You might seen we’ve writing about millimeter waves several times. and we usually attributed this term to 5G. AMD has just acquired Nitero, a millimeter wave company that wants to use this technology to cut the cord on your VR and AR headset.
AMD has figured out that cables are a very limiting factor in a Virtual Reality or Augmented Reality. This is not a big secret as even if you only had a few minutes to play with one, you quickly realize that making things wireless is more comfortable.
The acquisition provides AMD with a broader portfolio of IP capable of enabling VR headset and solution providers with key technology required to create more immersive computing experiences.
Mark Papermaster, AMD chief technology officer and senior vice president said:
“Unwieldly headset cables remain a significant barrier to drive widespread adoption of VR. Our newly acquired wireless VR technology is focused on solving this challenge, and is another example of AMD making long-term technology investments to develop high-performance computing and graphics technologies that can create more immersive computing experiences.”
Nitero has designed a phased-array beamforming millimeter wave chip to address the challenges facing wireless VR and AR. This is the same frequency that Intel and Qualcomm will use for Wi-Gig. This enables very fast speeds within a room, but due to its high frequency the signal won’t really penetrate any walls.
This is not that important for the VR and AR markets as we don’t see a case where you need to leave an office or a room with the VR / AR headset on.
The 60GHz technology has the potential to enable multi-gigabit transmit performance with low latency in room-scale VR environments. It will rely heavily on the beamforming characteristics to solve the requirement for line-of-sight associated with traditional high-frequency mm-wave systems. The main goal is potentially eliminating wired VR headsets and letting users to become more easily immersed in virtual and augmented worlds.
Nitero co-founder and CEO Pat Kelly said:
“Our world class engineering team has been focused on solving the difficult problem of building wireless VR technologies that can be integrated into next-generation headsets. We are excited to play a role in furthering AMD’s long-term technology vision.”
Pat joined AMD as corporate vice president, Wireless IP highlighting the importance of the whole acquisition and the whole technology potential. Fudzilla calls this a step in the right direction.
AMD has released a new custom “balanced” power plan for those using Ryzen CPU on Windows 10 OS.
Until today, AMD Ryzen CPU users were limited to using the “high performance” plan in Windows 10 OS, at least if they want to get most performance out of their Ryzen CPU. Now, AMD has released a new tweaked “balanced” power plan that should provide a compromise between performance and power efficiency which “automatically balances performance with energy consumption on capable hardware”.
According to the explanation posted by AMD’s Robert Hallock, the new power plan reduces the times and thresholds for P-state transition in order to improve clockspeed ramping as well as disables core parking for “more wakeful cores”.
These tweaks are apparently enough for the new plan to provide similar performance to the Microsoft’s “high performance” power plan setting, at least according to AMD’s own slides. As far as power is concerned, the new balanced power plan does not change how the processor handles low-power idle states, so basically, you’ll get additional performance without compromising the power efficiency.
The new balanced plan is quite simple to install and you can find both the download link as well as check out further explanation over at AMD’s community blog. AMD will also include the final power plan with next AMD chipset drivers for Ryzen CPUs.
The myth that Macs are somehow more secure than other operating systems appears to be a myth according to a Threat Report by McAfee Labs.
Attacks on Macs have risen by 744 percent in 2016 and there are more than 460,000 malware samples on Mac machines found. Although this is not a particularly high number you have to acknowledge that this is one security company and on a single machine.
It appears that after years of leaving Macs alone, virus writers are suddenly taking an interest in knocking them over and the security by obscurity measures, along with faith-based defences are not working.
The Tame Apple Press has rushed to say that “despite the dramatic increase in macOS malware attacks, Mac owners need not be too alarmed”.
One newspaper even said that the attacks were just irritating and not like the “true malware attacks” that Windows users have to suffer.
Most of the attacks were just adware which automatically generates and displays advertising material, including banners or pop-ups, whenever a user is online, the Tame Apple Press tried to reassure Apple fanboys.
