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AMD Bulldozer Finally!

Have most people got mother boards ready for BD? Should i get one now or just wait?? Ta

At most a bulldozer is going to be a sidegrade to you, why would you bother. At best I'd wait for reviews and see if the 8 cores makes a different in certain types of usage AND you happen to use your computer like that, IE its awesome in, photoshop, or a 3d rendering package you use, for gaming, for general use, video, net, bit of encoding here and there, why you'd go from a Sandy to a bulldozer I don't know.

For fun, sure, why not, thats as good a reason as ever, but I'd wait for reviews, new mobos/piledriver based Bulldozer might be a better "upgrade" to play with next year.
 
My reason is my brother will pay me what i paid for my board and cpu, i can't get trifire working with eyefinity... nothing will fix it and i have used the 3 cards on a mates AMD setup with my screens with no problems :s so its either try sell my extreme7 and try a Asus board that also has the nf200 chip for trifire or sell it and use AMD.. its for games only.
 
It seems that whilst AMD is falling, both of it's arch rivals have been climbing. If AMD had any good news whatsoever, they would have made it public by now.

edit: Just checked the rating's agemcies where NVidia sentiment has been rising, whilst AMD is falling deeper into the avoid bucket.

You're showing a keen lack of knowledge here.

One thing about Intel, they're very large and are considered a defensive tech stock. The majority of tech is not considered even remotely defensive, you cannot judge AMD based on their share price to Intel.

Intel has a market cap of ~$104 billion, yields around 4.5% whereas AMD is a 'mere' $4.5 billion and no dividend.

On the basis of the dividend alone, holding Intel over AMD is a no-brainer!
 
That'll be no doubt the backlash from Rick.

Market didn't even blink at that. Only tech blogs are overly concerned about that, for the time-being.

It's just the confirmation of yield issues at GF which mean AMD can't sell as many chips as they like - hence missing revenue targets.

If they could produce 3x as many Llanos, they'd still sell them all, I'm sure. It was the same with Brazos, and to some extent still is.
 
@ DM

Brazos, its successor and Llano & its successor and their markets will all eventually be borged by ARM processors. It's inevitable. But for now, you're right, Intel are the ones that are hurting in these markets .... or would be if AMD weren't so supply constrained.

There's no immediate future for Intel in any of these markets. The Atom family of chips won't have out of order execution until mid 2013 at the earliest, meanwhile it will continue to be slaughtered by AMD chips, like for like, and make a miserable alternative to ARM chips.
 
Market didn't even blink at that. Only tech blogs are overly concerned about that, for the time-being.

It's just the confirmation of yield issues at GF which mean AMD can't sell as many chips as they like - hence missing revenue targets.

If they could produce 3x as many Llanos, they'd still sell them all, I'm sure. It was the same with Brazos, and to some extent still is.

Yup, its a shame really, what could have been fantastic had Glofo been up and running yet, has been crappy, though I'm fairly sure its the margin's on both bobcat and Llano that meant the forecast was only a couple % down. If for instance they had the same production issues with phenoms on their margins, it would have been FAR worse. But by the same scale thats how much profit AMD are missing on with lack of Llano's, bucketloads. 200mm2, vs 350mm2 Phenom's, for around the same sale price with AMD buying only the good chips.

Thats where a dual core Llano will help, natively dual core, you'll simply get FAR more cores off each wafer, with similar margins but essentially doubling the output that will help. But so will apparently Trinity's much higher yield over Llano.

AMD should perform pretty god damned well in the market from Q2 next year through, well, till Haswell's release at the very least.
 
What, Bobcat isn't being taken over by ARM, bobcat isn't a tablet chip, nor a smartphone chip, and was never meant to be, Atom is whats being killed, badly, by bobcat, in netbooks, which have rightly evapourated, the netbook bubble burst, and the tablet bubble will burst soon enough(if it hasn't already).

BD is 6 months late? Sandybridge -e is already 7 months late and getting worse, its going to launch without more sata, without pci-e 3 working and without something else it was supposed to have. BD was never supposed to launch till Q3, that was the target for the previous 18 months or so, in the final 2 months AMD thought they could bring it forward because frankly, its ready and Glofo were supposed to be, but, they weren't. Even then it was supposed to be May/June, which is barely Q2, its only 5 months late as it is.

