Intel-Powered Smartphones Arriving Soon
adeelarshad82 writes "After years of promises to enter the smartphone market, Intel has finally done so. During his keynote at CES, Intel's Chief executive Paul Otellini said that Intel has signed Lenovo and Motorola to contracts to use its Atom processors in smartphones. Unlike past launches, Intel has held Medfield back until its partners were ready to go to press as well. According to an early preview, Medfield pairs a 1.6GHz Atom CPU with an SGX540 GPU designed by PowerVR. This is the same GPU we've seen tip up in the Samsung Galaxy Nexus and Droid Razr, though Intel is clocking it higher, at 400MHz. Intel's new SoC encodes video at 720p at 30 fps, can playback 1080p at 30 fps, and supports 1920×1080 output via HDMI. The first smartphone to carry an Intel chip will debut on China Unicom during the second quarter."
You haven't entered the market until the phones are available at retail. I would like to see this, but it hasn't happened yet and the announcement is premature.
I would like to see these phones on sale in the US. It would probably be my next phone, as I'm due for one in the fall.
Help stamp out iliturcy.
Intel are way too late to this party. The whole mobile and world is ARM at this point, and the ecosystem has been built around it. Trotting out something that is essentially a decade old core and trying to get hardware and software developer to switch is fun to watch, but probably rather pointless now.
Great, another CPU for developers to deal with. This is why we have issues with compatibility between different devices. If they stick to Windows Platform then fine, but don't mess with Android - Please!
-- By all means let's be open-minded, but not so open-minded that our brains drop out.
... and there are a couple videos with it already where it runs some kind of (rather unresponsive) android.
I hope it's easy/possible to make it run whatever x86 OS you please.
Have they been able to get into power-draw ranges that'd make the battery life compatible with ARM-based devices?
10 PRINT CHR$(205.5+RND(1)); : GOTO 10
"Wintel"? Focusing on Apple products? Fanboi much?
MS is moving to an platform of ARM/x86 cross compatibility, and Apple uses Intel on it's notebook products, so really, the only focus here is Intel, but some how you have to add Windows to it anyway?
Trying to figure out if your post is a subtle troll, or you are really just that obsessed...
Self proclaimed typo king, and inventor of the bear destroying coffee table (patent not pending).
Having used (and seen the demise of) PowerVR hardware in the desktop (remember Kyro/Kyro II?) I'm glad to see them in the news regarding their technology being affluent in the mobile market. But the SGX540 is dated to 2007 (source: http://en.wikipedia.org/wiki/PowerVR#Series_5). Did Intel get an amazing deal on GPU chips at the discount/liquidation bin, or is this a reliable strategy?
I was thinking that the boast about encoding in 720p at 30fps already puts it behind the curve of present-day Apple mobile chips, let alone what will be available later this year with the next iteration of the iPhone.
It's never too late to come out with something wonderful - to raise the bar - to redefine what people expect from their technology in ways that empower and delight and amaze. Is this it? We don't know yet. But it's not too late.
Help stamp out iliturcy.
720p video encoding, 1080p video decoding and 1080p via HDMI are considered stunning features?
Heck, Apple's been conservative, and the iPhone 4s has got 1080p video encoding, 1080p video decode and 1080p via HDMI. Androids have had it in 2010-2011 (and were mocking Apple the whole time).
So... the bigger question is - what's the battery life? The performance looks spectacular, but x86 is a notable power hog. And more worringly, I see nothing in the articles about battery life, power consumption, or battery size.
intel should be making these on 22nm and new products being released now,
I think the reason they don't is because 22nm requires more power to operate at a high speed.
Mark my words in the next 5 years ARM is going to have a CPU good enough for a laptop. the cost structure of Wintel will make this a huge financial/profit opportunity for laptop makers
I don't think this matters. The CPU is not why laptops are expensive, so even if some ARM manufacturer manages to match Intel in performance (unlikely), what motivation is there to dump all your legacy software that only runs on Intel?
Also, if AMD couldn't overtake Intel with chips that were at times superior, why do you think VIA or Qualcomm could?
"First they came for the slanderers and i said nothing."
Why do people(TFS and TFA notably not excluded) insist on talking about the part in terms of its GPU performance?
