Better-than-expected demand for Samsung Electronics Co Ltd’s new Galaxy Note 7 is creating supply problems worldwide, the South Korean tech giant said, suggesting strong initial sales for the new premium smartphone.
While robust demand could help deliver another solid quarter of earnings, Samsung also risks missing out on potential sales if it cannot boost supply quickly. Rivals such as Apple Inc are poised to launch new phones which could pull customers away from Samsung if a shortage persists.
“As pre-order results for the Galaxy Note 7 have far exceeded our estimates, its release date in some markets has been adjusted,” Samsung told Reuters in a statement without commenting on where launch delays could occur.
Production problems for the curved displays for the Galaxy S6 edge phone resulted in disappointing sales last year, and some investors fear a repeat if the world’s top smartphone maker does not move quickly to meet Note 7 demand.
Samsung said it was trying to boost production at the secret locations where the Notes are made, and aimed to meet demand “as early as possible”. It gave no further details.
A person familiar with the matter told Reuters there was no production issue for the curved screens used on the Galaxy Note 7 and that the shortage would not be a long-term problem.
“The party got more visitors than Samsung expected, so they just need to put more food out,” said Nomura analyst C.W. Chung, who said the supply situation was not a major risk given that Samsung made key parts such as displays and chips in-house.
Samsung could sell as many as 15 million Galaxy Note 7 phones this year, Chung said, compared with an estimated 9 million Galaxy Note 5 phones sold last year.
The phone went on sale on Aug. 19 in countries including the United States and South Korea, where it retails for 988,900 won ($882).
The five apps — Excel, OneNote, Outlook, PowerPoint and Word — will be updated to 64-bit for all customers, including those with an Office 2016 retail license, a consumer or commercial subscription to Office 365, and a volume license. Most users will be updated automatically as the suite launches an update app on its regular schedule.
Microsoft has been testing the 64-bit versions with Office Insider participants since April.
Apple has long urged developers to release 64-bit versions of applications — the Mac’s operating system has supported only 64-bit Intel processors since 2011’s OS X Lion — but Microsoft has been one of the most significant holdouts.
For users, the biggest benefit is the ability to work with much larger files — thanks to the significantly bigger swaths of memory that a 64-bit operating system can access.
Unlike the Windows edition of Office 2016, which comes in both 32- and 64-bit flavors, the Mac-specific suite will be available only in 64-bit after September. Microsoft offered users a one-month grace period during which version 15.25 will be provided in both 32- and 64-bit.
“There may be situations in which the customer has to change code that’s not 64-bit ready,” Microsoft said in a support document, referring to possible conflicts with third-party Office add-ons. “If customers can’t immediately move forward to 64-bit builds, we will make available a one-time 32-bit update for the 15.25 release in addition to the default 64-bit updates.”
That 32-bit version of 15.25 must be downloaded manually from Microsoft’s site.
The support document included instructions for reverting to 32-bit if Office 2016 had already been updated to 64-bit.
Fresh after scoring a reasonably sized contract for the iPhone, Intel is getting more excited about its mobile business and is talking about its 5G plans.
5G is a good thing to talk about as there is no standard yet and it could be years away before carriers think of moving to away from 4G. However, it does inspire confidence that companies, like Intel are busy researching it.
However the Intel Developer Forum (IDF),in San Francisco heard how Intel is not that interested in trying to create 5G modems for mobiles and will instead focus on the back-end infrastructure supporting the technology.
Intel said that while 5G will power the mobile internet, Intel believes there will be a lot of room for its processors and data centers to look after the millions of sensors, cars and internet of things devices which will all be part of it.
Intel said that 2G networks were about phones and voice, and it was rolling out 4G there were requirements that hadn’t been planned for when it was originally designed.
While 5G is expected to start appearing by 2020, it should support IoT devices, as well as broadcast-like services and lifeline communications. This means that the backbone of datacenters will need to be in place to make it go.
While Intel has been talking about this backbone, it does seem odd that it is not mentioned much about the modem front end of the technology. Our guess is that it is something that Intel cannot ignore and does not appear to be doing so, with its various Internet of Things gadgets.
Gartner’s figures for second-quarter smartphone growth were more optimistic than numbers reported by Strategy Analytics and Canalys recently. Both had reported modest growth of no more than 3% in smartphone shipments.