Nvidia's 680gtx is set to be 6 months later than the 7970, Ivybridge has been pushed back 6 months, Haswell has been pushed back 6 months.

But AMD are terrible, while Intel are great despite having worse delays.

Delays suck, AMD shouldn't have gotten over excited and brought the date forward, but they did, thats quite probably part of the reason Bergman is gone. But Intel have had the same/worse delays and no one bats an eyelid.

You know Cederview, the new Intel Atom launched, its way late to 32nm, its supposed to have a dx10.1 gpu, they missed out on dx10.1, couldn't get that working, missed out on dx10 aswell.... it came out in 2006, Intel STILL can't get dx10 working right, its launched, and they won't have a final non beta dx9 driver till November, and December for the 64bit driver...... thats how late Intel are again.

Tablets are eating into netbook/laptop, that's a fact. If AMD wants to gain market share there, which it seems it does, then they will need to make better low power GPU's(might be hard as they sold a lot of that IP to qualcomm).

SandyBridge-e isn't a major release for Intel while AMD future will be determined by Bulldozer.
 
@ DM

Brazos, its successor and Llano & its successor and their markets will all eventually be borged by ARM processors. It's inevitable. But for now, you're right, Intel are the ones that are hurting in these markets .... or would be if AMD weren't so supply constrained.

There's no immediate future for Intel in any of these markets. The Atom family of chips won't have out of order execution until mid 2013 at the earliest, meanwhile it will continue to be slaughtered by AMD chips, like for like, and make a miserable alternative to ARM chips.

ARM won't ever touch AMD, because while ARM goes forward, so will the bobcat family. AMD needs an entirely new chip to move down into tablets and potentially phones, and Bobcat is actually set to move upwards, not downwards, with Bobcat set to cover where it is now and extend into higher end laptops. Basically its going to be moving to quad core, and eventually octo, with improving gpu's. Arm isn't even aiming for netbook/low end laptops and its YEARS away form achieving anything useful there. Ultra low power is just pointless when you've got a fairly big screen, more storage, a keyboard and a battery that can power a 5-10W higher power chip with FAR more performance.

Atom is just, boned, its just bad start to finish, and when they do something as absolutely stupid as screw up the gpu in it every single time, lol its in terms of transistors, a dx10.1 gpu, that they can't get anything but dx9 features working on which is beyond ridiculous. Its such a half arsed attempt at a strategy in the market.

I have no doubt that if Intel REALLY wanted to they could make a great architecture for the market, I think they just don't really care about it, they just want to seem like they do. Atom could have been on 32nm years ago, before anything else tbh, the gpu should have been dx10 years ago.

Intel are just so big they can throw money at something like that to appease people without it hurting them.
 
Tablets are eating into netbook/laptop, that's a fact. If AMD wants to gain market share there, which it seems it does, then they will need to make better low power GPU's(might be hard as they sold a lot of that IP to qualcomm).

SandyBridge-e isn't a major release for Intel while AMD future will be determined by Bulldozer.

Netbooks never really got that big, and while Tablets(for now) are eating into netbooks, its atom suffering as the people who still want netbooks buy AMD. Its a useful market, and useful for sales, and profit for the past year, but long term as I was getting at Bobcat is moving UP not down, and ARM, despite stupid predictions, aren't close to getting "real" power.

People are also vastly underestimation how much power efficiency they will lose long term as they go for "real" performance, the more you do, the more bits you add to a cpu, the more bandwidth it needs, the more transistors. Intel, AMD< Nvidia have all shown pretty simply, architectures designed for REAL speed can't be made ultra ultra low power, and ultra low power chips simply can't get "that" fast.

Sandybridge-E is HUGE for Intel, because, ok not that official name, but its the server architecture, sandy-e is just the part they throw at desktop at a stupid cost for anyone crazy enough to pay through the teeth for it. The Sandybridge server parts will make twice as much as the entire AMD company pulls in, gpu, cpu, server, desktop, mobile.
 
People are also vastly underestimation how much power efficiency they will lose long term as they go for "real" performance, the more you do, the more bits you add to a cpu, the more bandwidth it needs, the more transistors. Intel, AMD< Nvidia have all shown pretty simply, architectures designed for REAL speed can't be made ultra ultra low power, and ultra low power chips simply can't get "that" fast.

