly ‘all you can eat’ price plans.

Still, in the short term, carriers look likely to experiment with 5G pricing and bundles — basically seeing what they can make early adopters pay. But it’s still far from clear that people will pay a premium for better connectivity alone. And that again necessitates caution. 

5G bundled with exclusive content might be one way carriers try to extract a premium from consumers. But without huge and/or compelling branded content inventory that risks being a too niche proposition too. And the more carriers split their 5G offers the more consumers might feel they don’t need to bother, and end up sticking with 4G for longer.

It’ll also clearly take time for a 5G ‘killer app’ to emerge in the consumer space. And such an app would likely need to still be able to fallback on 4G, again to ensure scale. So the 5G experience will really need to be compellingly different in order for the tech to sell itself.

On the handset side, 5G chipset hardware is also still in its first wave. At MWC this week Qualcomm announced a next-gen 5G modem, stepping up from last year’s Snapdragon 855 chipset — which it heavily touted as architected for 5G (though it doesn’t natively support 5G).

If you’re intending to buy and hold on to a 5G handset for a few years there’s thus a risk of early adopter burn at the chipset level — i.e. if you end up with a device with a suckier battery life vs later iterations of 5G hardware where more performance kinks have been ironed out.

Intel has warned its 5G modems won’t be in phones until next year — so, again, that suggests no 5G iPhones before 2020. And Apple is of course a great bellwether for mainstream consumer tech; the company only jumps in when it believes a technology is ready for prime time, rarely sooner. And if Cupertino feels 5G can wait, that’s going to be equally true for most consumers.

Zooming out, the specter of network security (and potential regulation) now looms very large indeed where 5G is concerned, thanks to East-West trade tensions injecting a strange new world of geopolitical uncertainty into an industry that’s never really had to grapple with this kind of business risk before.

Chinese kit maker Huawei’s rotating chairman, Guo Ping, used the opportunity of an MWC keynote to defend the company and its 5G solutions against U.S. claims its network tech could be repurposed by the Chinese state as a high tech conduit to spy on the West — literally telling delegates: “We don’t do bad things” and appealing to them to plainly to: “Please choose Huawei!”

Huawei rotating resident, Guo Ping, defends the security of its network kit on stage at MWC 2019

When established technology vendors are having to use a high profile industry conference to plead for trust it’s strange and uncertain times indeed.

In Europe it’s possible carriers’ 5G network kit choices could soon be regulated as a result of security concerns attached to Chinese suppliers. The European Commission suggested as much this week, saying in another MWC keynote that it’s preparing to step in try to prevent security concerns at the EU Member State level from fragmenting 5G rollouts across the bloc.

In an on stage Q&A Orange’s chairman and CEO, Stéphane Richard, couched the risk of destabilization of the 5G global supply chain as a “big concern”, adding: “It’s the first time we have such an important risk in our industry.”

Geopolitical security is thus another issue carriers are having to factor in as they make decisions about how quickly to make the leap to 5G. And holding off on upgrades, while regulators and other standards bodies try to figure out a trusted way forward, might seem the more sensible thing to do — potentially stalling 5G upgrades in the meanwhile.

Given all the uncertainties there’s certainly no reason for consumers to rush in.

Smartphone upgrade cycles have slowed globally for a reason. Mobile hardware is mature because it’s serving consumers very well. Handsets are both powerful and capable enough to last for years.

And while there’s no doubt 5G will change things radically in future, including for consumers — enabling many more devices to be connected and feeding back data, with the potential to deliver on the (much hyped but also still pretty nascent) ‘smart home’ concept — the early 5G sales pitch for consumers essentially boils down to more of the same.

“Over the next ten years 4G will phase out. The question is how fast that happens in the meantime and again I think that will happen slower than in early times because [with 5G] you don’t come into a vacuum, you don’t fill a big gap,” suggests Gartner’s Fabre. “4G’s great, it’s getting better, wi’fi’s getting better… The story of let’s build a big national network to do 5G at scale [for all] that’s just not happening.”

“I think we’ll start very, very simple,” he adds of the 5G consumer proposition. “Things like caching data or simply doing more broadband faster. So more of the same.