Let's see here... Intel is throwing their hat into the ARM-level power arena... we could discuss how fast their processor is, or we could do a bunch of irrelevant jabbering about how fast the SGX540 that virtually everybody licenses from PowerVR is... Hmm. Hey, let's focus on the part that everybody already knows about and make it even more fascinating by not discussing power for GPU operations; but encode and decode of some (unspecified; but quite possibly a restricted baseline of H.264) 'HD Video' format, and the maximum output resolution!
It's actually a pretty impressive way to natter on about the product without the slightest mention of what may or may not make it interesting. In other news, it is probably made of silicon, and in some sort of density-optimized epoxy package!
... an android x86 avd for eclipse soon, which - i expect - should be much faster that the arm emulator !!
at this point the iOS and android software catalogs are large enough that it's not an issue. developers will build on that.
ARM laptops won't run current PC games or do dev work but 99% of people don't care. Angry Birds has as many customers as Call of Duty games if not more. the hardcore gamer market is tapped out and the next gaming frontier is casual gaming with less emphasis on blood and gore
I recall an instance where third party chipsets were better, but Intel wanted to make a market for their chipsets. They priced the CPU + chipset lower than the CPU bare. OEMs just bought the pair and threw away the chipsets. Somebody correct me if my recall is flawed.
We shall see.
Help stamp out iliturcy.
PowerVR drivers anyone?
intel should be making these on 22nm and new products being released now,
I think the reason they don't is because 22nm requires more power to operate at a high speed.
??? How's that happen, typically the lower the process size, the lower the energy use for the same design (and the higher possible clock speed before heat issues occur).
Mark my words in the next 5 years ARM is going to have a CPU good enough for a laptop. the cost structure of Wintel will make this a huge financial/profit opportunity for laptop makers
I don't think this matters. The CPU is not why laptops are expensive, so even if some ARM manufacturer manages to match Intel in performance (unlikely), what motivation is there to dump all your legacy software that only runs on Intel?
Also, if AMD couldn't overtake Intel with chips that were at times superior, why do you think VIA or Qualcomm could?
The issue isn't cost, but performance. Even a low end x86 (except Atom and AMDs equivalent) can outperform an ARM chip significantly. Also, have you seen the price of replacement notebook CPUs? They are a lot more expensive than similar desktop CPUs. It's not the only reason they are more expensive, but it certainly is part of it.
ARM may in fact catch up to x86 - the question then is, will Intel focus more on their own ARM development? Performance focus has been moving from per-thread performance (where x86 is usually pretty good, and performance/watt is not necessarily a huge concern) to multi-threaded performance (where performance/watt can translate quite well, since you just have to add more cores to up the overall performance). I believe ARM is better at performance/watt than x86, so with ARM catching up on core count (and probably exceeding x86 soon), x86 may indeed lose it's lead. Of course, that only hurts Intel if they focus on x86.
Then again, I can see a slightly different future. Both multi-threaded and monolithic-threaded have their advantages. For notebooks (and maybe desktops/servers) I can see a primary ARM CPU handling most of the work, and an x86 (or Power, or whatever?) taking on the brute force stuff when needed, and otherwise powering down. Of course, applications and libraries will now need to store both ARM and x86 versions, and the OS will need to have code to allow cross talk between x86 and ARM at least at the cross-process level, but possibly even within processes themselves. Then again, that would be a huge undertaking and possibly not worth the effort.
Self proclaimed typo king, and inventor of the bear destroying coffee table (patent not pending).
heck until we can have smartphones powered by liquid naquadah (or similar) the other specs are a yawner
BLUE MAN KREE!
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I'll sell you some Windows 8 tablets, PM me
hopefully it means I can code low level without big headaches switching to new tools for other hardware architectures.
How can any have been sold, it hasn't been developed yet. A better comparison would be Windows 7 Phone, which has sold some (not much, but some). Moving in any direction always requires a first step. MS is moving to the cloud with many apps, so you can add a client-architecture irrelevance to the list of things easing the move. Just as many users don't care about dev/gaming, they also, sadly, don't care/realize the dangers of the cloud.
Mind you, 5 years from now is a long time, it look less time than that for Apple to go from an all-Power architecture to mostly using x86s with some Power stuff for legacy purposes only. And they didn't use any cloud crap. Why couldn't MS do the same switch?
Harming Intel 5 years down the road does not necessarily harm MS, and vice versa.
Self proclaimed typo king, and inventor of the bear destroying coffee table (patent not pending).
at this point the iOS and android software catalogs are large enough that it's not an issue. developers will build on that.