IDC last month reported second-quarter shipments were flat, growing just 0.3%.
Gartner’s numbers show that Apple’s iPhone sales dropped 7.7% in the second quarter, with 44.4 million phones sold globally, down from 48 million a year earlier. This decreased Apple’s market share to 12.9%, down from 14.6% a year earlier. Even so, Apple was second globally in smartphone sales.
Meanwhile, Samsung was the top smartphone seller, with 76.7 million smartphones sold, compared with 72 million sold a year earlier. That increase boosted its share to 22.3%, up from 21.8%.
Gartner said Samsung benefited by sales of the Galaxy A and Galaxy J series of smartphones which competed well against devices from Chinese smartphone makers.
Apple’s declines were the worst of any market in greater China and mature markets in Asia/Pacific, decreasing by 26%. There were also declines for Apple in North America and Western Europe, but there was a big jump of 95% in Eurasia, Sub-Saharan Africa and Eastern Europe.
Gartner ranked Huawei, Oppo and Xiaomi, in order, for third to fifth biggest in sales. Android devices were 86% of the total market, compared to 14.6% for iOS and 2.5% for Windows. Overall sales reached 344 million, up from 330 million a year earlier.
Samsung Electronics Co Ltd is gearing up to launch a program to sell refurbished used versions of its premium smartphones as early as next year, a person with direct knowledge of the matter told Reuters.
The South Korean technology firm is looking for ways to sustain earnings momentum after reviving its mobile profits by restructuring its product line-up. As growth in the global smartphone market hits a plateau, Samsung wants to maximize its cost efficiency and keep operating margins above 10 percent.
The world’s top smartphone maker will refurbish high-end phones returned to the company by users who signed up for one-year upgrade programs in markets such as South Korea and the United States.
Samsung would then re-sell these phones at a lower price, the person said, declining to be identified as the plan was not yet public.
The person declined to say how big a discount the refurbished phones would be sold at, which markets the phones would be sold in or how many refurbished devices Samsung could sell.
A Samsung spokeswoman said the company does not comment on speculation.
It was not clear to what extent the phones would be altered, but refurbished phones typically are fitted with parts such as a new casing or battery.
Rival Apple Inc’s iPhone has a re-sale value of around 69 percent of its original price after about one year from launch, while Samsung’s flagship Galaxy sells for 51 percent of the original price in the U.S. market, according to BNP Paribas.
Refurbished phones could help vendors such as Samsung boost their presence in emerging markets such as India, where high-end devices costing $800 or so are beyond most buyers.
Apple sells refurbished iPhones in a number of markets including the United States, but does not disclose sales figures. It is trying to sell such iPhones in India, where the average smartphone sells for less than $90.
Selling used phones could help Samsung fend off lower-cost Chinese rivals that have been eating into its market share, and free up some capital to invest elsewhere or boost marketing expenditure.
Deloitte says the used smartphone market will be worth more than $17 billion this year, with 120 million devices sold or traded in to manufacturers or carriers – around 8 percent of total smartphone sales. Some market experts expect the used market to grow fast as there are fewer technology breakthroughs.
“Some consumers may prefer to buy refurbished, used premium models in lieu of new budget brands, possibly cannibalizing sales of new devices from those budget manufacturers,” Deloitte said in a report.
The world’s fifth largest automaker hopes to enter into a symbiotic relationship, where it will bring its manufacturing prowess to Google and the Silicon Valley giant will help the automaker’s autonomous technology development.
“Hyundai is lagging behind the competition to develop autonomous vehicles,” Ko Tae Bong, senior auto analyst at Hi Investment & Securities Co, told Bloomberg News. “It’s not a choice but a critical prerequisite for Hyundai to cooperate with IT companies, such as Google, to survive in the near future.”
At a news conference with Korea’s Minister of Trade on Wednesday, Haeng said that “because Google is not too familiar with vehicles” his company can help with the execution of Google’s self-driving vehicle, which is one of the most advanced in the market.
The two companies are already connected in that Google’s self-driving vehicle project is being led by John Krafcik, the former CEO of Hyundai Motor America; Krafcik left Hyundai in 2013.
Hyundai also has been among the most aggressive automakers adopting Alphabet’s Android Auto and Apple’s CarPlay, which allow the iPhone and Android smartphones to connect wirelessly to car infotainment systems.