“It’ll be great though. But you’ll still be watching Netflix and maybe there’ll be a couple of apps that come up… Maybe some more interactive collaboration or what have you. But we know these things are being used today by enterprises and consumers and they’ll continue to be used.”

So — in sum — the 5G mantra for the sensible consumer is really ‘wait and see’.

Powered by WPeMatico

Apple is selling the iPhone 7 and iPhone 8 in Germany again

Two older iPhone models are back on sale in Apple stores in Germany — but only with Qualcomm chips inside.

The iPhone maker was forced to pull the iPhone 7 and iPhone 8 models from shelves in its online shop and physical stores in the country last month, after chipmaker Qualcomm posted security bonds to enforce a December court injunction it secured via patent litigation.

Apple told Reuters it had “no choice” but to stop using some Intel chips for handsets to be sold in Germany. “Qualcomm is attempting to use injunctions against our products to try to get Apple to succumb to their extortionist demands,” it said in a statement provided to the news agency.

Apple and Qualcomm have been embroiled in an increasingly bitter global legal battle around patents and licensing terms for several years.

The litigation follows Cupertino’s move away from using only Qualcomm’s chips in iPhones after, in 2016, Apple began sourcing modem chips from rival Intel — dropping Qualcomm chips entirely for last year’s iPhone models. Though still using some Qualcomm chips for older iPhone models, as it will now for iPhone 7 and iPhone 8 units headed to Germany.

For these handsets Apple is swapping out Intel modems that contain chips from Qorvo which are subject to the local patent litigation injunction. (The litigation relates to a patented smartphone power management technology.) 

Hence Apple’s Germany webstore is once again listing the two older iPhone models for sale…

Newer iPhones containing Intel chips remain on sale in Germany because they do not containing the same components subject to the patent injunction.

“Intel’s modem products are not involved in this lawsuit and are not subject to this or any other injunction,” Intel’s general counsel, Steven Rodgers, said in a statement to Reuters.

While Apple’s decision to restock its shelves with Qualcomm-only iPhone 7s and 8s represents a momentary victory for Qualcomm, a separate German court tossed another of its patent suits against Apple last month — dismissing it as groundless. (Qualcomm said it would appeal.)

The chipmaker has also been pursing patent litigation against Apple in China, and in December Apple appealed a preliminary injunction banning the import and sales of old iPhone models in the country.

At the same time, Qualcomm and Apple are both waiting the result of an antitrust trial brought against Qualcomm’s licensing terms in the U.S.

Two years ago the FTC filed charges against Qualcomm, accusing the chipmaker of operating a monopoly and forcing exclusivity from Apple while charging “excessive” licensing fees for standards-essential patents.

The case was heard last month and is pending a verdict or settlement.

Powered by WPeMatico

German court tosses Qualcomm’s latest iPhone patent suit

Qualcomm has had a patent lawsuit against Apple dismissed by a court in Mannheim, Germany, as groundless (via Reuters).

The chipmaker had argued Intel -powered iPhones infringed a transistor switch patent it holds. But in an initial verbal decision the court disagreed. Qualcomm has said it will appeal.

In a statement, Don Rosenberg, Qualcomm’s executive VP and general counsel, said: “Apple has a history of infringing our patents. Only last month the Munich Regional Court affirmed the value of another of Qualcomm’s cutting-edge patents against Apple’s infringement and ordered a ban on the import and sale of impacted iPhones in Germany. That decision followed a Court-ordered ban on patent-infringing iPhones in China as well as recognition by an ITC judge that Apple is infringing Qualcomm’s IP. The Mannheim court interpreted one aspect of our patent very narrowly, saying that because a voltage inside a part of an iPhone wasn’t constant the patent wasn’t infringed.  We strongly disagree and will appeal.”

We’ve reached out to Apple for comment. Update: The company told us: “We are happy with the decision and thank the court for their time and diligence.  We regret Qualcomm’s use of the court to divert attention from their illegal behavior that is the subject of multiple lawsuits and proceedings around the world.”