No, it is an issue. Do you really want to buy a new copy of Photoshop and Microsoft Office, just because of some dubious processor change? Are they really going to use "Pages" on their iPhone? Intel is a marketing genius.....when it comes to processors, all most people know about is "Intel Inside." They don't care about RISC, but they DO care when their software stops working. That includes people at home who were stupid enough to pay $50 for Word Perfect that came bundled with their computer.
The only way ARM will overtake x86 is if smartphones overtake traditional computers. There just isn't a reason strong enough to motivate people to switch to ARM.
"First they came for the slanderers and i said nothing."
One of these days, you're going to goof up. You're going to forget to click the Post Anonymously checkbox. You hear me, Richard Stallman? We're on to you!
No, most of them won't be able to afford the phone.
Does it come with a bridge? I really want a bridge!
but you forget that the current laptop PC manufacturers will not touch anything which does not run Windows. Sure Windows will eventually run on ARM and could run on an ARM laptop but you do know that Microsoft controls what Windows gets installed on don't you? They aren't going to allow laptops with just the ARM chip to boot Windows on that even if it's only running Metro and the hardware manufacturers are not going to cross Microsoft.
Apple can pull it off because people know Apple controls everything from the music store, application store, OS and hardware. If Android picks up with a more feature rich application base it might work but again, you won't see standard hardware vendors who work with Microsoft making Linux or Android based hardware and cross Microsoft's path.
We might see ARM on servers but it would have to be specialty hardware to keep it from getting anywhere near what's considered a PC.
Intel has nothing to worry about in the PC market except for a diminishing roll of the PC(desktop and laptop) due to tablet use. Intel has to be in the tablet and phone market to even keep its market share stable. Going with PowerVR was a smart move but they have to keep up with power usage and Nvidia's Tegra 3 just changed the game with the 5th CPU under clocked.
LoB
"Anyone who stands out in the middle of a road looks like roadkill to me." --Linus
That's the big deal to me. For a phone to eventually become a serious notebook and desktop alternative it needs to run an appropriate OS and make use of the vast existing application base.
"This post is an artistic work of fiction and falsehood. Only a fool would take anything posted here as fact."
and how many regular home users buy Photoshop? how about spending $300 to upgrade their trial of MS office they got.
95% to 99% of computer users do
internet
email
light document work for which google apps, pages or the other apps out there are more than good enough
photo editing - there are photo editing apps in both markets and as long as they are as good enough as the current version of iphoto it will be good enough for most people
Asus has a good idea with the Transformer tablet but they are marketing it wrong. they are trying to sell on specs to the power user who will still always buy an intel based laptop. and selling it with the dock for $500 is a money loser. that's why i said give it a few years. 3-5 max would be my guess. of course apple will probably get there first with a major release
Yeah, I heard that from apple fanbois a couple years ago, "iOS has all the apps, nobody will build for android" how's that turning out?
...what's the point?
To avoid corruption, one must remain dishonest.
and how many Windows 8 tablets have been sold?
Huh? Win8 isn't even shipping. How could any be sold?
sell it for $500 but have it cost less to build due to it not being powered by Intel then it's going to get built and sold. and that day will come soon. won't be good for most gaming/dev work but 99% of the people won't care.
Why do iPads sell well? Because there are lots of applications and you can do lots of good stuff.
Why do Windows computers sell well? Because there are lots of applications and you can do lots of good stuff.
A non-intel laptop is going to take a long time to come up to speed once people realize there isn't a wealth of applications available. It's the same reason all those cheap Linux boxes at Dell and Wal-Mart fail - People realize they can't run apps and return them.
Developers code apps for the most common platforms - Right now that platform is x86, and will be for the foreseeable future.
the problem with ARM PC's for Microsoft is that people will think they can install x86 apps on them and they can't. Apple, by virtue of their costs tend to be used by more educated people and because of the smaller market share had/have fewer head aches dealing with migrations. Making the iPad enabled to run iPhone apps was very smart on Apple and Microsoft can't really do that with the market share Windows Phone phones have.
I doubt very much we'll see anything running ARM SoCs which look like a PC(desktop or laptop) and runs Windows 8 for ARM. Metro is the UI and API they need to get cross CPU and cross device applications and without widespread use of that a Windows for ARM PC will just drive the public nuts as they find out there existing software will not work and there's nothing like it available. Maybe in 5 years but looking at Android and Apple's iOS you have to wonder if they can even get to 20% market share in the phone segment in that time.
