Intel Compute Stick Updated With Cherry Trail Atom, Tested (hothardware.com) 90
MojoKid writes: The original Intel Compute Stick wasn't without issues. Last year's model featured dated 802.11n wireless connectivity and had only a single USB port, which meant using a hub and/or dongles, should you want to connect multiple peripherals to the device or boost its wireless capabilities. The new updated Intel Compute Stick, however, features Intel's newer Cherry Trail Atom platform, with 802.11ac 2x2 WiFi, and USB 3.0. There's still just 2GB of RAM in the device, along with 32GB of storage, but Windows 10 Home also now comes pre-installed. The result is a fully functional PC that won't burn up any benchmarks but offers utility for mainstream computing tasks and is even capable of streaming up to 4K video content. The little device can essentially turn any HDMI-equipped display into a basic PC.
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One reason: Control freaks are not good customers.
USB networking sucks does not have the bandwith (Score:2)
USB networking sucks does not have the bandwidth for dual 100meg much less dual gig-e. Also lot's of cpu overhead.
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I interpret the idea as the small computer thingy having two NICs on its own, and USB is used for power (mainly, could be used to send some log data to the PC). A kind of dongle that piggybacks on the PC and its network interface. As that would sit somewhere behind the tower, or perhaps in some other unsaviory place I am not sure why you would put a display on it.
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The market for such a thing would be probably just you.
Almost no one cares, and those that do care are better served by using a more general use device to connect to a router and get that data.
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The thing is a fixed function device adds nothing compared to adding software to instrument the stuff already there. The LCD adds expense and can't really show nearly as much as a dedicated web page or application could relay.
Re: Firewall stick (Score:1)
It's not Intel or a stick, but PC Engine has a board that uses AMD's jaguar CPU, and had three Intel gigabit nice, mSata, supports SD booting, and had two mini pcie slots so you can add WiFi.
It's over kill for what your asking for, it's still small enough to be portable. At the board is under $150 http://www.pcengines.ch/apu2b4.htm [pcengines.ch]
Poor Intel (Score:4, Insightful)
The proliferation of ARM architecture seems to be scaring the shit out of them
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With an almost steady $15B revenue quarter over quarter I hardly would consider diversifying to fend off a competitor "scaring the shit out of them".
Creating this just seems like good business sense. Now when they start giving them away for free in an attempt to fend off a competitor then we can talk about being scared.
Windows 10 ... (Score:3)
Re: Windows 10 ... (Score:4)
There's definitely a deal involved. Windows is the only OS that really needs Intel. And MS has shown with the (failed) Windows RT that in a pinch, they could do without.
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Windows IoT Core also runs on ARM, so the core code base is certainly cross platform.
Re: Windows 10 ... (Score:3)
Hence, why MS is pushing Windows 10 and Metro over win32 app development hard.
NT from day 1 was purposefully written on non Intel cpus so it could be possible to not be tied. 1st with mips, then PowerPC with NT 4, then Alpha with Windows 2000, and server xxxx were made on Itaniums and always backported to X86.
It is the applications which is why Windows is around.
If everyone ported all their applications to metro APIs then an ARM wouldn't be a problem
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Problem is that Microsoft had that golden opportunity in the 90s to build a platform independent ecosystem, not just architecture, but Gates (not you) was more interested in the partnership w/ Intel. Therefore, Microsoft deliberately ignored the RISC platforms of NT. Since MIPS and Alpha were 64-bit workstation class CPUs, Microsoft could have developed a 64 bit NT on those and built an ecosystem that had portable apps. That would also have helped them migrate more decisively to 64 bit Windows. That wou
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MS did port Windows 2000 to Alpha 64bit, but it was only for internal use. No idea what it looked like : full GUI with Minesweeper and Solitaire?, or just a kernel and stuff and text output to a serial port.
But in late nineties when your typical dekstop had 16MB to 64MB memory I'm not sure that 64bit was all that needed. Also, by early 2000 you could get a dual Pentium III with lots of MHz and a Geforce 256 graphics card ("workstation" graphics card such as 3D Labs were still around too, for the PC). So I'm
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Those would have been niche platforms for niche applications, such as AutoCAD, Pro-Engineer, Mathcad, OrCAD, VHDL, Verilog, et al. For those sort of things, the Alpha would have been great. And NT on MIPS could have run applications similar to the ones running on Silicon Graphics workstations. The market wouldn't have been the same as desktops, but having a full blown Office would have helped as well. But it would have been a good dev platform for building today's apps.