The pair have been embroiled in an increasingly bitter and global legal battle in recent years, as Apple has shifted away from using Qualcomm chips in its devices.

Two years ago the FTC also filed charges against the chipmaker accusing it of anticompetitive tactics in an attempt to maintain a monopoly (Apple is officially cited in the complaint). That trial began early this month.

Cupertino has also filed a billion-dollar royalty lawsuit accusing Qualcomm of charging for patents “they have nothing to do with”.

While the latest court decision in Mannheim has gone in Apple’s favor, a separate ruling in Germany late last year went Qualcomm’s way. And earlier this month Apple was forced to withdraw the iPhone 7 and 8 from its retail stores in Germany, after Qualcomm posted €1.34BN in security bonds to enforce the December court decision — which related to a power management patent.

Although the affected iPhone models remain on sale in Germany via resellers. Apple is also appealing.

Qualcomm also recently secured a preliminary injunction banning the import and sales of some older iPhone models in China. Again, Apple is appealing.

Powered by WPeMatico

Guardian Circle upgrades with a decentralized alert network

Chris Hays and Mark Jeffrey wanted to create a way for everyone to be able to tell their loved ones if they were in trouble. Their first product, Guardian Circle, did just that, netting a mention a few years ago. Now the same team is truly decentralizing alerts with a new token called, obviously, Guardium.

The plan is to create an ad hoc network of helpers and first responders. “Guardium and Guardian Circle together open the emergency response grid to vetted citizens, private response and compatible devices for the very first time,” write the founders. “Providing an economic framework on our global distributed emergency response network; Guardium brings first responders to the 4 billion people on the planet without government-sponsored emergency response.”

Because the product already works, the team is taking on the token sale as a new challenge.

“We’re serial entrepreneurs — both of us have been venture-backed in the past by names like SoftBank and Intel, and we’ve been senior execs in companies backed by Sequoia and Elon Musk. Transitioning to the token sale-backed universe has been an interesting study in contrasts,” said Hays. “There are a number of ‘panic button apps’ — but without exception, all of them have forgotten ‘the second half of the problem’ — organizing the response. Getting people who do not know one another into instant communication and location sharing during an emergency — the importance of that cannot be overstated.”

The founders found that their idea wasn’t fundable in the valley. After all, what VC wants to help people when they can invest in Snapchat? Instead, Hays and Jeffrey are aiming bigger.

“We’re rebooting the world’s safety grid,” said Hays. “We’re creating a new global public utility. And we want it to service everyone, everywhere on earth. Although it is a very big vision, and it is a capitalist, multibillion dollar ecosystem that we’re chasing — it’s still a very different vision, and not the one venture capitalists are looking for.”

The token works to create a flash mob of help. Guard tokens pay first responders and dispatchers and “cities, campuses, and resorts stake $GUARD to access Alerts created within their geofenced borders,” allowing local folks to help immediately. They’ve sold half of their hard cap of $10 million thus far.

While tokens are always an iffy investment, this team has produced product and, more important, it’s clear they’ll never raise venture. A token, no matter how it’s used in the future, seems like a solid solution.

Powered by WPeMatico

Building a great startup requires more than genius and a great invention

Many entrepreneurs assume that an invention carries intrinsic value, but that assumption is a fallacy.

Here, the examples of the 19th and 20th century inventors Thomas Edison and Nikola Tesla are instructive. Even as aspiring entrepreneurs and inventors lionize Edison for his myriad inventions and business acumen, they conveniently fail to recognize Tesla, despite having far greater contributions to how we generate, move and harness power. Edison is the exception, with the legendary penniless Tesla as the norm.

Universities are the epicenter of pure innovation research. But the reality is that academic research is supported by tax dollars. The zero-sum game of attracting government funding is mastered by selling two concepts: Technical merit, and broader impact toward benefiting society as a whole. These concepts are usually at odds with building a company, which succeeds only by generating and maintaining competitive advantage through barriers to entry.