Had Linux on desktops done better we might see some ARM PCs but you know how the years of the Linux desktop has gone.
LoB
"Anyone who stands out in the middle of a road looks like roadkill to me." --Linus
> A non-intel laptop is going to take a long time to come up to speed once people realize there isn't a wealth of applications available.
Did AMD stop making chips, or just laptop ones? Hmm, neither apparently.
"If you have nothing to hide, you have nothing to fear." - Every fascist, ever
Did AMD stop making chips
Sigh.
OK, you got me. Aren't you so smart?
"Non x86." blah blah blah.
They don't seem to be trying very hard to avoid the implicit customer confusion either. It seems like they're yearning for the backlash. This should be fun.
Help stamp out iliturcy.
Well he is right. Using 'intel' to mean x86 is like using 'ford' to mean 'American automobile'.
Intel stopped focusing on ARM development when they sold XScale to Marvell.
Do you even lift?
These aren't the 'roids you're looking for.
Correct me if I'm wrong (and I could be), but AFAIK there is no strong ecosystem for x86 software that is geared toward usage on a touch-screen phone. Granted, Win8 will run X86 and will probably garner some touch-oriented software for the small screen, but it doesn't exist yet. So if I get one of these phones which 'apps' will I run? I suppose there is the Android x86 port, but I would imagine that most of the existing Android apps would fail in that environment.
We might see ARM on servers but it would have to be specialty hardware to keep it from getting anywhere near what's considered a PC.
It's here. Limited availability and high price as yet.
Help stamp out iliturcy.
Problem solved.
Deleted
AMD and Intel both use IA-32 chips... what does IA mean? Intel Architecture 32 bit.
Just like ARM means chips by TI, nVidia, Samsung or any other manufactures... Saying Intel means anything using the IA-32!
Some people are idiots.
Intel means Intel.
IA-32 isn't really used. We call this x86.
Yeah, I heard that from apple fanbois a couple years ago, "iOS has all the apps, nobody will build for android" how's that turning out?
Quite well thank you.
Intel made an attempt to enter this market before, and failed, circa 2005. They produced such legendary phones as the Motorola A910.
http://it.slashdot.org/comments.pl?sid=2603836&cid=38588550
Given that Windows on ARM does not have the advantage that Windows normally has - of a gazillion legacy apps, this is the best hope for Windows as yet. At least, this way, some Windows programs can be run, if they can accept touch-screen inputs in addition to the usual keyboard & mouse.
Normally, this would be a godsend for Motorola, but given its being part of Google and presumably the most favored Android tablet, I'm surprised that they went w/ this solution. Lenovo makes sense, and I'd have expected Dell to jump into this as well - surprised that so far, they haven't. Done right, this could be a serious challenge to RIM, since it would allow one's work environment to be staged, and employees on the go can keep working on their phones somewhat less optimally than on their PCs, but at least get the most urgent things out of the way.
Here.. Looks quite competitive to me.
The only way ARM will overtake x86 is if smartphones overtake traditional computers. There just isn't a reason strong enough to motivate people to switch to ARM.
===
Can you say a 1 lb laptop with 10 hours of plug free operation? (e.g. an iPad2). That is a pretty sweet, mobile package.
Duke out
Look at Debian or NetBSD sometime -- there's actually a wealth of applications available, it's just not the ones "normal" people want, i.e. microsoft office and games.
??? How's that happen, typically the lower the process size, the lower the energy use for the same design (and the higher possible clock speed before heat issues occur).
Not strictly true. The switching current is what goes down, but leakage current goes up. For older technologies that power threshold was recently crossed, that's why each new process step isn't just about feature size, but new tech to reduce leakage current so the power draw doesn't go insane. So reducing feature size, particularly at the scales we have now have real leakage current issues that need to be addressed at each step. High-K metal gates at 32nm was key to address this. And now Intel has the 3D Tri-Gate that helps reduce leakage current. I should note that these technologies also help increase/maintain switching speeds at the lower voltages/currents/feature sizes as well, which is a big selling point, but power is a huge part of that equation, particularly now in the mobile space.
