Intel Core M Notebooks Arrive, Lenovo Yoga 3 Pro Tested
MojoKid writes: Intel's 14nm Core M Broadwell architecture was announced a few months ago but to date, 2-in-1 hybrid devices and laptops have only trickled out to the market. Lenovo recently took the wraps off their Yoga 3 Pro 13-inch ultralight notebook and it's one of the few devices on the market right now that offers a glimpse of what Intel's Core M processor is capable of in performance and battery life testing. The 4.5 Watt TDP Core M 5Y70 actually keeps pace with 15-Watt previous generation Core i5 mobile chips in testing, but with significantly better battery life. It also enables very thin and light designs like the 2.6 pound Yoga 3 Pro, which is an interesting machine. Its watchband hinge allows it to contort into various positions for tablet, tent, stand and standard modes. The hinge is a "you love it or hate it" kind of thing, but does come with a 3200x1800 IPS display.
The Helix 2 is a more reasonably priced convertible 2-in-1 from Lenovo. The screen resolution isn't quite as high, but it's still a very reasonable 1920x1080 on an 11.6" display. I've run the thing on batttery for 8 solid hours doing standard office type work with wifi enabled and it performs very well.. and unlike the Yoga 3 it is truly a fanless design.
You might want to hold off until the "pro" keyboards that include the addtional battery become more widely available. Those should boost the battery life up to around 12 hours or so.
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Having this week bought a new 13" MacBook Pro (tiny and light) and deciding to pass on the iPhone Galaxy 6 because it's form factor is so huge that it borders on being a mini-tablet -- I have been thinking if Apple could come out with a 10" Air and a standalone iWatch, I'd be completely fulfilled. So when I read about this Lenovo product yesterday, I was a bit jealous. If they can come out with a smaller display sized version and get some Linux drivers for the hardware and offer an Ubuntu version, I would totally leave Apple in a heart beat.
I do not care about latest intel core whatever. What I care about is a usable keyboard and trackpad/point, redundant components and the ability to fix things up when something breaks.
This thing, by the looks of it, has a clickpad. Ergo, its garbage. Lets move on.
Pretty expensive: $1,299. Not a good investment.
One can be used as an actual computer while the iPad is slower by the actual benchmarks and is a consumption device for inbred neckbeards. Your move, mate.
Are there any such hybrid notebook/tablets that use AMD's CPUs? Or is AMD completely dead & out of the game?
At any rate, I don't think these are such great buys until Windows 10 is out - where we have the ability to make the interface Windows 7 like or 8 like as we please.
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This is the one time I will be grateful that the CEOs and executives at the major OEMs (the sort of people who could not find their own asses with both hands and a map much less figure out what customers want) are copycatting Apple, specifically their Retina display. 1366 x 768 displays are an abomination.
I had a Y3P in my cart, but abandoned it. Why? It doesn't have F-keys. It's the same reason I didn't buy the New X1 Carbon (and its horrible mouse) to replace my x230 or original X1. I'm OK with well-done click pads (original X1 being the minimum bar, Chromebook Pixel being the champion) but the recent fiddling with keyboards had made it hard to buy a computer.
13â MBP may be my next computer, but I have never liked MacOS. But I like it more than I like bad keyboards.
Why must Lenovo ruin the keyboard layout? The keypad looks like a small island in a sea of black. It is anti-productive. There is ample room for F keys and other dedicated buttons. Lenovo mucked up the Carbon X1, too. The trend is not good.
According to ArsTechnica:
GeekBench 3: Multicore
Yoga Pro 3: 3981
iPad Air 2:4553
GFBench 3: Offscreen (Manhattan):
Yoga Pro 3: 23 fps
iPad Air 2: 33
GFBench 3: Offscreen (T-Rex):
Yoga Pro 3: 45 fps
iPad Air 2: 70.4
Obviously, I'm cherry-picking here, but still. The iPad Air 2 weighs much less than the Yoga, and gets better battery life. It should not be able to trounce it at any significant benchmark.
This is what I don't like about Lenovo's 'yoga' obsession. It struck me as a straightforward cost effective way to get the 'convertible' capability in a pinch, notable for the relative low cost it could be done with. Now Lenovo trumpets the approach at the expense of others. Helix 2 is a better experience since you can ditch the keyboard weight and even with the keyboard attached, the keys aren't under the fingers when folder up. Without some convoluted scheme to retract the keyboard, but still obviously be a keyboard (the thinkpad yoga).
As a result, I can't get my hands on a helix 2 to evaluate because the only products that make it to brick and mortar are the super cheap or yoga branded....
