Tag: chipset

  • Apple had a Plan to end Qualcomm’s licensing policies

    Apple had a Plan to end Qualcomm’s licensing policies

    When Apple agreed to use only Qualcomm’s modem chips for the iPhone, it worked out an annual $1 billion “incentive fee” that it would receive from the chip maker. But there was an important condition. If Apple decided to use a second modem chip supplier, it would have to pay Qualcomm back the “incentive fees” it received. Apple then attended a hearing held by the South Korea Fair Trade Commission and spoke out against Qualcomm’s chip licensing practices. As a result, the $1 billion checks stopped. At the same time, Qualcomm learned that Apple was planning on using Qualcomm and Intel modem chips for the iPhone 7.

    In January 2017, Apple sued Qualcomm over the $1 billion checks it was no longer receiving, setting off a chain reaction of lawsuits filed by both sides against each other. But that is all water under the bridge following the settlement that both companies agreed to last week. All lawsuits are dropped, and Apple will pay Qualcomm an undisclosed amount. Apple now has a six-year licensing agreement with Qualcomm and a multi-year pact that will guarantee it modem chips from the San Diego based chip maker. According to one analyst, Apple could be paying Qualcomm as much as $9 per iPhone for the component.

    During the two years before the settlement, Apple publicly derided the quality of Qualcomm’s modem chips while in private it called them “the best.” These complementary comments were made by Apple executives in memos that also praised Qualcomm’s “unique patent share” and “significant (intellectual property) holdings.” The memos were obtained by Qualcomm during the discovery process. That is when both parties in a lawsuit hand over evidence to each other before a trial starts.

    Apple called Qualcomm’s chips worthless in arguments it made to lawmakers, regulators, judges, and juries while privately raving about the company’s components. This has many wondering how deeply Apple believed what it was saying when it tried to get courts to change the methods that Qualcomm uses to sell its chips. Apple’s true feelings about Qualcomm might explain why it might be paying Qualcomm as much as $9 per iPhone for its chips.

    Previously, Apple derided Qualcomm’s royalty deals that force phone manufacturers to pay a percentage of the retail price of each phone sold. In fact, just before the settlement was announced, Apple and Qualcomm were squaring off in a San Diego courtroom with billions of dollars in play. On Tuesday, during his opening statements, Apple’s attorney (Ruffin Cordell from Fish & Richardson) was trying to prove that the iPhone didn’t rely on Qualcomm’s component. He did this by pointing out that an iPhone can function using a Wi-Fi connection. And Apple has wondered in the past why Qualcomm should receive royalties for parts of a phone that it has nothing to do with.

    Apple’s attorney also pointed out Tuesday that licensing deals Apple made with Ericsson and Huawei were for twice the number of patents that Apple licensed from Qualcomm, but for a small percentage of what Apple was paying the chip supplier. However, an internal Apple document later obtained by Qualcomm showed that Apple licensed less expensive patents on purpose in order to create evidence that showed how much more Qualcomm was seeking to license its patents.-

    “While it’s very common for companies who are engaged in legal disputes to play hardball, the disclosure of these documents is very unsettling. It potentially reveals that Apple was engaging in a bad faith argument both in front of antitrust enforcers as well as the legal courts about the actual value and nature of Qualcomm’s patented innovation.”-Adam Mossoff, law professor at George Mason University, director of the Center for the Protection of Intellectual Property

    Documents received by Qualcomm during discovery revealed that Apple had planned on suing Qualcomm as far back as 2014; the tech giant decided to wait so it could continue to collect the billion-dollar payments from the chip maker. One document, produced by Apple six months before it lobbed the first salvo in their court battles, revealed Apple’s game plan to reduce the amount of the royalties it was paying to Qualcomm. Apple would “hurt Qualcomm financially,” and “put Qualcomm’s licensing model at risk.”

    Qualcomm’s licensing model is at risk, but not necessarily because of Apple. Earlier this year the Federal Trade Commission and Qualcomm squared off in a non-jury trial held before Judge Lucy Koh. Apple did have some executives testify against Qualcomm’s licensing practices, but other phone manufacturers did so as well. If Judge Koh, who presided over the Apple v. Samsung patent trial, rules in favor of the FTC, Qualcomm might have to change the way it sells its chips.

