Multitasking Content Creation

MCC Winstone 2004

Multimedia Content Creation Winstone 2004 tests the following applications in various usage scenarios:

. Adobe® Photoshop® 7.0.1
. Adobe® Premiere® 6.50
. Macromedia® Director MX 9.0
. Macromedia® Dreamweaver MX 6.1
. Microsoft® Windows MediaTM Encoder 9 Version 9.00.00.2980
. NewTek's LightWave® 3D 7.5b
. SteinbergTM WaveLabTM 4.0f

All chips were tested with Lightwave set to spawn 4 threads.

Multimedia Content Creation Winstone 2004

While the 2.0GHz Yonah processor is faster than the Pentium D, the X2 3800+ manages to hold a marginal 6% lead over Intel's newcomer. This is somewhat of a disappointment, given the enhancements Yonah has that are specifically designed to improve performance in situations like this. While Yonah is doing better than Dothan here, it's not good enough to beat AMD.

ICC SYSMark 2004

The first category that we will deal with is 3D Content Creation. The tests that make up this benchmark are described below:

"The user renders a 3D model to a bitmap using 3ds max 5.1, while preparing web pages in Dreamweaver MX. Then the user renders a 3D animation in a vector graphics format."

3D Content Creation SYSMark 2004

The situation changes dramatically when we look at SYSMark's ICC performance, here the 2.0GHz Yonah is right on the heels of AMD's Athlon 64 X2 4200+, maintaining just under a 7% lead over the identically clocked X2 3800+.

Next, we have 2D Content Creation performance:

"The user uses Premiere 6.5 to create a movie from several raw input movie cuts and sound cuts and starts exporting it. While waiting on this operation, the user imports the rendered image into Photoshop 7.01, modifies it and saves the results. Once the movie is assembled, the user edits it and creates special effects using After Effects 5.5."

2D Content Creation SYSMark 2004

Yonah continues to fall in between the X2 3800+ and the 4200+, this time being much closer to the former.

The Internet Content Creation suite is rounded up with a Web Publishing performance test:

"The user extracts content from an archive using WinZip 8.1. Meanwhile, he uses Flash MX to open the exported 3D vector graphics file. He modifies it by including other pictures and optimizes it for faster animation. The final movie with the special effects is then compressed using Windows Media Encoder 9 series in a format that can be broadcast over broadband Internet. The web site is given the final touches in Dreamweaver MX and the system is scanned by VirusScan 7.0."

Web Publication SYSMark 2004

Once more we see that Yonah isn't perfect, being outpaced by the X2 3800+ by around 8%. Of course power consumption matters, but we'll save that comparison for the end of this article :)

Business Application Performance Video Encoding Performance
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  • stupid - Wednesday, November 30, 2005 - link

    Since the closest CPU AMD has that is similar the Yonah is the Athlon 64 X2 3800+ I figured it may be interesting to see how the Yonah would compare to the Athlon 64 X2 3800+ when using the 65nm process. This will happen next year, but I figure crunching some numbers now may shed some light as to its possible performance in terms of TDP and power consumption. My calculations are simply conjecture and I am pretty sure it will raise questions regarding their validity. I must point out that I am not an electrical engineer, and I assume that calculations would be linear.

    So let's begin. First off, I will start by crunching numbers for the die shrink for the single core Athlon 64 from 130nm to 90nm. Why? Because the Athlon 64 X2 was introduced using the 90nm process. Going from 130nm to 90nm is a 30.77% reduction in size. A 130nm Athlon 64 has a TDP of 89, and a 90nm Athlon 64 has a TDP of 67. This is a reduction of 24.72%. So the decrease to TDP is about 80% of the physical die shrink. This is a baseline number used for the next series of calculations.

    Okay, let's look at what might happen when the Athlon 64 X2 is shrunk from 90nm to 65nm. Going from 90nm to 65nm represents a 27.78% reduction in physical size (assuming nothing else is added to the core). The Athlon 64 X2 3800+ has a TDP of 89 (all other Athlon X2 has a TDP of 110), if it can be assumed from above that the reduction in TDP is 80% of the physical decrease, then 80% of 27.78% is about 22.22%. This means that the TDP will drop from 89 to 69. Let me make a dangerous assumption that power consumption will decrease by the same percentage TDP would decrease by. So a 22.22% reduction in power consumption would mean that going from 90nm to 65nm Total System Power when idle is estimated to be 85 watts, and under load would be about 112 watts.

    Summary:

    Yonah: Idle - 92 watts, Load - 108 watts
    Athlon 64 X2 3800+ (65nm): Idle - 85 watts, Load - 112 watts

    So what does this all mean?

    When the desktop Athlon 64 X2 3800+ is migrated to the M2 socket and the 65nm process is applied, it's power consumption may be very close to that of Intel's mobile CPU the Yonah. Thus, a mobile version of the 65nm X2 3800+ could mean better thermal, and power consumption performance than the Pentium M.