Last summer, Mac owners were warned about a new malware dubbed Backdoor.MAC.Elanor – a nasty piece of code that infects the OS X operating system and gives hackers complete access to the files on the computer.
Two months ago, Microsoft had extended support for Windows 10 version 1507 — Microsoft labels feature upgrades by year and month — from March to May, but did not specify the date in the latter month.
The May 9 retirement was quietly announced on several support documents, including the “Windows lifecycle fact sheet,” which lists several kinds of deadlines for various versions of the operating system.
Another document put it plainly. “The time has now come to end servicing for version 1507,” the support document read.
Stopping support for Windows 10 editions — Microsoft released the fourth on Tuesday — is an important part of the company’s software-as-a-service model. The company has pledged to support an individual edition, such as 1507, not for 10 years, as policy required for, say, Windows 7 or 8.1, but only for 18 months or so. That mandate insured Microsoft would not need to craft security patches, fix other bugs or add new features for an increasing number of versions.
By the time Windows 10 1507 slips off the list, it will have been supported for about 21 months. Part of the reason it lasted longer than Microsoft’s stated norm was because the firm issued just one feature upgrade — v. 1607 — in 2016.
The next Windows 10 edition, v. 1511, could be purged from support as soon as early October. That’s because Microsoft has committed to simultaneously supporting just two Current Branch for Business (CBB) builds. At the release of N+2 onto CBB, the company starts a 60-day-or-so countdown. At the end of the 60 days, N drops off the support list. N+1 then becomes N and N+2 morphs into N+1.
Under that policy, N would be 1511, N+1 version 1607 (released in August 2016) and N+2 1703 (this month’s feature upgrade). Version 1703 will likely be promoted to the CBB in four months, or August; two months more would put 1511’s support demise in October.
Users running 1507 must have upgraded to 1511, 1607 or 1703 by May 10 to receive future security patches, and other fixes or enhancements. Windows 10 1507 will not suddenly fail to boot, however, or degrade, as do copies that have not been activated with a product key.
The only exceptions will be customers whose devices are running v. 1507 from the Long-term Servicing Branch (LTSB), a special release track available only to organizations using Windows 10 Enterprise.
After launching the Ryzen 7 CPU lineup, AMD will launch its mainstream Ryzen 5 lineup in just under a week, but today we have additional information about an entry-level Ryzen 3 SKU, the Ryzen 3 1200.
Scheduled to launch sometime in the second half of this year, the Ryzen 3 lineup will compete well against Intel’s Core i3 dual-core lineup. It is still not clear if AMD will include dual-core SKUs in its Ryzen 3 lineup, but it is most likely that all will be quad-core SKUs with and without SMT-enabled. Earlier rumors also suggest that there will be a Ryzen 3 1200X SKU that should be similar but with support for XFR (eXtended Frequency Range) technology, which may give it a further overclocking boost.
According to details leaked by ASRock’s support page and originally spotted by Computerbase.de, the Ryzen 3 1200 SKU works at 3.1GHz frequency (most likely 3.4GHz Turbo) and has a 65W TDP.
Australian users have a bit of a DIY mentality – like New Zealanders they can’t see the point of paying a fortune for something that they can get a mate to fix cheaper. Normally they would only take it in to Apple if the problem cannot be fixed with masking tape and number eight fencing wire. Apple has a huge problem with this. It makes a fortune charging fees to have its spotty blue shirts repairing things that most uses could fix with a screwdriver and WD40.
According to the Australian Competition and Consumer Commission, Apple thought it would be a rather super, cool, and revolutionary thing to brick iPhones which had not been repaired by its Genii. The way users would have to return the phone to be fixed.
Australia’s consumer watchdog has sued Apple claiming that the bricking happened in a software update which had cracked screens fixed by third parties and then refused to unlock them on the grounds that customers had had the devices serviced by non-Apple repairers.
The Australian Competition and Consumer Commission told the court that consumer guarantee rights under the Australian Consumer Law exist independently of any manufacturer’s warranty and are not extinguished simply because a consumer has goods repaired by a third party.