Right now there are so many company names when Joe Six-pack goes shopping most people come out with stuff from obscure Taiwanese companies that are comprised of components from other companies I can't even begin to read let alone pronounce. While brand names can be a deal closer it is not necessary. Don't forget with all the cheap Chinese manufacturing everyone is getting into the small portable device category, this breeds all kinds of ecosystems.
I think with the new quad core ULP CPUs we will be pretty close if not fully able to virtually host a desktop system. A year or two after that you might have all of your data and multiple VMs and all kinds of hardware virtualized. At the end of the day with some highspeed wireless you could just feed the image as a simple file to a desktop system save the changes and take it with you.
A loop, by its nature, continues. If that didn't make sense, start reading this sentence again.
I'm really not getting the point of all this effort. OK, sure, its kinda cool that they've got a x86 processor that is small and cool enough to run a phone. But the overall features are only on-par with the existing Android ARM phones of the current generation. The multimedia capabilities are also not substantially different / better.
If I want to buy a new phone, what's going to make the Intel-based offering better? Yes, it runs a different instruction set at a low level, but the only way in which that might have mattered was 3 years ago when Adobe Flash support on ARM mobiles was not good. Today, Flash is less relevant, and does exist.
What's really the value proposition for x86 phones? Price? Performance? New applications? Faster wireless? Smaller / lighter? What? As far as I can tell, it is none of those. "Earning a seat at the smartphone table" isn't enough justification for this, in my opinion.
If it also ran desktop Windows 7, now that would be something. But I'd want at least 8GB of RAM, and ideally a 64-bit dual core (quad preferred). Then I could really fulfill the promise of the Moto Atrix, and truly carry my desktop around with me in my hand. That would be something I can't easily do with an ARM-powered Android phone.
Yes. That's been true for 15 years and yet MS and Intel are still on top. People understand their own needs change over time and the mix of software may need to change as well. If you don't know what you might need to use a year or two down the road, it makes sense to buy the platform with the most available software even if there are other platforms that suit your current needs.
pretty damn good.
Intel is using 32nm LP process for this processor. 22nm LP is not ready yet, and probably won't be for a year - Intel has only just got 32nm LP ready for this processor. 22nm HP is not suitable for low leakage chips like this SoC.
I done seen +2 Troll before, but never before have I seen +/-0 Funny.
Don't they already make ARM chips ? Or was the real story 'x86 Powered...'
---- Booth was a patriot ----
and the Overview, Highlights, and yikes "Get The Facts" sections never even mention ARM. I guess people who purchase or run servers don't want to know this little fact.
It reminds me of how Dell had to sell Linux and even had to change pages Microsoft disagreed with.
It may be "here" as in at HP's beta site but it isn't here as in the real world.
LoB
"Anyone who stands out in the middle of a road looks like roadkill to me." --Linus
They're not selling it to just anybody yet. And it's not cheap. It was just announced in November. HP's only one of many though. ARM servers are here, and they're real. It will take time.
Help stamp out iliturcy.
I don't care about smartphones, but this is great news for silent and low-power computing enthusiasts. I'm hope we can look forward to this SoC being used to power fan-less, silent systems.
Intel has by far the largest R&D budget of any chip maker out there. They've done some amazing things in the desktop and server space recently with their "Core" line, to the point where pretty much no one can touch them at the moment on performance or power efficiency (at that performance level).
This is only their first release for the smartphone market, and already they are releasing a chip that beats existing ARM processors while being competitive on power usage. Future iterations are going to get better, and by bringing to bear their enormous and R&D budget and advanced manufacturing processes they are going to push the smartphone industry forward.
You ask:
What's really the value proposition for x86 phones? Price? Performance? New applications? Faster wireless? Smaller / lighter?
By having Intel compete in the smartphone business, I think the answer is "yes" to all of the above. It's just going to take some time to see the results.
Saying Intel means anything using the IA-32!
So by the same token does saying 'AMD' mean 'anything using the AMD64 architecture'?
95% to 99% of computer users do
internet
email
light document work for which google apps, pages or the other apps out there are more than good enough
photo editing - there are photo editing apps in both markets and as long as they are as good enough as the current version of iphoto it will be good enough for most people
Those are the tasks that 95-99% of computer users have in common, not the only things that 95-99% of users do.
Yeah, I heard that from apple fanbois a couple years ago, "iOS has all the apps, nobody will build for android" how's that turning out?
Quite well thank you.