  • The Apple-Qualcomm deal instantly kills 5G competitor

    The Apple-Qualcomm deal instantly kills 5G competitor

    As we heard earlier today, the Apple-Qualcomm battle has ended. With those two companies making up, there were likely to be repercussions around the mobile world, but we didn’t really expect the fallout to come so quickly. With Apple and Qualcomm striking a deal, Intel has announced that it will be quitting the mobile game.

    Or at least, Intel said it will be exiting the smartphone 5G modem business. Intel put out a press release saying that it would continue to support its 4G modems, but it was cancelling its plans for 5G modems for smartphones, which were originally scheduled to be ready in 2020. Intel said it would still be investing in 5G infrastructure and making 5G modems for laptops and Internet of Things devices.

    Intel didn’t mention Apple or Qualcomm in the press release, but the timing of the announcement is almost certainly no coincidence. Part of Apple’s settlement with Qualcomm was to sign a new exclusive six-year deal for iOS devices to use Qualcomm modems. Intel might have been able to keep going with Android devices, but losing the Apple money seems to have been too much.

    While the Apple-Qualcomm deal wouldn’t have impacted Intel’s efforts in mobile processors, we can’t say we weren’t hoping a bit that Intel would give up on that business too. Intel’s mobile processors in smartphones have been pretty bad, but to be fair their tablet efforts have gotten (somewhat) better. Still Intel has a long way to go before it’s considered a major player in mobile.

  • IoT to drive BLE market to 1.6b devices by 2023: ABI

    IoT to drive BLE market to 1.6b devices by 2023: ABI

    ABI Research forecasts that Bluetooth Low Energy (BLE) devices will exceed 1.6 billion annual shipments by 2023. Growth in segments like smart home, beacons and asset tracking, emerging IoT applications, alongside growth in existing key markets and the emergence of audio over BLE will enable the technology to achieve a CAGR of 27% between 2018 and 2023, tripling in size.

    Andrew Zignani, senior analyst at ABI Research, says the growth in BLE stems from continued technical enhancements that take advantage of opportunities arising from growing number of applications in various vertical markets.

    “BLE’s ubiquitous support in mobile devices, combined with its ability to support mesh networking, beacon functionality, and most recently, centimeter level location accuracy with the introduction of Bluetooth 5.1 and radio direction finding (RDF), is enabling BLE to be increasingly leveraged within smart consumer devices, larger scale home and commercial building automation environments, and RTLS deployments with more stringent accuracy requirements,” says Zignani.

    By 2020 Bluetooth is anticipated to enable high-quality audio streaming over BLE, providing a boost for the existing headset market and the emerging True Wireless audio device market.

    Zignani cites announcements at CES2019 such as Dialog Semiconductor demonstrating an audio over BLE proof of concept utilizing their SmartBond SoCs. “From 2020, we expect the Bluetooth audio market to take advantage of upcoming enhancements to better support truly cable-free earbud experiences while enhancing the battery life and user experience, though it may take some time for the standardization process to translate to wider mobile and ecosystem support,” explains Zignani.

    BLE chipset providers continue to innovate to provide further improvements in power consumption, further extending battery life and enabling support for battery-free devices via energy harvesting.

  • Apple could end up buying 5G modem chips from unlikely sources

    Apple could end up buying 5G modem chips from unlikely sources

    You might know that Huawei manufacturers handsets and networking equipment. At the end of last year, it was the third largest smartphone company in the world and the top provider of networking gear. What you might not know is that Huawei designs its own chips. Its Hi-Silicon unit created the Kirin 980 SoC which is currently found powering up the Huawei Mate 20 Pro and the Huawei P30 series. It also will be used to drive the foldable Huawei Mate X. While Huawei designs the chips, they are actually manufactured by TSMC.

    Now as we discussed yesterday, Apple is relying on Intel to have its XMM 8160 5G modem chip ready in time for its 2020 iPhone models. There are conflicting reports about whether Intel will deliver the component in time, and as a result, we have seen rumors that a 5G iPhone might not surface until 2021. Intel says that it will be shipping the chip later this year, but just in case there is a problem, Apple has found an unlikely friend in Huawei.

    Huawei would consider selling its 5G Balong 5000 modem chips to Apple. The report cites a source who has “knowledge of the situation.” This is an unusual thing for Huawei to do considering that an executive said earlier this year that “Balong is mainly for supporting Huawei’s smart products, such as phones and IoT products, and is currently for Huawei’s internal use only.” It also seems strange considering that Huawei is looking to leapfrog over both Apple and Samsung to become the global leader in smartphones by 2020.