In rare cases, the transition from intellectual merit to barrier to entry is successful. In most cases, the technology, though cool, doesn’t give a fledgling company the competitive advantage it needs to exist among incumbents and inevitable copycats. Academics, having emphasized technical merit and broader impact to attract support for their research, often fail to solve for competitive advantage, thereby creating great technology in search of a business application.

Of course there are exceptions: Time and time again, whether it’s driven by hype or perceived existential threat, big incumbents will be quick to buy companies purely for technology. Cruise/GM (autonomous cars), DeepMind/Google (AI) and Nervana/Intel (AI chips). But as we move from 0-1 to 1-N in a given field, success is determined by winning talent over winning technology. Technology becomes less interesting; the onus is on the startup to build a real business.

If a startup chooses to take venture capital, it not only needs to build a real business, but one that will be valued in the billions. The question becomes how a startup can create a durable, attractive business, with a transient, short-lived technological advantage.

Most investors understand this stark reality. Unfortunately, while dabbling in technologies which appeared like magic to them during the cleantech boom, many investors were lured back into the innovation fallacy, believing that pure technological advancement would equal value creation. Many of them re-learned this lesson the hard way. As frontier technologies are attracting broader attention, I believe many are falling back into the innovation trap.

So what should aspiring frontier inventors solve for as they seek to invest capital to translate pure discovery to building billion-dollar companies? How can the technology be cast into an unfair advantage that will yield big margins and growth that underpin billion-dollar businesses?

Talent productivity: In this age of automation, human talent is scarce, and there is incredible value attributed to retaining and maximizing human creativity. Leading companies seek to gain an advantage by attracting the very best talent. If your technology can help you make more scarce talent more productive, or help your customers become more productive, then you are creating an unfair advantage internally, while establishing yourself as the de facto product for your customers.

Great companies such as Tesla and Google have built tools for their own scarce talent, and build products their customers, in their own ways, can’t do without. Microsoft mastered this with its Office products in the 1990s through innovation and acquisition, Autodesk with its creativity tools, and Amazon with its AWS Suite. Supercharging talent yields one of the most valuable sources of competitive advantage: switchover cost.  When teams are empowered with tools they love, they will loathe the notion of migrating to shiny new objects, and stick to what helps them achieve their maximum potential.

Marketing and distribution efficiency: Companies are worth the markets they serve. They are valued for their audience and reach. Even if their products in of themselves don’t unlock the entire value of the market they serve, they will be valued for their potential to, at some point in the future, be able to sell to the customers that have been tee’d up with their brands. AOL leveraged cheap CD-ROMs and the postal system to get families online, and on email.

Dollar Shave Club leveraged social media and an otherwise abandoned demographic to lock down a sales channel that was ultimately valued at a billion dollars. The inventions in these examples were in how efficiently these companies built and accessed markets, which ultimately made them incredibly valuable.

Network effects: Its power has ultimately led to its abuse in startup fundraising pitches. LinkedIn, Facebook, Twitter and Instagram generate their network effects through internet and Mobile. Most marketplace companies need to undergo the arduous, expensive process of attracting vendors and customers. Uber identified macro trends (e.g. urban living) and leveraged technology (GPS in cheap smartphones) to yield massive growth in building up supply (drivers) and demand (riders).

Our portfolio company Zoox will benefit from every car benefiting from edge cases every vehicle encounters: akin to the driving population immediately learning from special situations any individual driver encounters. Startups should think about how their inventions can enable network effects where none existed, so that they are able to achieve massive scale and barriers by the time competitors inevitably get access to the same technology.

Offering an end-to-end solution: There isn’t intrinsic value in a piece of technology; it’s offering a complete solution that delivers on an unmet need deep-pocketed customers are begging for. Does your invention, when coupled to a few other products, yield a solution that’s worth far more than the sum of its parts? For example, are you selling a chip, along with design environments, sample neural network frameworks and data sets, that will empower your customers to deliver magical products? Or, in contrast, does it make more sense to offer standard chips, licensing software or tag data?

If the answer is to offer components of the solution, then prepare to enter a commodity, margin-eroding, race-to-the-bottom business. The former, “vertical” approach is characteristic of more nascent technologies, such as operating robots-taxis, quantum computing and launching small payloads into space. As the technology matures and becomes more modular, vendors can sell standard components into standard supply chains, but face the pressure of commoditization.

