Benchmark Results

The Opteron leads the way in every test, which isn't surprising. As we've said in the past the current Xeon is hindered by the front-side bus. Trying to shove a giant beach ball into a basket ball hoop - with thirty other people waiting to try the same thing - has a serious impact on scalability. All of the tests are fairly consistent, and the Opteron averages a 36-51% lead over the Paxville system.

AnandTech Forums OLTP (8-way)


The forum test represents a medium workload OLTP application, and the Opteron comes out ahead by approximately 36%.

Sysbench 1M Rows Read Only (8-way)


Sysbench 1M Rows Read Write (8-way)


Sysbench 10M Rows Read Only (8-way)


Sysbench 10M Rows Read Write (8-way)


Opteron averages anywhere from 40-51% over Paxville during this test, representative of a medium workload OLTP application.

Test Configuration Dell DVD Store and Conclusion
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  • Ganjalf - Monday, April 24, 2006 - link

    You're correct! The Opteron has a 36-51% lead over the Paxville.
  • Theunis - Monday, April 24, 2006 - link

    What about power consumption and heat dissipation? More heat would require more power for air conditioners? More power to the server room requires, the more money you have to spend to maintain the solution.
  • Jason Clark - Tuesday, April 25, 2006 - link

    How about a separate article, short but go through powernow and the numbers?

    Cheers
  • Jason Clark - Monday, April 24, 2006 - link

    We wanted to do power consumption numbers, however the Opteron was a 110V system and the Paxville is a 220V system :)...

    Cheers
  • Ecmaster76 - Monday, April 24, 2006 - link

    Err, you can measure power on a 220V system too. Its not that hard and the numbers will certainly be comparable.
  • AnandThenMan - Monday, April 24, 2006 - link

    quote:

    We wanted to do power consumption numbers, however the Opteron was a 110V system and the Paxville is a 220V system :)...


    What difference does that make exactly? Wattage is wattage. The supply voltage has no effect on total system power draw. Perhaps the Intel box draws too much power for the measuring equipment to handle. ;>)
  • mino - Monday, April 24, 2006 - link

    It MAKES adifference of around 3-5% in favor of the 220V system(whatever system it is)

    The same efficiency PSU is generally 3-5% more efficient than 110V one. To convert from 220 to 12V is simply "easier" than to go from 110V. This is also the reason 12V rail is employed for powering CPU's and GPU's PWMs. It is simply more efficient.

    However the power comparison would not hurt since Dempsey would be used in real system so the Intel system handicap would be offset somehow.

    Seems K8L is gona come right on time for Core MP chips...
  • Lifted - Monday, April 24, 2006 - link

    Agreed, doesn't make a difference since a co-lo is giving you an certain Amp circuit with your rack, regardless of the voltage you need, and will charge you more per Amp required.
  • xtremejack - Monday, April 24, 2006 - link

    Didnt paxville come out in Q4 last year, why this review now? We all know Paxville was just a stop-the-bleed solution by Intel, to get a Dual-Core Xeon. It was never expected to be a performance part at all. So why this no-brainer review? The market's moved on. A point in Paxville's favour is its virtualization support though.
  • DrMrLordX - Monday, April 24, 2006 - link

    Even worse, Paxville is an older chip than Dempsey. I have to wonder if Intel's best MP offering is a 3 ghz Paxville chip. Is this true? If so, why? Intel has released 3.6 ghz Dempsey-based Xeons have they not? Dempsey and Paxville aren't too far off from one another, but if I recall correctly, Paxville was based off Smithfield while Dempsey was based off Presler (making Dempsey superior to Paxville).

    If Intel can't ship anything better than a 3 ghz Paxville in 4-way configurations, it's no wonder that they're losing. AMD has also released the Opteron 885, meaning the benchmarks we just saw were not run using AMD's best 4-way/8-way chip!

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