Of course Apple is not saying anything. We have no doubt that its acolytes really believe that they are saving the customers’ souls from the dangers of cheap repairs. Everyone knows that all the phones don’t really belong to the users but are given in a sacred trust to the user for large amounts of cash on the assumption that they will never touch without the blessing of the church.
The regulator said that between September 2014 and February 2016, Apple customers who downloaded software updates then connected their devices to their computers received a message saying the device “could not be restored and the device had stopped functioning”.
Apple engaged in “misleading or deceptive conduct and made false or misleading representations to consumers” about its software updates and customers’ rights to have their products repaired by the company, the commission said.
As well as fines, the ACCC said it was seeking injunctions, declarations, compliance program orders, corrective notices, and costs.
Samsung is better than Apple at making money. Sure, it might not have margins as good as the fruity cargo cult, it might not make as much cash, but it appears to be unstoppable.
How many companies can have the majority of the press against them, produce a phone which caught fire, has its Vice Chairman and several executives locked up for corruption, and still make a pile of dosh which eclipses the sun?
Samsung Electronics is reporting record earnings thanks mostly to its chip division and the quarters ahead could be even better if its newest smartphone, Galaxy S8, is a success.
Samsung is seeing a boom in memory chips and a sudden spike in demand from smartphones and servers.
Shares of Samsung, Asia’s biggest company by market capitalization and the world’s largest memory chip maker is near record highs after gaining nearly 17 percent so far this year, on top of the 43 percent surge in 2016.
Now Wall Street is expecting Samsung’s January-March operating profit to have risen 41 percent from a year earlier to $8.44 billion. This is Samsungs’ highest profit since the third quarter of 2013.
The Galaxy S8 is out from April 21 so the most analysts are predicting even greater profits in the second quarter.
Analysts expect tight supply conditions for memory chips to continue this year, particularly in NAND flash chips used for long-term data storage, keeping Samsung’s margins padded. That leaves the mobile division as the key earnings variable, they said.
It is starting to look like the Note 7 fiasco only delayed Samsung’s march to dominance and the S8 will help Samsung regain its lead over Apple.
If you think all this is par for the course, imagine that if the press hated Apple, Tim Cook was locked up for cutting an illegal deal over a golf course with President Trump and the iPhone 7 caught fire, It is unlikely that Apple would recover, let alone make record profits.
The company released a statement that said Bixby will be available in the U.S. on the Galaxy S8 “later in the spring.” Samsung didn’t explain the delay.
The Bixby will join a pack of artificial intelligence assistants that includes Amazon’s Alexa, Apple’s Siri and the Google Assistant that are changing the way people interact with their devices.
Some U.S.-based reviewers and analysts had noticed that the Bixby feature wasn’t fully demonstrated when the S8 was announced March 29.
Also, some news reports said Bixby encountered voice recognition problems in English compared to its performance with the Korean language.
The shipment delay applies only to the voice feature in Bixby, while Samsung said other key features of Bixby, like Vision, Home and Reminder will be available in the global launch of Galaxy S8 on April 21.
Samsung went out of its way to promote Bixby well in advance of the Galaxy S8 launch. It was announced in a blog on March 20, nine days before the phone’s launch, by Injong Rhee, executive vice president of software and services for Samsung Electronics.
Rhee pointed out a physical button on the side of the phone that would activate Bixby, differentiating it from Alexa or Siri and others that are activated by a spoken trigger word. Bixby would offer a “deeper experience” than some others, including support for touch commands. Also, Bixby is designed to know the current state of an app to allow users to carry out work in progress without further explanation. Rhee said the Bixby interface is “much more natural and easier to use.”
Bixby was already two years behind those digital assistants as well as Google Assistant, analysts said. “Bixby is going to be playing catch up,” said Gartner analyst Werner Goertz in March.
One analyst forgave the Bixby delay. “I commend Samsung for trying to get it right rather than just launching and hoping for the best,” said Jack Gold, an analyst at J. Gold Associates.