A simple example is personal computers, where Intel and Microsoft attracted outsized margins while other vendors of disk drives, motherboards, printers and memory faced crushing downward pricing pressure. As technology matures, the earlier vertical players must differentiate with their brands, reach to customers and differentiated product, while leveraging what’s likely going to be an endless number of vendors providing technology into their supply chains.

A magical new technology does not go far beyond the resumes of the founding team.

What gets me excited is how the team will leverage the innovation, and attract more amazing people to establish a dominant position in a market that doesn’t yet exist. Is this team and technology the kernel of a virtuous cycle that will punch above its weight to attract more money, more talent and be recognized for more than it’s product?

Powered by WPeMatico

Meet the startups in the latest Alchemist class

Alchemist is the Valley’s premiere enterprise accelerator and every season they feature a group of promising startups. They are also trying something new this year: they’re putting a reserve button next to each company, allowing angels to express their interest in investing immediately. It’s a clever addition to the demo day model.

You can watch the live stream at 3pm PST here.

Videoflow – Videoflow allows broadcasters to personalize live TV. The founding team is a duo of brothers — one from the creative side of TV as a designer, the other a computer scientist. Their SaaS product delivers personalized and targeted content on top of live video streams to viewers. Completely bootstrapped to date, they’ve landed NBC, ABC, and CBS Sports as paying customers and appear to be growing fast, having booked over $300k in revenue this year.

Redbird Health Tech – Redbird is a lab-in-a-box for convenient health monitoring in emerging market pharmacies, starting with Africa. Africa has the fastest growing middle class in the world — but also the fastest growing rate of diabetes (double North America’s). Redbird supplies local pharmacies with software and rapid tests to transform them into health monitoring points – for anything from blood sugar to malaria to cholesterol. The founding team includes a Princeton Chemical Engineer, 2 Peace Corps alums, and a Pharmacist from Ghana’s top engineering school. They have 20 customers, and are growing 36% week over week.

Shuttle – Shuttle is getting a head start on the future of space travel by building a commercial spaceflight booking platform. Space tourism may be coming sooner than you think. Shuttle wants to democratize access to the heavens above. Founded by a Stanford Computer Science alum active in Stanford’s Student Space Society, Shuttle has partnerships with the leading spaceflight operators, including Virgin Galactic, Space Adventures, and Zero-G. Tickets to space today will set you back a cool $250K, but Shuttle believes that prices will drop exponentially as reusable rockets and landing pads become pervasive. They have $1.6m in reservations and growing.

Birdnest – Threading the needle between communal and private, Birdnest is the Goldilocks of office space for startups. Communal coworking spaces are accessible but have too many distractions. Traditional office spaces are private but inflexible on their terms. Birdnest brings the best of each without the drawbacks: finding, leasing, and operating a network of underutilized spaces inside of private offices. The cofounders, a duo of Duke and Kellogg MBA grads, are at $300K ARR with a fast-growing 50+ client waitlist.

Tag.bio – Tag.bio wants to make data science actionable in healthtech. The founding team is comprised of a former Ayasdi bioinformatician and a former Honda Racing engineer with a Stanford MBA. They’ve developed a next-generation data science platform that makes it easy and fast to build data apps for end users, or as they say, “WordPress for data science.” The result they claim is lightning-fast analysis apps that can be run by end users, dramatically accelerating insight discovery. They count the UCSF Medical Center and a “large Swiss pharma company” as early customers.

nCorium – They’ve built a new server architecture to handle the onslaught of AI to come with what they claim is the world’s first AI accelerator on memory to deliver 30x greater performance than the status quo. The quad founding team is intimidatingly technical — including a UCSD Professor, and former engineers from Qualcomm and Intel with 40 patents among them. They have $300K in pilots.