    Apple could turn to Qualcomm, but that is unlikely to happen since both firms have been squaring off in court over patent infringements, antitrust claims, and royalty payments, In fact, a week from today a courtroom in San Diego will host a multi-billion dollar trial between Apple, its contract manufacturers like Foxconn and Wistron, and Qualcomm. At stake are unpaid royalties amounting to billions of dollars. Qualcomm CEO Steve Mollenkopf said back in November that his company was “on the doorstep” of resolving its differences with Apple; we now know that this was not the case.

    While it seems that Huawei would be “open” to selling Apple its 5G modem chips, the other side of the equation is whether the gang in Cupertino would be willing to buy them. During the FTC v. Qualcomm case, Apple supply chain executive Tony Blevins testified that Apple was considering the use of 5G modem chips from Samsung or MediaTekfor the iPhone. Even though Apple currently uses only Intel modem chips for its handsets, Blevins talked on the stand about “Project Antique.” This was Apple’s attempt to find a second supplier to provide it with modem chips. As Blevins noted, “No offense to (Intel) but we don’t want to be single supplier with them. We wanted both Qualcomm and (Intel) in the mix.”

    Huawei’s Balong 5000 modem chip supports both mmWave and sub-6GHz 5G networks. It also is compatible with 4G LTE, 3G, and 2G networks. The important thing about using Huawei’s modem chip is that Apple could get its hands on it earlier than Intel’s chip and have more time to test a 5G iPhone. The Balong 5000 5G modem chip will debut on Huawei’s first phone to support the next generation of wireless connectivity. That device happens to be the foldable Mate X.

    Apple wouldn’t be the only one in such a partnership to benefit. Huawei would get to widen the use of its chips beyond its own devices, and you can just imagine how much revenue would flow into the company’s coffers. It also might play well in China after U.S. government attacks on Huawei have led some Chinese consumers to unofficially boycott Apple products.

    There is a huge unknown here, and that is how the Trump administration might react. Huawei is considered a threat to U.S. national security and allies have been warned not to use Huawei’s networking gear to build out 5G networks. That’s because the law in China requires a company like Huawei to gather intelligence if requested to do so. Considering that we are talking about the modem chip, a major component in communicating voice and data, there are bound to be concerns about the use of Huawei’s component inside the iPhone.

  • Qualcomm unveils 5G modem chipset solution

    Qualcomm unveils 5G modem chipset solution

    US chipset maker Qualcomm has announced what it says is the world’s first commercial 5G modem chipset solution to help accelerate the deployments of 5G networks globally.

    Announced at the Qualcomm 4G/5G Summit in Hong Kong on Tuesday, Qualcomm said the Snapdragon X50 5G modem is designed to support original equipment manufacturers (OEMs) in building 5G smartphones and other devices, as well as aid mobile operators with early 5G trials and deployments.

    The solution, with 800MHz bandwidth support, works in the millimetre-wave (mmWave) spectrum in the 28-GHz band and supports a peak download speed of 5Gpbs. It employs MIMO antenna technology with adaptive beam-forming and beam-tracking technology.

    “The Snapdragon X50 5G modem heralds the arrival of 5G as operators and OEMs reach the cellular network and device testing phase,” said Cristiano Amon, executive vice president at Qualcomm Technologies.

    “Utilizing our long history of LTE and Wi-Fi leadership, we are thrilled to deliver a product that will help play a critical role in bringing 5G devices and networks to reality. This shows that we’re not just talking about 5G, we’re truly committed to it.”

    The Snapdragon X50 5G platform includes the modem, the SDR051 mmWave transceivers, and the supporting PMX50 power management chip.

    The modem can be used for multi-mode 4G/5G mobile broadband, along with fixed-wireless broadband devices, when paired with a Qualcomm Snapdragon processor with an integrated Gigabit LTE modem and interwork cohesively via dual-connectivity.

    Sampling for the Snapdragon X50 5G modem is expected to begin in the second half of 2017, with the first commercial products integrated the modem expected in the first half of 2018.

    The company also introduced three new processors for mobile devices – the Snapdragon 653, Snapdragon 626 and Snapdragon 427 processors.

    The Snapdragon 653, Snapdragon 626 are expected to be available in the market by the end of this year, while the 427 processor will appear in commercial devices by early 2017, Qualcomm said.