Google’s self-driving vehicle division has also joined forces with major carmakers and ride-sharing services to form a coalition to lobby lawmakers and regulators for faster adoption of self-driving car technology.
In all, five companies — Alphabet, Ford, Lyft, Volvo and Uber — formed the Self-Driving Coalition for Safer Streets coalition. Its mission: to spur the federal government to usurp a “patchwork” of state driving laws that could hinder autonomous vehicle acceptance.
Tech giant Samsung Electronics won a contract to make Nvidia GPUs according to South Korea’s Chosun Biz newspaper.
The paper said Samsung would start making the next-generation Pascal GPUs using its 14-nanometre production technology before year-end. It did not specify the value of the order or say how many chips will be made. Samsung and Nvidia are not saying anything.
According to the newspaper Samsung Electronics is currently testing the Nvidia Pascal (Pascal) architecture on new production lines at the S1 campus Giheung, Gyeonggi Province. It is expected that the first GPU from Nvidia will be supplied by Samsung later this year.
Nvidia normally ships this sort of thing through Taiwan’s TSMC but has changed its mind because of recent unstable supply issues and the fact it wants to diversify its production line, the paper claimed.
The company is building a mobile device strategy around Windows 10 Mobile and is slowly cutting its reliance on Android, once high on the company’s list for tablets and PCs.
HP has discontinued low-cost Android tablets, and two remaining enterprise tablets feature aging hardware and an old version of the OS. Company executives have said future mobile devices will be built around Windows 10 unless there’s significant new demand for Android.
HP is following the lead of Dell, which has cut Android devices to focus on Windows. Lenovo, meanwhile, still sells Android tablets and smartphones but is cutting its number of Android tablets and increasing its number of Windows 2-in-1s.
The goal for HP is simple: to unify products around one OS, much like Apple. That’s a challenge facing Samsung, with its PCs on Windows, tablets and smartphones on Android, and wearables and smart TVs on Tizen. Samsung is still working to put the pieces together to ensure all devices communicate flawlessly, but the company claimed progress during the recent launch of Galaxy Note 7.
HP is re-entering the smartphone market its Elite X3 handset, which runs Windows 10 Mobile. The company is building its smartphone strategy around Windows 10 Mobile, which had just a 0.7 percent market share in the first quarter, according to Gartner.
HP says Elite X3 can be a PC replacement with help from cloud services and accessories. Users will be able to run Universal Windows apps on PCs and smartphones. HP also plans to bring augmented reality apps on HoloLens to the Elite X3.
“We’re not trying to hit the volumes and scales of Android,” Park said. “We’re going after IT shops. There are a lot of people in the commercial domain who are not using Pokemon Go.”
HP has said it doesn’t want to sell low-cost devices and has cut many Android devices in the process. But the same strategy doesn’t apply to Windows — this week it announced low-cost Stream notebooks running Windows 10 starting at US$199.
Of course, it is that time of the year. Apple, Qualcomm, MediaTek and now Samsung will have 10nm SoCs ready for phones in early 2017. Of course Samsung wants to use its own 10nm SoC in the Galaxy S8 that is expected in late February 2017, but probably with a mix of 10nm Snapdragon too.
Samsung’s next generation Exynos’ name is very uninspired. You don’t call your much better chip just the Exynos 8895, but that might not be the final name.
The Korean giant went from Exynos 7420 for Galaxy S5 and first 14nm for Android followed a year after with Exynos 8890 still 14nm but witha custom Exynos M1 “Mongoose” plus Cortex-A53eight core combination.
The new SoC is rumored to come with a 4GHz clock. The same leak suggests that the Snapdragon 830 can reach 3.6 GHz which would be quite an increase from the 2.15Ghz that the company gets with the Snapdragon 820. Samsung’s Exynos 8890 stops at 2.6GHz with one or two cores running while it drops to 2.3 GHz when three of four cores from the main cluster run. Calls us sceptics for this 4GHz number as it sounds like quite a leap from the previous generation.
Let us remind ourselves that the clock speed is quite irrelevant as it doesn’t mean anything, and is almost as irrelevant as an Antutu score. It tells you the maximal clock of a SoC but you really want to know the performance per watt or how much TFlops you can expect in the best case. A clock speed without knowing the architecture is insufficient to make any analysis. We’ve seen in the past that 4GHz processors were slower than 2.5GHz processors.