    Let me just repeat again, all this is based on simple calculations that does not take into account potential variables in the real world.

    LET THE FLAMING BEGIN !!!!!!!!!!!!!!!!!
    Reply
  • forPPP - Thursday, December 01, 2005 - link

    Completely false assumption.
    Yonah idle = 92 W. Do you really think 92 W in ile for notebook is possible. Provided in article power usage is not for CPU but a few components. You should rather recalculate by assuming that at idle CPU takes 0 W.
    So:
    Yonah = 109 - 92 = 17 W (+ true idle, how much can it be 3-5 W ?)
    Athlox X2 = 144 - 109 = 35 W (+ true idle, 10-15W ?)
    22% reduction for 65 nm and you got 28 W, almost 65% more than Yonah. Taking into account proposed idle usage it's stil 50% more than Yonah.
    But Turion use less power than Athlon 64, mostly because it's clocked lower (and can have lowe voltage).
    I suposse Turion Dual 1.8 GHz will be at the same TDP as Yonah 2.13 GHz.
    Reply
  • Furen - Wednesday, November 30, 2005 - link

    Actually, even though going from 130nm to 90nm is about a 30% feature size reduction, the actual die size redution is closer to 50%. This is because each transistor is shrunk close to 30% in each of its two dimensions, meaning that it'll have about 49% of the area of a pre-shrink transistor (70% x 70% = 49%, though this is not absolutely exact). In truth going from the 144 sq mm Newcastle to the 84 sq mm Venice gives you a die-size reduction of around 42%, which makes sense considering that you can't shrink everything in proportion to the feature size. I would expect the 65nm die shrink to offer similar or slightly worse size reduction. Reply
  • Shintai - Wednesday, November 30, 2005 - link

    Let me give you a hint. Remove the hueg GFX card etc before doing your calculations. A hint for you is that Yonah idle comsumes around 1-3W depending on speedstep setting.

    Anyway, you need to do better homework since your math is flawed by other systemcomponents :P
    Reply
  • stupid - Wednesday, November 30, 2005 - link

    I can understand that you want to only look at the power consumption of the CPU. However, the article does not provide a breakdown of power consumption used by each individual component. I've also stated that my calculation will be linear, so yes the results are a bit skewed.

    The calculations are meant to be quick and dirty, not scientific.
    Reply
  • xenon74 - Wednesday, November 30, 2005 - link

    Hm, you and all other are forgetting that Turion uses Athlon64 architecture BUT with different type of transistors for mobile use, that consumes even less power. Based on that, my approximation goes as follows:

    90nm Athlon64 3500+ @ 2,2GHz is in 67W TDP envelope, E4 rev
    90nm Athlon64 X2 4200+ @ 2,2GHz is in 89W TDP envelope, E4 rev

    Thats 43% increase in TDP for second core (or 22W). Both CPU's are using the same voltage.

    90nm Turion64 MT-40 @ 2,2GHz is in 25W TDP envelope, E5 rev, 1,2V_core
    I speculate that dual core Turion64 will be:

    90nm Turion64 X2 MT-40 @2,2GHz in 36W TDP envelope.

    Reply
  • stupid - Wednesday, November 30, 2005 - link

    Yes, the Turion uses transistors that are more gear towards reducing power consumption whereas an Athlon uses transistors that are geared more towards performance. But you need to realize that the article is comparing the Yonah to the Athlon 64 X2 3800+ and not the Turion.

    Yonah cannot be compared directly to the Turion because that is comparing a dual core CPU to a single core CPU.

    The point of my post is not to compare Intel's mobile solution to AMD's next mobile solution. It is to emphasize that given a mere die shrink AMD's dual core CPU based on the 65nm process is potentially almost as energy efficient as Intel's dual core mobile CPU. If this is true then you can make the assumption that a dual core Turion will be even more effiencent than the Yonah because the dual core Turion will most likely be based off of an already efficient desktop CPU, and will have transistors that are geared towards power consumption efficiency rather than performance.

    Do you follow?
    Reply
  • xenon74 - Thursday, December 01, 2005 - link

    quote:

    Yonah cannot be compared directly to the Turion because that is comparing a dual core CPU to a single core CPU


    Yes it can be and was in a TDP manner! :P

    I cannot compare future mobile chip to noexistent desktop X2 chip (there will be no Athlon64 3800+ X2 in 65nm, maybe Sempron). But I do understand your emphasization and assumption.

    Reply
  • crotale - Wednesday, November 30, 2005 - link

    What was the FSB for the Yonah platform in this test? Reply
  • Donegrim - Wednesday, November 30, 2005 - link

    I don't think they said, but I think all DC Yonahs are 667 (quad 166), which is a bit slow. Reply

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