However, I do think that Intel w
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On the contrary, Microsoft's original vision for NT was to get Windows everywhere - particularly on RISC platforms which at the time far outpaced Pentiums. That's why they developed it on the i860 and the DECstation 3000 (a MIPS based TURBOchannel workstation), and DEC helped w/ the Alpha port. Dave Cutler was hired b'cos Microsoft wanted an OS that matched VMS and Unix in terms of capabilities - something that was out of scope for even Windows 95.
It was Compaq that dropped support for NT on the Alpha,
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The thing is just having the ports wouldn't have been enough anyway. At the time there was no strategy for cross-platform executables (no OSX-style multi-arch binaries, no java-like bytecode thing that was yet in a suitable shape to displace native applications of the day....
Re: Windows 10 ... (Score:2)
NT on Alpha was popular for cad apps like lightwave. I had Windows 2000 rc3 for the alpha. My school used them as they were fast.
NT PowerPC ran on some IBM stations too.
The movie Titanic was made on alphas with NT and Linux. Visual studio and office were ported over and so were server products. Exchange 2003, sqlserver2005, and server 2003 were all demoed on Itanium systems back in 2003 for benchmarks.
I can't fault them. I fault the phb and developers who wanted everyone to take the risk 1st before porting
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Ok, but that was a niche. It could have spread out more, but didn't. I do blame Microsoft - like you said, it was just a question of recompiling, and if it wasn't, Microsoft could have worked internally to make sure that VC++ and Visual Studio worked thoroughly w/ MIPS and Alpha. You are mistaken about Office being ported - while Word and Excel were, Access wasn't - and that would have been one huge thing they could have had there. PowerPoint too.
My point is that Windows would have been as native to A
Epic of Itanic's journey (Score:2)
The very concept behind Itanium - VLIW - while good for Comp Sci textbooks, was a horrible one from a market POV. In VLIW, since everything rests w/ the compiler, every change in generation breaks compatibility - whether it's adding more registers, more pipelines, more ALUs... In addition to all the maintenance work that they have to do on their software, every ISV would have to issue new updates to their software everytime Intel came up w/ a new CPU. In short, even someone who bit the bullet and adapted
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So much for smart TVs (Score:2)
I want my next TV not to do anything on it's own. I only need a switch between the 4-5HDMI inputs it needs.
Putting OSes which wont be supported in a few years and apps which are there just for advertising the current generation of TVs into a device which easily lasts 5-10 years in nothing but planned obsolescence.
Re: So much for smart TVs (Score:3)
what you're describing is called a computer monitor.
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what you're describing is called a computer monitor.
I'm surprised there aren't a lot of 'monitor only' media products. No need for mine to have speakers or smarts, just on/off and video processing & picture adjustments. In fact, I'd like to see a thinner product that moves all the tuner/video processor/inputs to a separate box.
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so like a samsung TV + samsung evolution kit? They release a new evolution kit every 1 - 2 years to give the TV support for newest cabling standards and codecs. (that's about all i know about it, so don't ask me additional questions)
i think this is a step in the right direction; if it does what i'm hoping it does, i would no longer be afraid to buy an expensive TV. at the moment, i refuse to buy something that won't support standards common in 2 years. this gives one a path of upgradability.
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so like a samsung TV + samsung evolution kit? They release a new evolution kit every 1 - 2 years to give the TV support for newest cabling standards and codecs. (that's about all i know about it, so don't ask me additional questions)
i think this is a step in the right direction; if it does what i'm hoping it does, i would no longer be afraid to buy an expensive TV. at the moment, i refuse to buy something that won't support standards common in 2 years. this gives one a path of upgradability.
Kind of like that, but take it out of the monitor cabinet and move it to a box to place by the AVR.
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I agree with the sentiment, but the incremental cost of the 10-15 dollar board to be 'smart' is next to nothing, the cost of maintaining multiple SKUs far outweighs the savings that would be had by skipping it. The mass market not being able to start 'netflix' out of the box can be a severe competitive disadvantage if a vendor actually skipped the concept entirely for a product.