“It’s never a good idea to put out less than great software on a consumer device. So in this case, if Samsung can delay a few weeks and get a better product, it makes sense to do so. That said, voice recognition generally is not all that easy to do. It’s not just the recognition software itself, but the whole voice chain that has to be tailored. That includes everything from the microphone through the audio channel on the phone to the recognition algorithms and the user interface. If they tested and it wasn’t at their expected level of accuracy, then it’s better to get it right than to get it out fast.”
Imagination Technologies, the leading graphics processing unit supplier for Apple, issued a press statement on Monday saying that the fruit-themed gadget maker will no longer use the group’s intellectual property in new products manufactured 15 months to two years from now.
The development is a major hurdle for Imagination, the British chip designer that has provided PowerVR graphics processors for iPhones, iPads, iPods, Apple TVs and Apple Watches since 2007. The company’s partnership with Apple accounted for roughly half of its annual revenues, in addition to the royalties it had been receiving on account of iPhone and iPad devices. Those royalties, which totaled £60.7 million ($75.8 million) for the year ending April 2016 and £65 million ($81.2 million) for 2017, are set to expire roughly 15 months to two years from now, before Q2 2019.
Apple currently holds more than an eight percent share in Imagination, and become a key investor in mid-2009 after raising its stake to 10 percent. At one point last year, Apple was in the process of holding “advanced acquisition talks” but ultimately decided against a full takeover, according to the Financial Times. Following the talks, Chinese state-owned company Tsinghua then took a three percent stake in the British company.
Last February, Imagination also announced that longtime CEO Hossein Yassaie would be stepping down as part of a major business restructuring operation. This was followed by across-the-board operating cuts by £15 million over the next year into April 2017 – including £2 million from its PowerVR product series.
In its press release on Monday, Imagination states that Apple “has not presented any evidence” to claim that it will no longer require [Imagination technologies], “without violating Imagination’s patents, intellectual property and confidential information. This evidence has been requested by Imagination but Apple has declined to provide it”.
Imagination: Alternative GPU designs will be impossible without patent infringement
In a serious call against disparagement, the British-based R&D company believes that Apple will not be able to produce any substantive GPU alternatives on its own without violating its patents, intellectual property and confidential information. But with a determination to take its mobile graphics in-house, Apple still confidently insists it has an A-series alternative underway for the next generation of product announcements scheduled for 2018.
The original iPhone featured a low-power ARM RISC CPU with assistance from a PowerVR MBX directly descended from Imagination’s Dreamcast GPU. Nine years later, the iPhone 7 came with a custom six-core PowerVR 7X6 GT7600 Plus with OpenCL 2 support and accelerated computer vision technologies.
Apple has already taken several key employees
Imagination’s rebuttals have not appeared without legitimate grievance, however. Back in October, it was revealed that at least 25 of its employees and management personnel jumped ship to Apple over the past two years. Names include notable ex-COO John Metcalfe, Senior Design Manager Dave Roberts, VP of Hardware Engineering Johnathan Redshaw, and Senior Software Engineering Manager Benjamin Bowman – who is now a GPU architect for the Cupertino company. While the list of grievances prior to today’s breakup is not against the law, it is considered a serious exodus of raw talent that is evidently justified in Imagination’s disconcerted press statement.
Following the statement, Imagination shares plunged by nearly 70 percent, leading to its insistence that it has reason to go to court with the Cupertino company if it finds enough evidence to present a case. This decade, several GPU vendors have taken SoC vendors to court, including Nvidia with Samsung and Qualcomm, and an ongoing AMD case against LG, MediaTek, Sigma and Vizio.
Apple, however, has chosen to remain silent when asked for evidence that its in-house technologies would not violate existing patents. The question is whether Apple will choose to license any needed patents – from Imagination or others – or if it is not talking because GPU development is a lot more competitive now that programs aren’t tied to a specific architecture.
