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If this is real... the "A8-3510MX" is one hell of a mobile apu. (Please AMD, for God's sake, change that name! Phenom !!! (3) has a nice ring to it...)
In the specs there was a "Radeon 6620M Graphics", knowing that every HD6-series part below the 6950 is VLIW-5 or "Evergreen"-based, this specific chip has graphics capabilities between Redwood/Cedar and Juniper. If Llano only has 480sp as rumored, it is pretty impressive.
I wonder if there will be desktop versions of Llano, would make for a nice low-cost, all-around system.
And of course when we have both HW in the open, nobody would be able to replicate the performance. then somebody will discover that AMD used a pre-release Sandy Bridge mobo, with buggy drivers, that it did not have the proper video driver loaded, that it had 5 HDDs instead of one and so on.
Kinda of like Nvidia benchmarked its soon-to-be-released Tegra vs. Core CPU from 2006 in notebooks and used GCC 4.4 for Tegra and 3.5 for Core and claiming a resounding win. But when people used also GCC 4.4 on the Core platform it outscored the Tegra by 30%...
http://www.softpedia.com/reviews/wi...-Intel-s-Core-2-Duo-T7200-Review-185406.shtml
If this is all fair and good, then this is an impresive showing by AMD. Since this is a quad core, I am assuming that is is using 2 Bulldozer modules with 4 integer cores and 2 FPU's.
However how hard is demo stressing the graphics portion of the APU versus the CPU portion? I wonder about this because we know that AMD's APU's have done better jobs handling graphics.
If this is all fair and good, then this is an impresive showing by AMD. Since this is a quad core, I am assuming that is is using 2 Bulldozer modules with 4 integer cores and 2 FPU's.
However how hard is demo stressing the graphics portion of the APU versus the CPU portion? I wonder about this because we know that AMD's APU's have done better jobs handling graphics.
Nope... Llano is based on the 'Stars' cores, aka Deneb, Thuban, Propus... K10.5 arch, not Bulldozer.
Posted via Mobile Device
these are NOT bulldozer modules. This is Llano, not bulldozer- bulldozer is the high-end desktop part, not the laptop/low powered desktop.
They list the mobo/drivers at the end of the video, don't seem to be playing games there. Given how Llano's GPU is supposed to have up to 400 SP's its not unreasonable to expect it to whomp pretty much any SB in graphics heavy work loads.And of course when we have both HW in the open, nobody would be able to replicate the performance. then somebody will discover that AMD used a pre-release Sandy Bridge mobo, with buggy drivers, that it did not have the proper video driver loaded, that it had 5 HDDs instead of one and so on.
Mobile chips are just binned versions of desktop chips, selected for power usage over clock speed. So on a per clock basis the desktop and mobile versions of Llano will perform the same but the desktop versions will likely be the fastest over all since they'll have a higher thermal capacity to work with which means higher clocks is a given.but my question is: Is this performance indicative of the what the desktop chips will produce also or will there be more powerful, higher freq Llano chips that will be able to compete with the 2600K and such?
What? You're not making any sense at all. Running the FF-whatever demo last instead of first wouldn't make it any less jerky on the Intel system at all.It wouldnt surprise me at all to find out thats real.. Also if you were to change the order the Intel should stomp the AMD in most tests there, but amd put intel's weakest link 1st to slow down everything else.
They list the mobo/drivers at the end of the video, don't seem to be playing games there. Given how Llano's GPU is supposed to have up to 400 SP's its not unreasonable to expect it to whomp pretty much any SB in graphics heavy work loads.
You are right of course.
What puzzled me was how badly SB performed in the multitasking scenarios. Also it was dropping frames in the game, although FPS was well over 25. At least what I could see Llano was getting around 2x as much FPS as SB. So far so good.
But why did SB crawled to an almost full stop in the rendering ? I cannot explain that.
CPU, GPU, and media engine share the L3 cache via a ring bus. As far as anyone knows there isn't any other resource sharing going on with SB.
Looks good. Bring it to market before its too late.
WAG on my part but since the Llano CPU core itself is a tweaked version of the current 4 or 2 core Athlon II's I'd expect clock speed to be pretty similar to that for both mobile and desktop versions.
