NVIDIA Drops Pascal Desktop GPUs Into Laptops With Mobile GeForce GTX 10-Series (hothardware.com) 42
MojoKid writes: NVIDIA's new Pascal core graphics architecture is being driven throughout the company's entire product portfolio, as is typically the case. Today, NVIDIA brings Pascal to notebooks with the introduction of the NVIDIA Mobile GeForce GTX 10-Series. What's interesting is that the first laptop-targeted GPUs are actually quite similar to their desktop counterparts. In fact, all three of the Mobile GeForce GTX 10-Series graphics processors NVIDIA is announcing today come sans the traditional "M" tacked on the end of their model numbers. As it turns out, the migration to a 16nm manufacturing process with Pascal has been kind to NVIDIA and the Mobile GeForce GTX 1080 and Mobile GeForce GTX 1060 have nearly identical specs to their desktop counterparts, from CUDA core counts, to boost, and memory clock speeds. However, the Mobile GeForce GTX 1070 actually has a few more CUDA cores at 2048, versus 1920 for the desktop GTX 1070 (with slightly lower clocks). By tweaking boost clock peaks and MXM module power requirements, NVIDIA was able to get these new Pascal mobile GPUs into desktop replacement class machines and even 5-pound, 15-inch class standard notebook designs (for the 1060). In the benchmarks, the new Mobile GeForce GTX 10-Series blows pretty much any previous discrete notebook graphics chip out of the water and smooth 4K or 120Hz gaming is now possible on notebook platforms.
The Jensen and Wirth book is still handy! (Score:2, Funny)
It's a good thing I still have my Pascal User Manual and Report. After all these years it may come in handy again!
Where am I being shafted? (Score:2)
So where am I being screwed?
Is the mobile version running a lot slower, or is the desktop version just rubbish?
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What?! You can use them on batteries?! I thought they were PCs with built in UPSes so you can go from wall socket to wall socket, or shut it down gracefully in the event of a blackout...
They are mobile computers in that they have everything you need built in, and a UPS to help you move it from socket to socket...
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> Keep in mind this isn't going in MacBooks, since their hardware architecture people refuse to do anything but AMD
Thankfully there is an eGPU (External GPU) solution. [bizon-tech.com] Check out this benchmark! [youtu.be] .. it uses all these at the same time:
* Mac Pro 8-Core CPU
* 2x GTX 970
* 2x AMD FirePro
But yeah, it does suck that Apple abandoned nVidia. Hopefully the next generation of MBP will address that.
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But, if you're okay with the limitations, it's perfectly capable of doing anything the average person would need a computer for while on the road. You're not going to crunch a big set
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... by being told you need 4K on a laptop.
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Unlike previous generations of mobile GPUs which were a whole model behind in power based on the name, this generation should be within 10% of the desktop versions if not identical in performance (stock, reference design).
Yeah, because they're apparently practically the same thing. 10% less performance for 15% less power? Perfectly possible. Meanwhile, have you wondered what it takes to dissipate ~200W of heat flow from a laptop?
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This is true. We use a 19" laptop in our living room to watch netflix and stuff on instead of having a real tv. When we are done with it we close the lid and it lives in our coffee table. We have dedicated gaming machines and a xbox on the downstairs TV and I have a desktop in my den but for my wife and the kids they like being able to put the computer away when not in use.
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So where am I being screwed?
Is the mobile version running a lot slower, or is the desktop version just rubbish?
You will not be screwed, just burned badly by a 200W GPU in a too slim ultrabook.
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So where am I being screwed? Is the mobile version running a lot slower, or is the desktop version just rubbish?
The GTX 1080 "mobile" solution reportedly has a TDP of 150W, the desktop version 180W so first of all it won't be in any ordinary laptop. It's a basically a die harvested version, presumably at a solid premium so price-wise I'm guessing you'll pay considerably more for the mobile version. What it does say is that nVidia could make a bigger more bad-ass card but we already knew that, but $/transistor hasn't improved as much as watt/transistor. The GTX 1080 has 7.2 billion transistors vs the GTX 980's 5.2 bil
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With most graphics cards, you can cut power consumption by 30%-50% if you're willing to lose 10%-20% performance. Just drop the frequency and voltage a bit.
Desktop parts are tuned toward the higher end of what the hardware can handle. You've got the power and cooling to support it, and you need to win the performance.
Most people are interested in overclocking, further showing that the chip and board designers are right in choosing to sacrifice efficiency for more performance. For the desktop market.
If they
Pascal, Already Got It on my old Laptop (Score:2)
I really wish companies wouldn't re-use terms that were common for some other major product or service in, say, the last 100 years. Every time I see these NVIDIA news posts I think "woot, finally get to use Pascal again, er... oh."
I know, get off my lawn, etc etc.
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NVIDIA Next Gen Pascal Architecture (Score:5, Funny)
will be called Turbo Pascal
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I wish I had mod points.
+1, Nostalgic
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Yes, and it will allow games to run in "Protected Mode".
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Defend? Is this some kind of subtle troll that pretends to misunderstand that this is a great thing for Nvidia? Great also for consumers, actually, as traditionally laptops get very weak graphics cards, but on this round they can get up to the high-end desktop equivalents. Of course they are expensive and their power profile will only fit on desktop replacement type laptops, but still it is nice to have the option. And I assume this means that AMD will also be able to fit their (less expensive) Polaris desk
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Can't wait for them to start yapping. What mental gymnastics will they use this time?
I don't think anyone is going to be able to beat your gold medal winning mental gymnastics on this one.
VR to notebooks (Score:2)
“The problem is that even if the dedicated card generates an image, the integrated card is what outputs that image to a monitor,” Lyons told me. “With VR, that monitor is your headset. Unfortunately integrated cards just aren’t powerful enough to output images to a VR headset without la
Mac mini? (Score:2)
Skylake and Mobile GTX-1060, maybe?
NVIDIA Mobile GeForce GTX 1060:
GPU Core: GP 106
TDP: Approx 75 Watts
1280 Cores
1400MHz Base, 1670MHz Boost Clock
Memory: 6GB GDDR5
Memory IF 192-Bit, 8Gps Datarate
Yikes, 75 watts. Never mind, there's no way Apple's going to use this in anything but the iMacs.
they need to change the name (Score:3)