As AnandTech notes, there hasn’t been a new major GPU vendor in nearly a decade aside from Qualcomm’s acquisition of ATI’s Imageon brand (now Adreno) in 2009. It will be interesting to see how this development unfolds and the precautions Apple will need to take in hiding technical details of any upcoming graphics developments. Imagination, on the other hand, now has to work much harder in making up for lost revenues and may have some related announcements over the next few weeks.
This is not an extremely late April 1st, and we admit that it is a little early given that its replacement has not shown up yet, but we predict that it will go the way of the dodo, the Norwegian Blue, the bleeper and the Crackberry.
OK it is probably a few years off, but the technology is so persuasive that its death will be longer than the exit of a hero in a South American soap opera.
For a while now smartphone sales have slowed. Basically the structure developed by Nokia and stolen by Apple and copied everywhere has run out of places to go. There is no more innovation in smartphones any longer, despite what is claimed particularly by the Tame Apple Press. Chip speeds have increased slightly and are about as fast as they are going to get. Even if someone gets a chip to the speeds of a PC it is not going to make a hell of a lot of difference.
What is coming next is being sorted out by the likes of Microsoft, Facebook, Amazon, Google along with Elon Musk. Apple of course is waiting for the next biggest thing to be developed by others before it takes a risk.
So what will get rid of it? While the Tame Apple Press think it will be something more like the Amazon Echo, Sony PlayStation VR, and the SmartWatch that is mostly because that is pretty much Apple’s current agenda.
No doubt AR and VR could be the way it is going. Certainly some sort of interface which projects detailed 3D images straight into your eyes while you interact with your environment. So instead of typing this on a screen I will be typing it on a nice egonomic bit of rubber while the words are appearing before my eyes. A more portable version would put a keyboard onto any surface.
Microsoft thinks that is the way things will go and the tech will replace the smartphone, the TV, and sex, and anything else with a screen with sounds going in through a headphone.
As artificial intelligence systems like Apple’s Siri, Amazon’s Alexa, Samsung’s Bixby, and Microsoft’s Cortana get smarter, there is going to be a rise not just in talking to computers, but having them talk back.
All this makes the smartphone redundant and limited. Sure it will be a good decade before this brave new world takes off and it will be a slow slide rather than anything great, but we are seeing the change start happening now. The world is bored with smartphones and they are just not having the impact they used to.
On average, the price of PCs and phones will go up by 2 percent this year, Gartner said in a research report released on Thursday. The calculations are based on U.S. dollars and average market sizes.
Breaking down those numbers, PC prices are expected to go up 1.4 percent this year, while mobile phone prices will go up 4.3 percent.
The price increases are largely due to the rising prices of components. Also, more users are upgrading to more expensive and feature-rich mobile handsets.
The days of users preferring to buy the cheapest products are gone, said Ranjit Atwal, research director at Gartner.
Buyers are less price sensitive and are instead buying devices “that suit their lifestyles,” Atwal said.
Gartner’s forecast is in line with a projection in February by Lenovo’s chief operating officer, Gianfranco Lanci, who said PC prices would go up this year due to a shortage of DRAM, SSDs, batteries and LCDs.
The cost of components like NAND flash have doubled since June, Gartner said.
The overall cost of purchasing components is going up. Moreover, millennials are willing to spend more on devices.
This year is expected to be big for smartphones. Samsung launched the Galaxy S8 smartphones, and Apple is expected to launch its 10th anniversary iPhone later this year. Premium-priced smartphones will go up by roughly 4 percent, Gartner said.
Android phones will suffer the most from the price increases. In emerging markets like China and India, Android phones are popular because of their affordability, but prices are also going up in those countries.
High-end Android smartphones offer more differentiation on features than generic low-end phones, giving a reason for buyers to spend a bit more to upgrade.
A good barometer for mobile phone pricing is the Chinese market. Global pricing of Chinese-branded smartphones will go up to RMB 2,000 (US$290) by the end of this year from RMB 1,700 (US$246) at the end of last year, analyst firm Trendforce said last month. That’s partly because NAND flash supply is tightening.
According to Gartner, smartphone shipments worldwide this year will total 1.9 billion units, up from 1.89 billion last year.