Just out of curiosity does anyone know of any benchmarks which compare a high end arm cpu (tegra2, omap4, snapdragon) to a low end x86 cpu (atom, bobcat)?
 
People are also vastly underestimation how much power efficiency they will lose long term as they go for "real" performance, the more you do, the more bits you add to a cpu, the more bandwidth it needs, the more transistors. Intel, AMD< Nvidia have all shown pretty simply, architectures designed for REAL speed can't be made ultra ultra low power, and ultra low power chips simply can't get "that" fast.
Well, this is the old RISC vs CISC debate rearing its ugly head again, except the prize now is not speed but power efficiency. For decades people were saying CISC CPUs couldn't catch up to the raw speed of RISC, then they did. I'm sure that with approaches like the aggresive power gating and type of "microcore" architecture you have in Bulldozer, x86 will eventually catch up to ARM, just like x86 caught up to PowerPC.

The big showdown isn't actually that far away, since Windows 8 will support the ARM instruction set again. But I suppose it'll take another year or 2 after Win8's release for enough useful applications to be recompiled for ARM. By then both Intel and AMD will probably have chips that can compete. In fact, if AMD are quick about it and release some reasonably low-power APUs to power Windows 8 tablets (it sounds like Microsoft are definitely intending to charge into the tablet market in a big way), then the fight might be over before it begins!
 
Not really my argument, CISC/RISC/the game RISK, whatever.

The simple fact is, more cores, need more feeding, more feeding, takes more bandwidth, which takes power, to keep faster wider cores full, you need more prediction, to make it all run smoothly, you need more cache, to get it all working together on the same package, that much more power, you've got to spread things out more, have more layers, vastly more complex interconnects, vastly larger core, vastly larger transistor count, etc, etc.

You will NOT get anywhere near the same power efficiency on a chip as fast as a Sandybridge, as a current low end ARM chip. Can ARM produce something more efficient than Sandybridge, sure, can it approach the efficiency of current ARM chips while at Sandybridge performance, not even close.

Think a small office, with 3 people working, the boss has enough time to deal with everyones issues, tell everyone what to do, when to do it, etc. YOu move to a company with 100 people and the one boss just isn't enough anymore, you need an extra level of control inbetween the "workers" and the boss, and the bigger you get the more you need, human resource departments, health and safety, etc, etc.

OVer years X86 has all of that plus loads of waste.

ARM is only moving into years of support for old chips, Windows 8 could be very bad for ARM, not short term but long term. IF they establish themselves in windows and in desktops, then MS will start demanding that a chip 10 years from now, still has features that ARM cpu's have now, so "support" for older devices is intact.

ARM WILL bloat, everything does, theres almost no way to avoid it.

ARM could end up pretty awesome(but no where near the performance/w people currently think), but in 5 years, it will have lots of bits of logic to maintain support, as CPU's still have x86, and x87 crap all over them. its inevitable, theres very little way around it.

What counts for ARM now, new os's, new devices, and almost most importantly, new markets, with Tablets and smartphones being "new" won't be the case in 5 years, when Android is bloated, established and writen to support every device for years before. On smartphones, people can get away with no upgradable OS's, move to low end laptops, or desktops, not a chance in hell, Android 3, would have to work on devices launched under Android 2.1, and before, etc, etc.

This is pretty much whats killing windows right now, the old bloat, jesus if you look at the ridiculous winxs folder, 25k files or so, of stuff no one needs, just because one guy still uses a printer in Albania that was made in 1942, and needs a 32bit, a 64bit driver, and has to be on everyones computer..........
 
The kind of increase in processing power of ARM chips in the next 1-3 years will render things like Bobcat totally and utterly useless for all but the people who require x86 (a minute portion of the potential market). Competing ARM chips will be as fast if not faster, have way lower TDP and cost less.

It was always (well, it's been clear for the last 5 years) a question of when not if ARM would start competing in and eclipsing traditional x86 markets. People thought it would be low power, high density servers first, but it'll probably be laptops, netbooks and low power desktops first.

@ DM

MS aren't really in a position to make those demands of ARM. Whilst market cap wise, MS are a much bigger company, ARM have market penetration and dominance that MS can only dream of. Their chips will soon pervade markets that they previously didn't, and the x86 guys simply don't have anything to compete. MS needs ARM more than ARM needs MS. The shattering of the WINTEL cartel that the decision to make W8 run natively on ARM RISC brought was obviously not taken lightly and certainly wouldn't have been because of any promises ARM could or would have made to MS.