I just ignore the existence of the DLNA/netflix app/etc my TV has (terrible experience anyway). It works as a 'dumb monitor' just
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But again, the cheap speakers they put in are nothing compared to contending with clients not understanding and having to maintain different models to cater to both (and the exchanges when someone realizes they got the lesser one and wanted the speakers and such)
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Except a computer monitor is *much* more expensive (Score:3)
Yes, I too would like a monitor-style TV (loads of inputs, *no* built-in tuners or even built-in audio), but you wouldn't suggest an actual computer monitor because the price increases exponentially once you go beyond a 24" monitor.
Dell's 55" computer monitor ("only" 1080p!) is over 1,000 pounds ($1500) in the UK, whereas a 55" 1080p TV can be had for little as 400 pounds ($600).
Re: Price of a TV vs a Monitor _depends_ (Score:2)
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And no, it's not everywhere you pay a TV licence, here in The Netherlands it was scrapped years ago and the money for the public broadcasters is now coming from the state budget.
As has been said for so long, checking on the licences was expensive and virtually everyone watches TV anyway.
Now, I believe a lot of people will agree with me that the BBC is doing a damn good job with the rather high licence money th
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I think there is no financial motivation to do this. The hardware really takes up no significant space and for a high end TV is a trivial fraction of the cost. It is a small minority of people who would care about this. So you're going to get your Smart TV and like it.
I don't really find it gets in the way. I never use the Smart TV features but I never see them either.
Re: So much for smart devices.. (Score:2, Interesting)
Putting OSes which wont be supported in a few years and apps which are there just for advertising the current generation of TVs into a device which easily lasts 5-10 years in nothing but planned obsolescence.
I tell you: Utterly Stupid and Easily Compromised Things is just the beginning
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Compared to Celeron 430? (Score:2)
Just last week, a friend gave me an old PC which he had used as a BSD file server. It has a Celeron 430, 1.8 GHz. I threw in 4 gigs of DDR2 and an old 128 gigs Kingston SSD.
Could anyone tell me how this stick compares to the above machine?
Re:Compared to Celeron 430? (Score:4, Informative)
I suspect the 'pc' is far far more versatile and a bit faster as well....
After some searching, I did find the result eventually:
http://cpuboss.com/cpus/Intel-... [cpuboss.com]
Single-core performance, the Celeron M 430 scores 894 and the Atom scores 761. However the Atom is a quad-core so probably makes up for it.
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The celeron has an older GPU too, if you were planning on using the PC as a workstation.
A desktop PC will use a lot more power. Check your electricity bill!
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A desktop PC will use a lot more power. Check your electricity bill!
Yeah, TDP of a Celeron M430 is 27W. TDP of a Cherry Trail x5-z8300 (the model used in the cheapest compute stick) is only 4W.
Basically every single facet of the Cherry Trail beats that old Celeron, except in single core performance. And in normal use, the Cherry Trail would probably be faster, even during single-core tasks, due to having a more capable GPU that can accelerate media/graphics/DE tasks that the Celeron M would have to do in software.
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the 23 watt difference wouldnt even be noticeable on your electric bill
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The fan noise will be noticeable. The savings may be greater than 23 watts (rest of the system uses power, for example). Somewhere between 2 and 3 dollars a month of power savings is admittedly not much, though if you did something like that with a 25 dollar stick, it would pay for itself in less than a year while also being an upgrade.
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the 23 watt difference wouldnt even be noticeable on your electric bill
It would on your battery life.
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Faster? Only on single-threaded code. A 2007 Celeron will struggle otherwise against a quad core Atom.
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I suspect you can't put that PC in your pocket.
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1) The PC-on-a-USB-stick does not have the SATA connectors
2) The PC-on-a-USB-stick stick does not let you add PCI-e cards.
And that is why you can't use a PC-on-a-stick or more importantly an ARM device as a home firewall or NAS server and so on. The Celeron 430 is likely preferable for a whole lot of use-cases.
The advantage o
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Actually, Gigabyte makes an ARM motherboard in an ATX form factor. It has the usual things you might expect on a ATX motherboard such as DDR3, SATA, USB, PCI Express, and no less than 4 NICs. Would make an interesting home firewall (or Linux box).
http://b2b.gigabyte.com/products/product-page.aspx?pid=5422#ov [gigabyte.com]
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It's a "Core 2 Solo" you have there. A fast single core PC is not bad at all, except perhaps with Windows + antivirus + crapware running.