6 hours would be pushing it unless the lappy had a 7 or 9 cell high capacity battery, everything else sounds doable with a ULV Llano IMO. For reference the Nile platform (dual core 1.3Ghz NeoII+4250 IGP) used around the same amount of power and got somewhere around 4-5 hours battery time in a net book form factor with a 6 cell battery.all i am after is, enough power for a genuine productivity/gaming experience, in a package low-power enough to provide six hours battery life in a slimline 12.1" chassis, at a price-point which starts at £500..
The GPU will eat up all the TDP headroom and maybe even then some since power doesn't scale linearly with clocks. A 3.5Ghz quad + top clocked IGP at top TDP (90W IIRC for desktop Llano) sounds about right.Llano is also on a completely new process. They are probably gunning for low power and won't go after super high clockspeeds but the 32nm process may allow them more TDP headroom should they want to pursue it.
With sub zero cooling though right? I wouldn't be shocked if you could get well north of 4Ghz on air with the Llano CPU if you could disable or heavily down clock the IGP. But 5Ghz, much less 7 or 10Ghz, is probably unreasonable. Maybe BD will get to 5Ghz. Maybe...At 45nm the Phenom II record was 7GHz.
6 hours would be pushing it unless the lappy had a 7 or 9 cell high capacity battery, everything else sounds doable with a ULV Llano IMO. For reference the Nile platform (dual core 1.3Ghz NeoII+4250 IGP) used around the same amount of power and got somewhere around 4-5 hours battery time in a net book form factor with a 6 cell battery.
They only get close to 3.5hr when idle. Just using the internet with the screen brightness nearly cut in half reduces the battery time to ~2.7hr for the 5551G and ~3.1hr for the 660D. If you want to watch a movie at 720p with the screen at nearly half brightness then battery time is ~1.8hr for the 5551G and ~2.2hr for the 660D.i'm willing to sacrifice an hour or so to get some decent performance, but i expect it to be closer to six hours than four given that this laptop could get 3.5:
http://www.anandtech.com/show/4033/acers-aspire-5551g-amd-budget-gaming/6
http://www.anandtech.com/show/3883/toshiba-satellite-a660d-amd-phenom-ii-p920/7
They only get close to 3.5hr when idle. Just using the internet with the screen brightness nearly cut in half reduces the battery time to ~2.7hr for the 5551G and ~3.1hr for the 660D. If you want to watch a movie at 720p with the screen at nearly half brightness then battery time is ~1.8hr for the 5551G and ~2.2hr for the 660D.
The 4-5hr for the Nile platform is when actually doing something, like browsing on the internet + youtube at reduced screen brightness. Anand reviewed a Nile platform net book a while back if you'd like to see for yourself.
According to the Anandtech review idle time for the 660D is 229 minutes which is ~3.8hr, for the 5551G its 218 minutes which is ~3.6hr. Only the Dell Studio 14 (i5-430M+5470M) has a 300 minute idle time in the review....actually the idle figure is 300 minutes, otherwise understood to mean five earth hours.
Yea I know but no one is gonna care about "relative battery life", they're gonna care about actual internet battery life period, which Anand gave in the 2nd graph, so I don't know why you'd bother or care about "relative battery life".the 3.5 hour figure i quoted was from the relative battery life graph, which while misinterpreted as basic internet usage in hours, we still find the internet figure is 280 minutes.
Actually it is, and we have a real world example in the Nile platform with only used around 20W for the CPU+GPU but got around 4-5 hours in real world usage. Look you're being way too optimistic here, its best not to get your hopes up, especially when it comes to AMD. I like them but they've been fumbling the ball for the last few years straight on the CPU and process side of things.it is not unbelievable that a 25W llano APU could get a battery life (in combined usage) of around six hours when we consider that many 18W Brazos systems are getting 6+ hours from their cheap 6-cell batteries.
If you have an add-in videocard, then the integrated GPU will not have any benefit as they haven't made it so you can combine the APU and card in something like Crossfire. That should be coming up though, hopefully soon. The CPU portion of Llano will still be nice, as it'll be the fastest mobile CPU AMD has to offer so you'll see overall performance gains.
AMD tends to make noise when they know their upcoming product is going to be competetive (think Athlon XP, Athlon 64), and tends to be pretty quiet when it's not (think K6-III, Phenom I). I bet the new crop of processors are going to be fairly impressive.
The available frequency of 1.8GHz for the showcased parts is a bit underwhelming. I was expecting to see 3GHz+ demos with 4 months before launch. Makes me wonder, if they really solved all the process/design issues.