Spiio – Software eats landscaping with Spiio, which combines cloud-driven AI with physical sensors to monitor watering and landscaping for big companies. Their smart system knows when to water and when not to. This reduces water consumption by 50%, which means their system pays for itself in less than 30 days for big companies. They want to connect every plant to the internet, and look like they are off to a good start — $100K in orders from brand name Valley tech firms, and they are doubling monthly.

Element42 – Fraud is a major problem — For example, if you buy a Rolex on eBay, you run the risk of winding up with a counterfeit. Started by ex-VPs from Citibank, the founders are using risk models and technologies that banks use to help brands combat fraud and counterfeiting. Designed with token economics, they also incentivize customers to buy genuine products by serving exclusive content and promotions only to genuine product holders. Built on blockchain at the core, they claim to be the world’s first peer-to-peer authentication platform for physical assets. They have 45 customers across two industry verticals, 800K in ARR and are a member of World Economic Forum’s global initiatives against corruption.

My90 – Distrust between the public and the police has rarely been more strained than it is today. My90 wants to solve that by collecting data about interactions between the police and the public—think traffic stops, service calls, etc.—and turn these into actionable intelligence via an online analytics dashboard. Users text My90 anonymously about their interactions, and My90’s dashboard analyzes the results using natural language processing. Customers include major city police departments like the San Jose Police Department and the world’s largest community policing program. They have booked $150K in pilots and are expanding aggressively across the US.

Nunetz – A Stanford Computer Science grad and UCSF Neurosurgeon have come together to try to build a single unifying interface to replace the deluge of monitors and data sources in today’s clinical health environment. The goal is to prepare a daily “battle map” for physicians, nurses, and other providers, with an initial focus on the Intensive Care Unit (ICU). They have closed 3 paid pilots with hospitals through grants.

When Labs – If you hate managing people, When Labs wants to unburden you. Using an AI-powered assistant that texts with employees to negotiate assignments for hourly work, WhenLabs is trying to free customers like Hilton from spending money on managers who would normally do this manually. As the system gets smarter, they claim employees will prefer interfacing with their AI bot more than a human. AI and HR is a crowded space, but this might be the team to separate from the pack: the founding team’s previous company had a 9 figure exit to IBM.

FirstCut – FirstCut helps businesses put video content out at scale. Video dominates social media — it creates 10x more comments than text — and is emerging as a necessity for B2B media. But putting video out if you are a B2B marketer normally requires using agencies that charge hefty fees. FirstCut wants to disrupt the agencies with software and marketplaces. They use software automation and an on-demand talent marketplace to offer a fixed price product for video content. They are at $180k revenue, and most of it is moving to recurring subscriptions.

LynxCare – LynxCare claims that 90% of healthcare data goes untapped when doctors make critical decisions about your life. Further, they claim the average person’s life could be extended by 4 years if that data can be converted into insights. Their team of clinicians and data scientists aims to do just that — building a data platform that aggregates disparate data sets and drive insight for better clinical outcomes. And it looks like their platform has fans: they are active in 9 hospitals, count Pharma companies like Pfizer as Partners, and grew 4x over the past year and now are at $800K ARR.

ADIAN – Adian is a B2B SaaS product that digitizes the complex agrochemical supply chain in order to improve the sales process between manufacturers and distributors. The company claims manufacturers reduce costs by 20% and increase sales by 4% by using their online framework. $1.5 Billion and 70,000 orders have gone through the platform to date.

Hardin Scientific – Hardin is building IoT-enabled, Smart Lab Equipment. The hardware becomes a gateway to become the hub for monitoring, controlling, and sharing scientific data across teams. They’ve closed over $1.5m in revenue, and raised $15m in equity and debt financing. One of their smart devices is being used to 3D print bio-tissues and human organs in space.

ZaiNar – This team of 5 Stanford grads — 3 PhD’s and 2 MBAs — joined up with the Co-Founder of BlueKai to build the world’s best time synchronization technology. ZaiNar claims their ability to wirelessly synchronize and distribute time between networked devices is a thousand times better than existing technologies. This enables them to locate RF-emitting devices (i.e. phones, cars, drones, & RFID) at long distances with sub-meter accuracy. Beyond location, this technology has applications across data transmission, 5G communications, and energy grids. ZaiNar has raised a $1.7 million seed from AME Cloud and Softbank, and has built an extensive patent portfolio.

