VIA has introduced its updated line of Nano processors, built for netbooks and all-in-one computers. The 3000 series promises a 20% performance boost over existing Nano CPUs while managing to reduce overall power consumption by 20% as well.
While I was sliding down bannisters and having -160° alcohol poured on my hands, the AMD camera crew and the overclockers we were all there to see were putting together an honest-to-god documentation of the event.
I forgot to post it a few weeks ago when it came out, so it’s not exactly breaking news, but if you’re interested in how these guys did their incredible overclocks using exotic cooling materials, there’s a lot more info here than in our little film.
Last week AMD invited CrunchGear down to Austin to check out an overclocking event they were holding, at which many, many liters of liquid nitrogen and the much colder liquid helium would be consumed by thirsty processors.
They asked us, however, not to video the entire event, since they’d have their official video coming out shortly and some of the technology being used was still in development. No problem, we said, we’ll just dip our pulled-pork tacos in the spare liquid nitrogen.
I'm eating lunch in the conference here in AMD's Lone Star campus while they're getting their custom cooling setup down to -250°F. Yes, -250°F, 120 degrees above absolute zero. Then they’re going to go for a couple world records while pouring liquid Helium onto the processor. It’s kind of awesome, in a really nerdy sort of way. We’ve got a gallery here and we’ll have video tonight or tomorrow; it’s actually pretty cool to watch.
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Intel just held a teleconference outlining some information on its next Atom platform, code-named “Pine Trail” and introduced a new beta version of its “Moblin” user interface for upcoming Atom-based netbooks, nettops, MIDs, embedded systems, and in-vehicle entertainment systems. Here are some notes from the call…
The Phenom II X4 has been shown to be an excellent overclocker, and recently the world record was set by a group called Limit Team, who took the 3.2GHz stock processor and took it up to an insane 7127Hz. That’s an increase of just over 221%. Of course, while with good ventilation you could probably overclock yours a good 10-15% with no ill effects, this particular hack required “exotic cooling materials” in AMD’s words. Does that mean… like a piña colada?
What’s the matter with AMD? The number two chip maker in the whole world just posted some numbers that don’t reflect too kindly on its performance over the last few months. The big, bad Sunnyvale, Calif.-based corp lost $416 million last quarter; about $195 million of that was related to a corporate spinoff (see: GlobalFoundries). When put into scary percentages, AMD’s sales fell off 21 percent. Meanwhile, Intel, what with its Core 2 Duo and, more importantly, its Atom, continues to hum along nicely, expecting sales to rise for this same quarter. So what gives, AMD?
It is always wise to take these kinds of promises with a grain of salt, but if a company says their chip will allow a phone or similar device to run Xbox-level games, they’ve got to be at least partially serious. That’s just what’s promised in the upcoming batch of ARM processors, although I’m going to want a bigger screen if I’m going to take up Halo Mobile.

It’s an improvement worthy of the greatest trick of all time, the 9800 Pro pencil mod — and probably just as boneheaded of an idea to try. This little hack enables the latent fourth core on certain Phenom processors, assuming you’ve got a certain type of Biostar mobo. Of course, there’s probably a little more to it than that, so I’d hold off on this unless you’re feeling really adventurous.