It seems you're having difficulty understanding the question, his point is that while supposedly these 'apple fanbois' said 'nobody would build for android', it turns out that was incorrect.
I don't quite know what definition of 'server' you're using, but if we take the generic definition that includes print servers, media servers, NAS etc., then ARM servers are actually quite prolific nowadays.
Dropbox drops it like it's hot.
... my iphone encodes video at 1080p and has been out for months.
I run: Windows, OS X, Linux, FreeBSD. Just because you have a hammer, doesn't mean everything is a nail.
I was thinking that the boast about encoding in 720p at 30fps already puts it behind the curve of present-day Apple mobile chips, let alone what will be available later this year with the next iteration of the iPhone.
I was about to say that didn't sound right but I see from wikipedia that I was thinking about the iPhone 4 (which only supports up to 720p). Apple's clearly beefed up their video encode hardware in the A5.
nearly two years ago LG were showing off their GW990, an Atom/Moorestown device. The demos looked very impressive and it looked like it might be a winner. I don't recall the reason for it never making it to market every having been made public. My guess is that it was too power hungry to the point of being unacceptable.
It seems you're having difficulty understanding the question, his point is that while supposedly these 'apple fanbois' said 'nobody would build for android', it turns out that was incorrect.
So where is Infinity Blade?
the problem with ARM PC's for Microsoft is that people will think they can install x86 apps on them and they can't.
Responded to this previously.
Apple, by virtue of their costs tend to be used by more educated people and because of the smaller market share had/have fewer head aches dealing with migrations.
I've seen no correlation between Apple use over PC use and education (or intelligence for that matter). Many of them are more willing to pay more for their computer and do without in other areas. Looking around my university, and several other, CS, Engineering and Physicists are mostly PC (Linux), Math is split between Linux and WIndows PC, Chemists, Geological Sicences and most of the Biological Sciences are mostly PC (WIndows), About the only "Mostly Mac" areas are Art/Graphical Design, Philosophy, and Genetics. As someone with a degree in genetics, that is one of the least difficult of the biological sciences. The hard stuff is all PC. Most of the trends in the sciences are because these systems are where they find the best software. Mind you, the Physicists have a prety easy time moving to Mac if they want, so outside of physics, it seems the trend would be fairly strong across universities. From what I've seen, it is.
Making the iPad enabled to run iPhone apps was very smart on Apple and Microsoft can't really do that with the market share Windows Phone phones have.
I doubt very much we'll see anything running ARM SoCs which look like a PC(desktop or laptop) and runs Windows 8 for ARM. Metro is the UI and API they need to get cross CPU and cross device applications and without widespread use of that a Windows for ARM PC will just drive the public nuts as they find out there existing software will not work and there's nothing like it available. Maybe in 5 years but looking at Android and Apple's iOS you have to wonder if they can even get to 20% market share in the phone segment in that time.
Yep, like Mac users were mad at Mac apps not working on ipod/iphone/ipad? LIke Linux users being being mad at Linux apps not working on Android? Like Mac users with pre-rosetta apps flocked away from Apple when they stopped producing Power series sytems? MS is moving to Metro for all platforms (with a "classic desktop" option for the desktop systesm), and it seems they are moving towards .NET as the recommended app development platform.
Between moving towards .NET and towards online applications (the latter I mentioned before), the whole "can't use my old apps" argument seems rather flimsy.
Self proclaimed typo king, and inventor of the bear destroying coffee table (patent not pending).
that was _level_ of education, not form or specialty of education. and on the Mac or Linux users being mad about not being able to run native apps goes, Linux users are far and above more technically inclined since they have to install their OS and the iPhone/iPad are completely different use cases and look and act nothing like a Mac so why would they expect that? This is about the PC form factor and why we won't see ARM based PC devices.
.Net is not pervasive enough either.
There's also a big difference between moving to online apps and actually being there enough to not need any native apps. Besides,
LoB
"Anyone who stands out in the middle of a road looks like roadkill to me." --Linus
It seems you're having difficulty understanding the question, his point is that while supposedly these 'apple fanbois' said 'nobody would build for android', it turns out that was incorrect.
So where is Infinity Blade?
I can't believe you're still having so much trouble with this, I'll try to make it simple for you:
Does anybody build for Android? Yes, in fact a significant amount of people do. Hence the statement that 'nobody would build for android' is false.
How hard is that to understand?
Hence the statement that 'nobody would build anything worth while for android' is true.