3D Rendering

3dsmax 6

For our 3dsmax test we used version 6 of the program and ran the SPECapc rendering tests to truly stress these CPUs.

3dsmax6 - SPECapc for 3dsmax

3D rendering performance has been improved tremendously thanks to the move to dual cores as well as the FP performance enhancements in Yonah.

The graphs below are the actual render times used in calculating the composite score shown above:

3dsmax6 - 3dsmax5 rays

3dsmax6 - CBALLS2

3dsmax6 - SinglePipe2

3dsmax6 - UnderWater

Gaming Performance Multitasking Performance
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  • coldpower27 - Wednesday, November 30, 2005 - link

    It doesn't seem that bad actually at 423US for 2.0GHZ Yonah at launch, it isn't double the 294US, that they are charging for Dothan 2.0GHZ parts now, the price isn't like the double we are seeing on Athlon 64x2.
  • Furen - Wednesday, November 30, 2005 - link

    Huh? I'm saying that the FX-60 will probably match the EE edition of Yonah, which (supposedly) will have a 50+ W TDP and will hardly be a "mid-range" mobile chip.
  • coldpower27 - Wednesday, November 30, 2005 - link

    These are the leaked pricing sheets from around the web on the launch pricing of Yonah.

    T2600/ Yonah 2.17GHZ/667/2MB 637US
    T2500/ Yonah 2.00GHZ/667/2MB 423US
    T2400/ Yonah 1.83GHZ/667/2MB 294US
    T2300/ Yonah 1.67GHZ/667/2MB 241US

    T means somewhere in 25W-49W TDP

    Yonah Extreme Edition would be interesting, either 2.5GHZ/2.66GHZ if on the same FSB speed.
  • Furen - Wednesday, November 30, 2005 - link

    It would have been nice if you'd included Dothan's power consumption just to see whether or not the "Yonah will have a 49W TDP" claims have any validity. I dont suppose you guys are up to testing the current CPU's current draw directly, huh? :)
  • coldpower27 - Wednesday, November 30, 2005 - link

    Also you got to keep in mind Yonah will fall in the T category, of processors which is 25W-49W in TDP, with the way Intel measures it. The acutal TDP of Yonah was supposed to be 31W.
  • Furen - Wednesday, November 30, 2005 - link

    Yes, but when Intel announced that Yonah was going to fall into that category EVERYONE (most tech sites, heck, even Cnet) equated that to a higher TDP Yonah, which is why it would have been nice to have something to compare it against.
  • bob661 - Wednesday, November 30, 2005 - link

    quote:

    Yonah will have a 49W TDP
    Anandtech is NOT measuring TDP in these tests!!!!!! They ARE measuring what they call "Total Power Consumption". These are two TOTALLY different measurements. AT can only measure power consumed by the ENTIRE computer coming from the wall socket. They can't measure TDP in these tests. It's not the same. It's not the same. Jesus!
  • Furen - Sunday, December 11, 2005 - link

    I never said they could measure TDP. I asked if they were willing to measure the CPU's current draw directly, which is VERY doable, though it takes a bit more effort. If you remember that a month or so ago there were news articles published at, basically, all tech news sites claiming that Yonah would have a greater TDP than it was originally anticipated. Though TDP is not necessarily the typical power draw, a higher TDP (compared to another one that is defined the same way) can lead to a higher current draw.

    I said that it'd be nice if they could include dothan in order to have a CPU with which to do an apples to apples comparison. Try to keep your patronizing comments to yourself if you don't plan on at least reading what you're commenting on properly.
  • Calin - Friday, December 2, 2005 - link

    Nobody can measure the TDP - TDP is the Total Designed Power - and refer mostly to the cooling capacity of the processor package. You will see several models of processors having the same TDP even if their power consumption is certainly different.
    The Sempron 2500, 2600, 2700 and I think 2800 have the same TDP - even if the 2500 is a 256kB L2 cache part and the 2600 and 2800 have just 128kB L2 cache.
    TDP is NOT power consumption!
  • Calin - Friday, December 2, 2005 - link

    Sorry. TDP is thermal design power

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