AMD chips need a lot of juice for a given level of performance. Their Vishera chips that competes with Intel's high end desktop i5s in price and in some cases performance (depends on the benchmark, it is as fast in some, woefully slower in others) needs 220 watts to get that level of performance.
If you desire a power economical processor, Intel are your guys. AMD's architecture and lithography are just not up to Intel's level at the moment.
You also have to remember, with regards to lithography, Intel is WAY ahead of anyone else. AMD's chips are still 32nm, these new Broadwell chips are 14nm.
If you buy a Lenova you also get to do #Yoga for free. #Winning.
Unfortunately my experience with low powered mobile CPU's from Intel are not very good. I bought a Acer E11 with a N2940 Intel BayTrail and yes 7 watt average draw is great ! So is the fact its a quad core running at 1.83 Ghz burst to 2.16 I believe. But it sure don't respond like you would think. Maybe these new M Mobiles will be better? But I think probably not. We are taking performance hits to cheapen PC's and today a $400 laptop probably runs a slower CPU then a $400 laptop just a couple years ago. I am all for saving energy in mobile but not at a significant expense of performance. I had to return that Acer E11 because its performance reminded me of the netbooks that first came out. Same issues, still plague these low powered CPU's. I can already see a lot of these cheap laptops being returned after people begin to experience the laggy performance of the N2000 series Intel's. I doubt the M series will be a lot better. Windows 8 is a shade better but its still a OS that needs something more then a Atom based processor.
Intels continued tick-tock development is at this time only a play to the gallery. The 14nm core actually only has 1 component per 321 '14nm tiles'. This is 1% the density from 10 years ago. The performance has not improved very much over the last generations either.
Maybe it is time for Intel to use their enormous resources to go in a new direction and become competitive in a new world. Otherwise they will tick-tock themselves into fighting a sub 10nm battle with no enemies except Moore's law.
don't cut it off www.mgmbill.org
The intel Pentium M from 2004 with 130nm had a die size of 87mm2, and 140 million gates, or 35 per '130nm tile' so this make the current 14nm 10% the density relative the the technology size, not 1%
don't cut it off www.mgmbill.org
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Imagine how much better it would be as an actual computer if its graphics hardware was as fast as an iPad
Too bad the iPad's code signing policy means that unapproved apps have to go through the WebGL layer. Is the iPad's graphics hardware still fast in WebGL?
Hardware.info (dutch site) has tested the lenovo yoga 3 pro and concluded that it's much better than the older laptops with intel y processors but performs worse than the lenovo yoga 2 with the i7 4510u processor (same price range as the 3 pro). Battery life and weight are almost the same. I would buy the old version!
And yet it still roasts the iPad Air 2 in performance. Seriously, are you actually trying to compare an ARM CPU and some shitty PowerVR crap to an actual PC?
The PowerVR GXA6850 in the iPad Air 2's GPU is slower than the Iris Pro 5300 in the Yoga 3. The A8X is a LOT slower than Broadwell.
The PowerVR GXA6850 in the iPad Air 2's GPU is slower than the Iris Pro 5300 in the Yoga 3. The A8X is a LOT slower than Broadwell.
Yes, it absolutely is, but I suspect that OP must be trolling, no-one technically inclined could really believe otherwise.
I was thinking something more like this
You can assert that the Broadwell chipset is a LOT faster than the A8X chipset all you want. You can even use all caps, but that doesn't stop the fact that the Yoga is faster at single core tasks (like browser rendering), slower at multi-core tasks, and a lot slower at graphics at least as measured by GeekBench and GFXBench. And it's probably a lot slower at long term operations where it will be more thermally throttled than an iPad. The question has always been, can Intel get more power efficient faster than ARM can become performant. As it stands now, it looks like ARM is answering that question.
Those models are defective, they're crazy.
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http://arstechnica.com/gadgets...
Ars also gives the SunSpider results at 294/128 which is crushing while it gives a Octane scores of 9000/12000, which is a beating but not a crushing.
According to this review: http://www.ultrabookreview.com... the 3DMark values you are touting here fall apart on repeated running because of thermal throttling. Now, this is not necessarily the chips fault, maybe Lenovo did a bad job designing the cooling system, or is being too careful with overheating. An iPad Air 2 may throttle a bit, but not the 80% loss of CPU speed seen by the Yoga Pro 3.
My point here is that at this rate, Apple will be putting out a fanless device that is faster, uses less power, has less thermal throttling (so wins both sprints and marathons). As of now, they have a device that uses less power and is faster at certain operations and will win most marathons.
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Same thinking of debian vis a vi systemd opponents.
Same thinking of debian and vis a vi male programmers who oppose feminism:
https://bugs.debian.org/cgi-bi...