The fact that Samsung continued to use Snapdragon 820 for its latest greatest Galaxy Note 7 means that the company still needs Qualcomm and we don’t think this is going to change anytime soon. Qualcomm traditionally has a better quality modem tailored well for USA, China, Japan and even the complex Europe or the rest of the world.
Google has set an early December deadline for removing most Flash content from its Chrome browser, adding that it will take an interim step next month when it stops rendering Flash-based page analytics.
In a post to a company blog, Anthony LaForge, a technical program manager on the Chrome team, said the browser would refuse to display virtually all Flash content starting with version 55, which is scheduled for release the week of Dec. 5.
Previously, Google had used a broader deadline of this year’s fourth quarter for quashing all Flash content except for that produced by a select list of 10 sites, including Amazon, Facebook and YouTube.
Another anti-Flash change will reach Chrome with version 53, now slated to ship the week of Sept. 5. At that time, Chrome will stop rendering very small Flash elements, which are invisible to users but generate data for Web analytics platforms.
LeForge’s latest deadlines were what will probably be among the closing moves in Chrome’s years-long campaign to eradicate Flash. Like other browser makers — including Apple, Microsoft and Mozilla — Google has championed the elimination of Adobe’s once-dominant media player by arguing that it results in longer laptop battery life, faster page rendering and improved security.
Apple’s Safari has frozen some Flash content since 2013, and will beat Chrome to the no-Flash milestone when it ships Safari 10 with macOS Sierra between now and October: Then, Safari will default to HTML5 and only alert users that a site supports just Flash with a message that they need to download the plug-in. Microsoft’s Edge — Windows 10’s default browser — froze some Flash content in the version bundled with last week’s 1607 upgrade.
Mozilla has only begun to restrict Flash content inside its Mozilla browser. While the open-source developer has said it will require users next year to manually activate the Flash Player plug-in, it has not revealed a timetable for more drastic constraints, like those Google announced.
Some Qualcomm chips have four serious holes which allow potential attackers to “trigger privilege escalations for the purpose of gaining root access to a device.”
According to security outfit Checkpoint, Quadrooter flaws are particularly nasty, if only because they appear in a large number of phones.
Most of the major recent Android devices are expected to be affected by the flaw, including the BlackBerry Priv, Blackphone 1 and Blackphone 2, Google Nexus 5X, Nexus 6, and Nexus 6P, HTC One, HTC M9, and HTC 10, LG G4, LG G5, and LG V10, Moto X, OnePlus One, OnePlus 2, and OnePlus 3, Samsung Galaxy S7 and Samsung S7 Edge and the Sony Xperia Z Ultra.
Three of the four holes have already been patched, with a solution for the fourth is coming but given the fact that handset manufacturers work at glacial speed applying them the world could see a lot of these being exploited.
Google has pushed patches to its phones, but the others might release theirs when hell freezes over. One of the weak points about Andorid is that phone manufacturers or a Mobile Carriers think developing a new versions of software and patches is expensive, some of the might chose not to do it. But that is the whole fragmentation thing and the reason why you cant get an decent Android update for your phone.
Checkpoint revealed its findings over the weekend at the Defcon security conference in Las Vegas. It said that the “vulnerabilities can give attackers complete control of devices and unrestricted access to sensitive personal and enterprise data on them.”
Troubled mobile phone maker BlackBerry has decided to make a bit more money by suing those it thinks stole its ideas.
A patent lawsuit has been launched against internet telephony outfit Avaya. However in making its case that Avaya should pay royalties, BlackBerry appears to be looking at what it has done rather than what it is doing. The firm argues that it should be paid for its history of innovation going back nearly 20 years.
The court papers say:
“BlackBerry revolutionised the mobile industry. BlackBerry… has invented a broad array of new technologies that cover everything from enhanced security and cryptographic techniques, to mobile device user interfaces, to communication servers, and many other areas.”
BlackBerry claims Avaya infringes eight US Patents:
Nos. 9,143,801 and 8,964,849, relating to “significance maps” for coding video data;
No. 8,116,739, describing methods of displaying messages;
No. 8,886,212, describing tracking location of mobile devices;
No. 8,688,439, relating to speech decoding and compression;
No. 7,440,561, describing integrating wireless phones into a PBX network;
No. 8,554,218, describing call routing methods; and
No. 7,372,961, a method of generating a cryptographic public key.