Even multitasking is not a problem, unless you run a CPU hog. What made me move away from single core was how installing an OS in a VM, with the CPU at 100% for every I/O made the PC run like crap (after installing though, Virtualbox guest additions remedy that by a fair amount).
btw it's Celeron 430 not Celeron M 430. Celeron M has 533MHz FSB, 512K L2 and is 32bit, Celeron
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Thanks for noticing that!
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Yeah, it does make me laugh. Unless they're planning on doing HD video editing on the thing (good luck with that CPU) then 2GB of RAM is extremely generous for a tiny little PC like that considering what else they have to squeeze into the chassis. Also its a bit sad that applications and OS's are now so bloated that GB of RAM are even needed.
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*cough* Windows. :)
In any case, high end phones come with 3GB.
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Yeah, it does make me laugh. Unless they're planning on doing HD video editing on the thing (good luck with that CPU) then 2GB of RAM is extremely generous for a tiny little PC like that
It doesn't matter how generous it is for a tiny little PC like that, it's not sufficiently generous to run Windows properly. 2GB is narrowly enough for Windows 7, but that's about it. If I could run Win7 on it, I might consider it, although obviously what I want to run is Linux. Microsoft has always been an asshole, but they are dead to me since this telemetry crap.
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a pure 64 bit OS would work fine. Just Windows is a bit bloated of a footprint to begin with, and Windows 64 is essentially two installs of windows (WoW64) exacerbated by typically preinstalling even 'uninstalled' components, just in case.
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They said 32-bit 'OS', not 32-bit 'windows'. And a hypothetical Windows 64 without WoW64 and dism to remove the crap would probably fit fine, though be useless (unable to run 32-bit apps).
"Active cooling?" Please explain like I'm five (Score:2)
Why would anyone design a small plastic shell with a narrow airspace inside that requires what must be the world's tiniest, cutest and probably dust-prone fan, that spins up "fairly often" says the article, to provide obviously insufficient cooling for longevity since it's "warm to the touch"...
And side connectors (likely) PCB mounted. Yeah, those tiny high strain connectors that tend to spread out or pop off, rendering expensive modern devices still functional but useless...
All this INSTEAD of making the w
Re:"Active cooling?" Please explain like I'm five (Score:5, Insightful)
Please explain like I'm five
OK, i t ' s . . t o o . . e x p e n s i v e.
The plastic enclosure can be stamped out for a penny a piece. The aluminium one would cost more. The device only has to last as long as its warranty period. No reviewer is going to have the device for more than a few days before they write their glowing, uncritical and simplistic reviews (basically: it's shiny, buy it) so the chances of one failing is minimal.
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It's a cheap throw-away device.
All connectors are PCB mounted. The question is whether it is surface mount or through mount. One would hope they wouldn't surface mount the connectors, though I have seen that done. Considering the metal shroud around most computer connectors provide just EMC shielding and rarely ever structurally reinforces them (some blind mate connectors are sometimes a bit more reinforced), this has in practice worked.
So the biggest question that I would have is whether they could have
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It's a cheap throw-away device.
People keep saying that while I see price ranges from $88-$150.
Is this cheap as in unit prices will go down until anyone who bought one in the last three months will be really pissed? Or cheap as in that $90 bluetooth headset I bought where they said the battery was not replaceable and by the way it only lasts three years? Or cheap as in those burning hot Chinese power supplies that make me question whether UL is on the take? Or cheap as in rich people kinda thinkit cheap?
I' actually am looking for a low po
Re: Why Bother? (Score:2)
And people still run XP on Pentium IVs fine. Since when was the cpu at all the bottleneck for the vast majority of users this century?
The 1980s and 90s are over where this was always the case and of course ram. No one needs 8 gigs of ram to check their email and launch word
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Re: Why Bother? (Score:2)
With an adblocker the 2 gigs is plenty. Or IE 8 is lower than a modern browser too
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A Pentium 4 1.5 ghz would be terribly slower than this thing. Pentium 4 was netburst architecture so performance per clock was terrible for its time, and this thing probably delivers twice as much performance per clock as the best processors of that era, and probably three times as much as a netburst.
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If you were after performance you'd look at a Core i3/5/7.
Power consumption - by using an Atom, I save several dollars a month not turning on the P4 donated to me by a family member. P4 desktops are noisy buggers, which one notices in a home office.
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