That firecracker CEO of Nvidia, Jen-Hsun Huang, has revealed that Nvidia will be putting out an “Ion 2″ platform using VIA Nano processors instead of Intel’s Atoms. The pairing isn’t surprising, considering that the Nano processors are supposed to be quite as capable as Atoms, and Nvidia’s relationship with Intel right now isn’t exactly all fun and games.
The PCMOS system, designed by Rice University researchers, promises a speed increase of 700% at a thirtieth of the power demands. How, you ask? Well, transistors today are very tiny and use a lot of power to make sure that the intentional signal overpowers the random noise at that near-molecular scale. This is getting harder and harder, as transistor counts multiply and voltage per transistor increases as well, processors are getting hotter and more power hungry by the generation.
The creators of PCMOS think that by using “probabilistic logic” and accounting for noise in a different way, they can do a huge amount more work with a given amount of silicon.
AMD enthusiasts should mark February 9th as a red-letter day. Five new processors have been unleashed by the ailing but effective CPU company, and they look like a serious value. If you’re looking to upgrade your box right now, these new processors are pretty much the only reasonable option.
Plus, you can upgrade now with your DDR2 setup, and then move to a new DDR3 setup in six months and keep the processor, since it’ll be compatible with both. More deets inside.
While Intel is working on taking on the GPU sector (and may just have a deal with Sony to do it), its main rival, Nvidia, is looking to get into the x86 processor business. The video hardware giant is assembling a team from scratch to make a competitor to the Intel and AMD’s CPUs — but doesn’t seem to care that the technology is proprietary and must be licensed from the very companies they’re trying to overthrow.
The economic crisis and resultant drop in spending has slowed down a lot of tech industries. Even the big players like Intel, NEC, and IBM are taking major hits, part of which is due to, well, people not buying their products. Intel in particular has delayed some rollouts due to a warehouses of Core2 processors and motherboards they expected to have sold by now.
One such casualty is their GPU/CPU combo, which was probably to be launched later this year.
But there’s good news!
Although we were a little underwhelmed at what Fusion actually turned out to be (it got a lot of hype), the good news is that it’s helpful anyway, and it’s not bound to hardware. AMD doesn’t want you to do this of course, and the usual caveats of “at your own risk, etc” apply, but there is a way to make Fusion work on your Intel or (I should think) even VIA processor.
It looks like the planned “Lynnfield” mainstream versions of the Nehalem architecture chips won’t be arriving until August or possibly September. That’s bad! But Core2 Duo and Quad chips are expected to receive a price cut very soon. That’s good! If you’re in the market for a processor, wait a couple weeks and save yourself a few bucks.
But what could be the reason for this delay?
While it has been a sort of unspoken truth that AMD has ceded the performance cup to Intel over the last couple years, they’ve instead provided an extremely compelling value option, with their processors doing nearly the work of the more expensive Intels for far less money. The new Phenom II processor was to be the keystone in AMD’s new Dragon platform, and while the other features of the platform are still great, it looks like the new processor isn’t going to bring any competition to the table.

A lot of attention has been on Intel’s Nehalem/Core i7 lineup, but AMD hasn’t been slacking. They’ve been working on rolling out their next platform, which is really much more of a complete package than I’ve seen in a while. The new 45nm Phenom II X4 processor is designed to work with the Radeon 4000 series of video cards and the newest 790 series of motherboards.
They’ve got a real triple threat here, as when you buy into their whole little ecosystem, you get some serious benefits.

The hard science behind your processor may not be interesting to you now, but if Intel were to say “Sorry, it’s physically impossible to go any faster,” you’d get real interested real fast. Or not. At any rate, it shouldn’t be a problem yet, as even the major quantum-physical barrier posed by the move (still far distant) from 22nm to 16nm appears to be surmountable, according to research by some guys who probably know what they’re talking about.
And in the meantime, the stage is set for Intel to deliver their next “tick” and “tock” in the form of a shrinkage (giggle) of the Nehalem architecture to a 32nm process late next year, then a move to the Sandy Bridge architecture some time in 2010. After that it’s anybody’s guess, but it’s been like clockwork so far.
By this time next year, the line between netbooks, UMPCs, handhelds, palmtops, netblets, MIDs, and whichever other portable internet doodads you can think of might get all the more blurry with Intel’s 32-nanometer “Medfield” Atom chip. The current “Diamondville” chip is 45 nanometers, which is already pretty small.
The Medfield chip is thought to be aimed more at the handheld market than the netbook market. Intel will apparently be pairing Medfield CPUs with a graphics chipset called PowerVR, which is currently used for ARM-based devices and is specialized to consume minimal power. That’s not to say that this same setup won’t be found in future netbooks as well, but it does point at a potential move by Intel into smaller and smaller device categories.
[via Reg Hardware]