It's patently obvious to anyone that follows the industry that AMD are going to pull an NVIDIA and start rolling their own ARM chips. The question is whether Intel decide to fight a losing battle in the low power segment, (re)join the fold, or give up completely in the long term and concentrate on higher margin markets.
 
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The kind of increase in processing power of ARM chips in the next 1-3 years will render things like Bobcat totally and utterly useless for all but the people who require x86 (a minute portion of the potential market). Competing ARM chips will be as fast if not faster, have way lower TDP and cost less.

But by the time low power ARM chips are as fast as bobcat, bobcats successor (and probably its successor) will be out, which will be much faster than bobcat.
 
But by the time low power ARM chips are as fast as bobcat, bobcats successor (and probably its successor) will be out, which will be much faster than bobcat.

I doubt very much if that will be true. I also doubt whether most people will want to pay considerably more for much less battery life and marginal gains in performance in 90% of their usage scenarios.

The high-clocked quad-core A15s are going to be really, really quick.
 
But by the time low power ARM chips are as fast as bobcat, bobcats successor (and probably its successor) will be out, which will be much faster than bobcat.

Yes, people keep doing this, its like Pottsey banging on about Mobile graphics, in 15 years they'll be as fast as a console out now, wooo.... but where will consoles be in 15 years.

I doubt very much if that will be true. I also doubt whether most people will want to pay considerably more for much less battery life and marginal gains in performance in 90% of their usage scenarios.

The high-clocked quad-core A15s are going to be really, really quick.

It simply IS true, firstly bobcat is MILES faster already, secondly the gpu in power dwarfs what mobile gpu's can do, for certain things, crap insanely limited graphics on a tiny screen with lots of cheating and on the rails games with next to no game play and prebaked effects it can ALMOST look like its doing something great, in terms of real life gpu acceleration of flash/other stuff, the bobcat gpu is decades ahead.

Bobcat is not meant to fight ARM, its that simple, it never was, it never will. I've already said, the roadmaps are out, bobcat is moving UP not down.

As for what MS can make them do, its not MS, its owners.

You buy a phone, that you all but get free with a contract, people WANT to upgrade them every 2 years because of the increase in power in the mobile market(largely because it was untapped, its the same as building a 486dx computer a few process nodes ago and moving forwards over a few processes, it was an untapped market going through VERY quick acceleration, it WILL stop, mobiles can't get as big as full on cpu's, they can't use 40W, most importantly, they don't need to.

Anyway this is the problem for AMD, if it gets crazy fast, and enters low end laptops and even desktop THAT will dictate long term support for hardware not MS. Why because people will buy a £200 net book, or £50 on top of their phone contract every couple years, but a £400 laptop of £800 desktop, they'll keep for years, and when Android 8.6 is out, and their £500 arm PC is still going strong for e-mail and other rubbish, they'll wonder why all their apps and all their stuff is stuck on Android 5.1.

Its the market, they are in essentially a close market at the low end, closed standards, make a new phone with a new OS, no backwards compatibility is needed, the requirement to upgrade, non existant. Enter the laptop market, enter Dell wanting to sell one computer with a cheap arm and low end gaming gpu, and another computer with twice the core count and a high end gpu........ you need upgradability, a platform, you need an OS to support different hardware, you need drivers, you need everything Intel/AMD provide now for ARM to enter the "real" laptop/desktop market.

This is where overhead comes in, this is where keeping bits from old chips and not massive architecture updates comes in, and they will face the same limits as AMD/Intel, chip size, transistor counts, power, thermals.

The difference is when ARM chips launched they weren't near those limits, the first chips were essentially crap. AMD/Intel work on the limit, ARM have been no where near, they will hit it and huge generational performance jumps will stop.

Then the killer for ARM, the biggest problem. My el cheapo sendo that could text but not much else, I moved on to something that did mp3's, had a real screen, was more usable but not much more than a normal phone, then something with a camera, then a smart phone....... which does everything you could want........ what next?

Phones will hit a limit, people won't want to spend £200 more every 2 years to get a new smartphone when ultimately it does exactly nothing more than their previous phone. Netbook hit the wall, when people realised they couldn't do anything different to other devices they had, tablets will probably go the same way, phones will go the same way.
 
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