The oldest is 1998 and the most recent is 2011..
Products targeted by Blackberry include Avaya’s video conferencing systems, Avaya Communicator for iPad, a product that connects mobile users to IP Office systems, and various IP desk phones. .
The BlackBerry complaint states that the company notified Avaya of its alleged infringement of those specific patents in a letter dated December 17, 2015, which must have come as a bit of a surprise. It has been filed in the Northern District of Texas, which is less because the region is more patent friendly (like East Texas) but because it is where Avaya does business and maintains a two-story office.
BlackBerry has hired top patent lawyer Quinn Emanuel. The firm defended Samsung in the high-profile Apple v. Samsung case and has taken on various cases for Google.
Last year Cisco paid a “license fee” to Blackberry. Details were few and far between but it seems to have been to make Blackberry lawyers go away. In May, BlackBerry CEO John Chen told investors on an earnings call that he was in “patent licensing mode,” eager to monetize his company’s 38,000 patents.
Intel, Samsung, MediaTek, Huawei and Qualcomm all claim the leadership for 5G and most of them will have a tough time to deliver on this promise. Nokia, Huawei and Ericsson – from the networking component standpoint – claim they can do great things with 5G.
Everyone is bound to dominate something that will commercially launch in 2020. Fudzilla invested a lot of time analyzing the wireless communication market as it’s becoming rather interesting.
What piqued our interest is that everyone wants to claim its dominance in 4G/5G. The hot topic today is carrier aggregation in 4G where most providers can deliver 300 Mbps download and 50 Mbps upload with faster speeds in sight. Uploads are reaching 150 Mbps with carrier aggregation and enhanced modulation techniques like 64-QAM, which is faster than most cable and fiber connections available. Things are going to get even faster as Australian Telstra already offers 600 Mbps carrier aggregation and there will be more to follow that path.
Intel is telling investors and customers that they were late to the mobile and overall modem market, but that they won’t be late with 5G. Intel was late with 3G, again very late with 4G and now it claims that it will be the first with 5G. As you can imagine, this does not seem very realistic.
The 5G players are focusing on enhanced mobile broadband, mission critical services such as medicine, robotics, abd automotive, and the potentially massive connected internet of thing devices.
One way of looking at 5G is that it is a 4G on steroids with some major improvements that will solve some of the limitations of 4G. So in order to have a state of the art, winning 5G solution, you have to be dominant in 4G. Intel simply isn’t, as it doesn’t have enough experience.
Intel is most likely to get inside some iPhone 7 or other making its first high end modem design win ever. Intel did ship its modem in some Samsung Galaxy phones but only for small and limited markets.
The Santa Clara giant had a few design wins with Asus, simply as it could corner Asus as its partner in PC space, but even that marriage ended up in divorce. The latest generation of Zen phones uses Snapdragon processors and Asus had a very limited success with phones outside its native Taiwan. Asus’ end of relations with Intel on the SoC side didn’t come as a surprise as Intel decided to terminate its SoC phone business.
Intel invested billions of dollars in mobile SoCs and after years of failures it announced that it will simply stop bleeding money on something it cannot make competitive.
The Apple design win doesn’t actually prove that Intel’s modem is any good.
The Apple iPhone design win just proves that companies like Samsung and Apple like to use dual sourcing and buy components from more than one supplier. The reason is quite simply, they can play these suppliers off against each other and get better pricing. We understand that dual sourcing happens often in the image sensors market. In case of an earthquake in Japan or a similar catastrophe, a phone might end up with a Samsung image sensor instead of Sony’s.
Apple started dual sourcing with its SoCs and the iPhone 6S ended up having the SoCs manufactured by TSMC in 16nm or Samsung with 14nm. It turns out that the 16nm ones ended up being better, upsetting a lot of customers.
We won’t want to wander off topic, but it will take Intel a few generations to improve. Samsung has a modem but only inside its SoC and so does MediaTek and Huawei. None of these three players have a dedicated modem, it is up to Intel and Qualcomm to make a 4G modem for companies like Apple.
Intel has only been working on modems for a few years while companies like Qualcomm have done that for a few decades. Qualcomm is inside every iPhone past iPhone 3G manufactured, a few short of a billion. Infineon, a company now owned by Intel has developed iPhone 2G and iPhone 3G, but again, Infineon had no 4G modems available and the acquisition took place after Intel realized the WiMAX 4G standard is doomed to die.