SMART Brain Aging – This startup claims to reduce the onset of dementia by 2.25 years with software. They are the only company approved by Medicare to get reimbursed on a preventative basis for the treatment of dementia. In conjunction with Harvard University, they have developed 20,000 exercises that are clinically proven to reduce the onset of dementia and, they claim, help build neurotransmitters. The company works with 300 patients per week ($2.2 million annual revenue) and is building to a goal of helping 22,000 people in 24 months.

Phoneic – Phoneic believes the data trapped in voice calls from cellphones is a gold mine waiting to be unleashed. Their app records and transcribes cell phones conversations, and the company has built an integration layer to enterprise AI and CRM systems that traditionally didn’t have access to voice data. The team is led by the co-founder of 3jam, one of the first group SMS and virtual number companies, which was acquired by Skype in 2011. He is keenly aware of the power of virality — and like Skype, the use of Phoneic spreads its adoption. The company has already raised $800,000 in seed funding.

Arkose Labs – Whether or not you think Russia interfered with the 2016 election, it’s no secret that bots are having significant impact on society. Arkose Labs wants to fight fraud, without adding friction to legit users. Most fraud prevention platforms today focus on gathering info from the user and providing a probability score that the traffic is good or bad. This leaves companies with a difficult decision where they may be blocking revenue generating users. Arkose has a different approach, and uses a bilateral approach that doesn’t force this tradeoff. They claim to be the only solution to offer a 100% SLA on fraud prevention. Big companies like Singapore Airlines and Electronic Arts are customers. USVP led a $6 million investment into the company.

Powered by WPeMatico

Intel acquires NetSpeed Systems to boost its system-on-a-chip business

Intel today is announcing another acquisition as it continues to pick up talent and IP to bolster its next generation of computing chips beyond legacy PCs. The company has acquired NetSpeed Systems, a startup that makes system-on-chip (SoC) design tools and interconnect fabric intellectual property (IP). The company will be joining Intel’s Silicon Engineering Group, and its co-founder and CEO, Sundari Mitra, herself an Intel vet, will be coming on as a VP at Intel where she will continue to lead her team.

Terms of the deal are not being disclosed, but for some context, during NetSpeed’s last fundraise in 2016 (a $10 million Series C) it had a post-money valuation of $60 million, according to data from PitchBook.

SoC is a central part of how newer connected devices are being made. Moving away from traditional motherboards to create all-in-one chips that include processing, memory, input/output and storage is an essential cornerstone when building ever-smaller and more efficient devices. This is an area where Intel is already active but against others like Nvidia and Qualcomm many believe it has some catching up to do, and so this acquisition in important in that context.

“Intel is designing more products with more specialized features than ever before, which is incredibly exciting for Intel architects and for our customers,” said Jim Keller, senior vice president and general manager of the Silicon Engineering Group at Intel, in a statement. “The challenge is synthesizing a broader set of IP blocks for optimal performance while reining in design time and cost. NetSpeed’s proven network-on-chip technology addresses this challenge, and we’re excited to now have their IP and expertise in-house.”

Intel has made a series of acquisitions to speed up development of newer chips to work in connected objects and smaller devices beyond the PCs that helped the company make its name. Another recent acquisition in the same vein include eASIC for IoT chipsets, which Intel acquired in July. Intel has also been acquiring startups in other areas where it hopes to make a bigger mark, such as deep learning (case in point: its acquisition of Movidius in August).

NetSpeed has been around since 2011 and Intel was one of its investors and customers.

“Intel has been a great customer of NetSpeed’s, and I’m thrilled to once again be joining the company,” said Mitra, in a statement. “Intel is world class at designing and optimizing the performance of custom silicon at scale. As part of Intel’s silicon engineering group, we’re excited to help invent new products that will be a foundation for computing’s future.”

Intel said it will to honor NetSpeed’s existing customer contracts, but it also sounds like it the company will not be seeking future business as Intel integrates the company into its bigger business.

Powered by WPeMatico