The PC market has slowed and is being driven by high-priced gaming PCs and 2-in-1s. Buyers of those PCs are willing to spend more money on their computers.
That trend is changing the types of computers shipped by PC makers, which are focused on selling higher-priced products that can deliver larger profit margins.
Low-end laptops and desktops will remain available, but PC makers like Dell and HP are slimming down those offerings. Low-cost laptops like Chromebooks typically have aging components, little storage, low-resolution webcams and limited memory.
Gartner estimates 426 million computing devices, including PCs and tablets, will ship this year, dropping from 439 million last year. PC shipments will total 265 million this year, dropping from 270 million last year. Shipment of tablet devices like the iPad will total 161 million, dropping from 169 million last year, the analyst group predicted.
Business will finally gain access to their own version of the Microsoft Windows 10 beta program this week. On Friday, Microsoft rolled out the Windows Insider Program for Business, alongside its first post-Creators Update Windows 10 beta.
The program will let business users sign up for beta updates with their Azure Active Directory credentials, rather than a personal Microsoft account. The new feature is designed to provide IT professionals with a path for giving Microsoft business-specific feedback on Windows 10 features. That, in turn, should help business users shape feature development.
Creating a business Insider Program is Microsoft’s response to IT pros’ requests for a connection with the Windows development team. Windows 10 got off to a rocky start with some systems administrators who weren’t thrilled by Microsoft’s policy of only providing cumulative updates to the operating system rather than letting administrators pick and choose which patches to apply.
In a support document, the company said this program isn’t separate from the main Insider Program, but instead a way for businesses to better engage with the existing community of people testing new versions of Windows. In addition, Microsoft believes the new program will help businesses with their internal testing of Windows updates by giving early access to future patches.
Microsoft plans to do more to engage with IT teams in the future, Windows Insider Program chief Dona Sarkar said in a blog post.
Friday’s update starts laying the groundwork for Microsoft’s next major Windows 10 update, which is expected to arrive later this year. It comes four days before the company is slated to roll out the Creators Update, which will bring a flotilla of new features and functionality, to non-beta users.
The new bits released to members of the Windows Insider Program’s Fast ring don’t add much in the way of functionality to Windows 10. For the most part, the release is focused on updates to OneCore, the appropriately named systems at the core of Windows 10.
As is the norm with many Insider releases, there is a fleet of known issues in build 16170. Users can expect to see issues including one bug that prevents Windows Defender from opening when double-clicked. Right clicking it and choosing “open” will still launch the app.
Users who want to avoid bugs can move over to the Windows Insider Program’s Slow ring, which will give users increased reliability in exchange for delayed access to new updates.
In a move which will get the Nvidia fanboys jolly cross, AMD has said that its new Vega line-up will actually compete with their favourite chip maker in the notebook market.
Nvidia is not used to competition and has been jacking up prices lately for somewhat disappointing chips, but AMD is saying that it thinks its new offerings can force Nvidia to pull its finger out.
At the AMD Tech Summit in Beijing this weekend, AMD vice president Scott Herkelman took the stage to discuss the upcoming Vega-powered graphics cards. He didn’t give anyone a release date but said that AMD’s plans were to put a bit of competition in the notebook GPU market.
AMD plans to decrease the overall footprint of the upcoming mobile GPUs by stacking VRAM dies and freeing up more internal space without sacrificing performance. Size is an important consideration for notebook manufacturers, but this announcement was light on details.
Sadly it was not clear if he was talking about rolling out Vega to discrete mobile or if it will be included in AMD’s “APUs” — a CPU/GPU combo that delivers a smaller overall footprint but a lot less graphical performance.
Herkelman said Vega-powered mobile chips will provide notebook manufacturers with the horsepower they’ll need for their products to drive virtual reality and “the latest and greatest AAA games.” This hints at discrete GPUs powered by the new Vega architecture.