This gives Qulcomm quite a lot of experience and a clear focus to make a modem for Snapdragon SoC and Apple the best they possibly can.
Intel will have a hell of a ride polishing and fast learning 4G before it deploys 5G.
There are no solid guarantees that Intel will make modems in 2020. Intel said that it would dominate computer graphics but its Larrabee discrete card project crashed and burn. Intel promised world dominance with SoCs for phones with Atom processors and again it crashed and burned. It turned so bad, that the company totally killed of the SoC manufacturing. Intel at least has had graphics for gaming inside of millions of notebook processors.
The equivalent of Intel dominating 5G would be as realistic as Tesla beating Toyota or German automakers in 2020 by volume. Tesla 3 preorder customers will be happy if all half million of them get their cars by 2018, considering that the company delayed every single product from its first days of existence.
Research in 2015 by V3‘s sister site Computing in conjunction with Intel provided some indications of a rise in ransomware, and showed that 55 per cent of organisations had put the necessary security measures in place.
The OvRcharge, by 15-year-old AR Designs Canada, combines magnetic induction charging with electromagnetic suspension to levitate your Android or iOS mobile device a few centimeters above a square, wooden platform.
The charger comes in two sizes: the smaller OvRcharge platform is about 5.5 inches square for smartphones, and the larger OvRcharge Ultra,for tablets, is about 6.75 inches square. Both wood platforms are around 1 3/8 inches thick.
The charging stand comes in three colors, Dark, Walnut and Cherry.
Besides the size, the only difference between the two charging models is the output current rate: the OvRcharge uses a ~500mAh charge and the OvRcharge Ultra provide ~700 mAh.
The wireless charger both suspends a mobile device at a fixed height and slowly rotates it for an aesthetic appeal.
The charger works in conjunction with an AR Designs smartphone or tablet case that’s included and can be ordered with either a Lightning or micro-USB connector for an iPhone or Android device. The unit is powerful enough to levitate a device that’s up to 21.1 ounces (600 grams) in weight.
The early bird price for the OvRcharge stand and mobile device case is $239 (the $199 and $209 offers have already sold out); the price for the OvRCharge Ultra is $259. After two weeks on Kickstarter, the campaign has raised more than $25,000 of a $30,000 goal.
The devices are expected to ship to early bird buyers by December.
The iPhone cases can be ordered to fit iPhone 5 or later models. The Android cases fit Samsung, LG, Sony and Huawei devices.
However, analysts at Canalys and IDC are seeing a glimmer of hope for the devices with business demand for detachable tablets like the Microsoft Surface Pro and the iPad Pro. The Windows 10 anniversary update, which rolls out tomorrow, could further the business trend toward detachable tablets as could the next version of Android, called Nougat, with its better multitasking support.
Canalys reported 35 million tablets shipped in the second quarter, down 16% from a year ago. IDC said overall shipments reached 38.7 million, a decline of 12.3%.
According to Canalys, Apple tablets took the top spot at a 28% share of the market, while Samsung took a 16% share and Lenovo and Huawei got 7% and 6% respectively. IDC’s numbers were about the same: Apple had 25.8%; Samsung, 15.6%; Lenovo, 6.6% and Huawei, 5.6%. IDC tracked Amazon with a 4% market share, citing its low-priced Fire tablets, based on an Android variant, including its 6-in. tablet, for the first time.
For more than two years, analysts have watched the tablet market decline. The reasons are primarily because users hold on to the devices for longer and because larger smartphones — those with displays over 5.5 inches — have caught on as an alternative to smaller tablets.
In June, IDC predicted global tablet shipments would drop by 9.6% for all of 2016, up from a prediction of a 6% decline in March.
IDC said the tablet decline would occur even when newer detachables tablets are included with slate tablets. Slates “are not coming back,” IDC analyst Jean Phillippe Bouchard said at the time.
Later in June, Bouchard joined IDC analyst Bryan Bassett in predicting that global business use of tablets would grow by nearly 6% annually through 2020. Even so, that figure would still not be enough to reach the number of total consumer and business tablets shipped in 2015. In 2015, IDC said 206 million tablets shipped, including 35 million for business users, but in 2020, the total number will reach only 202.6 million, including 59.4 million for business users.