AMD’s previous architecture, code-named “Fiji,” never made much impact in the notebook market, in part due to its power demands. However this could not have been the only reason. Nvidia did well bringing its 10-series GPUs to notebooks despite causing the city lights to dim when anyone plugged it in.
AMD’s Vega-powered GPUs will be available in 4GB and 8GB options, on account of the way the new chips will stack memory. Herkelman told Beijing throngs that Vega-powered chips were “just around the corner.”
TSMC is currently manufacturing the MediaTek 10nm, deca core based Helio X30 and it looks like in 2018, TSMC might be ready for 7nm and twelve core SoCs from the same house.
Samsung and Qualcomm are already pumping out millions of 10nm SoCs as we speak, and it all looks ready for the March 29 date, ot shall we say today’s introduction of the Samsung Galaxy S8 phone. Samsung’s usual strategy is to ship the phone in the following month making the actual shipping happening at the beginning of Q2 2017. Samsung’s Galaxy S8 and S8+ are just the first of many 10nm based phones to come. Samsung uses both the Snapdagon 835 and the Exynos 8895 both 10nm SoCs for its phones.
MediaTek, on the other hand, is getting ready to start shipping its Helio X30 10nm deca-core and we saw prototype devices at the Mobile World Congress 2017. The SoC looks like it’s much improved compared to last year’s flagship Helio X20.
Recent information implies that the new SoC planned for next year might be the 7nm twelve core and it remains to be seen what the core configuration will be. MediaTek had a hard time fighting the Samsung’s Exynos 8890, the Huawei Kirin 955 / 960 and the Snapdragon 820 last year. The upcoming Exynos 8895 and Snapdragon 835 in 10nm look like very solid performers too. For MediaTek, it remains to be seen if the additional two cores and twelve core design can make a difference. It seems that everyone else in the spectrum stops at eight cores but MediaTek decides that more is better. Just remember, MediaTek was the first company to push the industry from the usual four cores to now a standard eight cores, so it had some good vision at the right time.
The mobile industry managed to get ahead of the rest of the chip industry, at least when it comes to the transition to new manufacturing processes. Snapdragon 835 is the world’s first 10nm SoC developed by the Samsung’s fab while Samsung and MediaTek took their time and only officially announced their 10nm offering roughly a month ago.
Time will tell if it will be realistic to expect 7nm SoC ready in 1H 2018 for the next generation refresh. With Xiaomi making its own, codenamed Pinecone, a Surge S1 branded core and possibly even a higher end core, the pressure will be on manufacturers like MediaTek which relies on China based phone manufacturers. Huawei has been manufacturing a few varieties of Kirin for a while now and sells a lot of phones. There are still a few big names in China including Oppo and Vivo which don’t have their own in house SoC.
Xiaomi wants to compete with some big names such as Huawei, as the big players have their own chips. But regardless of the fact that Xiaomi did a great job appealingto a world population with Hugo Bara’s hire, Oppo is the company which is using mostly Qualcomm and some MediaTek and it remains the number one in China market.
US, Europe and most other developed markets will embrace the big players including Apple, Samsung, Qualcomm and Huawei’s SoC solutions, with little space for the rest of the SoC competition. It will be tough to compete in the future but it will definitely bring some much needed innovation.
It is expecting to make 50 million of the chips before July, according to the Chinese-language Economic Daily News.
For those who came in late the “A11” chips is what is going to be powering the next iPhone which will be launched in September. If you believe the Tame Apple Press the chip and the phone are going to be super, game changing and exciting. Those hacks who have not sold their press credibility are saying that the chip will probably be the only thing that Apple has changed since the iPhone 6.
The chip will will be built on a 10nm FinFET process. TSMC has been making these since the middle of last year and has been shipping them to other customers in the first calendar quarter of 2017.
According to the unreliable Tame Apple Press TSMC is to deliver 100 million “A11” chips before the end of 2017. This figure is important because it slightly ahead of what was delivered by the end of 2017 for the A10 Fusion. This all implies that Apple is expecting to sell more iPhone 8s than iPhone 7s. At this point, we find it extremely doubtful.