semi-Final Words

The verdict on dual core is far from in, but what we've presented here is a start.  We have more coverage coming, including power consumption, overclocking potential and a look at the more economical dual core price points from Intel.  We're also hard at work on creating new multitasking benchmarks with the hopes of eventually reaching the holy grail of being able to measure and quantify system response time accurately.  To that effect, if you all have any suggestions for usage models that you'd like to see tested or any benchmarking suggestions in general, please let us know.

We're far from being able to make any conclusions about dual core or Intel's Pentium D/Extreme Edition, but there are some things that we can say at this point:

- In general use of the system, the Pentium Extreme Edition 840 felt just as fast as the 3.73GHz Pentium 4 Extreme Edition.  In multitasking, there was no substitute for the dual core Pentium Extreme Edition.

- Hyper Threading made a decent impact on our usage, even on the dual core platform.  However, the benchmarks show that Hyper Threading on dual core doesn't always result in a performance boost.  That being said, we'd still opt for Hyper Threading as it just seems to make things smoother than without on the dual core chip.  Although Intel has a desire to separate their Extreme Edition and Pentium D lines, we think that Hyper Threading is the wrong feature to use as a differentiator - all users could benefit from its presence on their dual core platforms. 

- Intel's pricing strategy for dual core makes a lot of sense to force market adoption.  In the near future, we will be looking at Intel's cheapest dual core offering to see how well it stacks up to AMD's similarly priced single core chips.  The only way to make sure that developers crank out multithreaded desktop software is to ensure a large installed user base, and Intel appears to be committed to doing that.

- AMD should get an even larger boost from the move to dual core than Intel has, simply because AMD doesn't presently have the ability to execute more than one thread at a time.  Intel's Hyper Threading on their single core chips does improve response time greatly as well as improves multitasking performance.  For AMD, the move to dual core will give their users the benefits in response time that their Intel counterparts have enjoyed with Hyper Threading as well as the extra advantage offered by having two identical cores on a chip. 

- When it comes to dual core vs. single core with Hyper Threading, there's a huge difference.  While both improve system response time, dual core improves it more while also guaranteeing better overall system performance.  Hyper Threading lets you multitask, dual core lets you actually get work done while multitasking.

That's all for now - we'll have much more dual core coverage later on this week and the next. 

Dual Core System Impressions
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  • sharikou - Tuesday, April 5, 2005 - link

    granted, this annand review was only part one, but hexus.net had done it much better in just one set of benches. From reading hexus.net's review, one can clearly see the advantages and limitations of INTEL's two-cpu-in-one-package device, basically, the intel chip are two cpus, so it can do two heavy duty things at the same time, but if you try to do 1 thing at a time, the new chip is slower, or if you do 3 things at the same time, the same slowness will occur.

    So your benchmarks are just designed to fit the new INTEL dual-CPU, doing two things, instead of one or three at the same time.

    One suggestion I have is to do some comparison with a 2P Opteron workstation, we know AMD will release dual core Opterons soon, and using a SUN or BOXX opteron workstation, you can have 4 cores, it will be interesting to see how these 4 cores will perform.

    We know INTEL won't be able to release 2P dual-chips until 2006. AMD forced INTEL to rush to dual chip.

  • Hans Maulwurf - Tuesday, April 5, 2005 - link

    Well, I think I have to open my mind for dual core.

    But maybe you understand my fears about multitasking benchmarks. One could make many different benchmarks performing different on different platforms and chose one to put in his review. This looks a bit arbitrarily.

    If someone benches games, for example, everybody will be curious if there is no Q3, D3 or UT. So the reader knows if a common(realistic) scenario is choosen for benching. Thsi is almost impossible for multitasking, I think.


    I´m really interested in power consumption. Hexus writes there is only a slight increase in TDP, and no voltage drop. It will be interisting to see how this is possible as most parts of the CPU are doubled and I´ve not heard anything about different manufacturing techniques used for DC.
  • sharikou - Tuesday, April 5, 2005 - link

    This is one of the worst reviews, worse than Toms' and worse than the AnndTech Athlon64 3500 vs Xeon 3.6GHZ review.

    1) What's the hardware setup?

    2) why weren't there any game reviews if you are using $600 video cards?

    3) why isn't there any power consumption figures?

    INTEL's dual core isn't really dual-core, it's just two CPUs stick together, the two cpus share the same bus, without any logic in between. performance-wise, it should be the same as two xeon 3.2GHZ, and we know from Toms benchmark, a single Opteron 244 beats 2P xeon 3.2 in real applications.



  • lopri - Tuesday, April 5, 2005 - link

    This is an impressive piece of work. No wonder AT is #1! Refreshingly different but more real-world-like benchmark.

  • SignalPST - Tuesday, April 5, 2005 - link

    Question:

    If you were to force a game to run using the second core, and only that game on the second core, and leaving the rest of the system overhead to the first core, wouldn't that provide a smoother and faster performance compared with the identical clocked single-core CPU?
  • JustAnAverageGuy - Tuesday, April 5, 2005 - link

    Page 12.

    "For this test, we used DVD Shrink, one of the simplest applications available to compress and re-encode a DVD to fit on a single 4.5GB disc."

    Shouldn't that be 4.7GB?

    Distributed Computing programs would be a good idea!
  • michael2k - Tuesday, April 5, 2005 - link

    #51: Well, for people who would/SHOULD buy a dual core system, those are realistic scenarios. For those who game, or don't do those tasks, you won't see any performance benefits*

    #52: They were thinking, "The performance of the dual-core is more or less the same as the equivalent single-core CPU, so let's not be redundant and test dual-core CPUs where single-core CPUs are more cost effective**

    *Performance in games will increase when they effectively do two things at once of roughly equal importance. For example:
    ChessQuake, where one CPU deals with graphics, physics, sound, and AI, while the other CPU plays a game of chess
    DVDooM, where one CPU draws the brightest and darkest blacks anyone has ever seen, while the other CPU is encoding it to DVD for posterity

    As long as sound and light reflects geometry, you can't separate sound and rendering from interaction. Dual CPUs would be useful if you have two keyboards, two mice, and two displays for a two player game of DooM3 on a single computer.

    **See the single core equivalent reviews. AnandTech as done them.
  • kmmatney - Tuesday, April 5, 2005 - link

    misspell:

    Will Dual-Core work in Windows 2000? I don't see why not. I'd like to see a comparison between hyper-threading versus dual core in Win2K...I've heard that hyperthreading support is crippled in Win2K, but perhaps dual-core will work normally.
  • kmmatney - Tuesday, April 5, 2005 - link

    Will Dual-Core work in Windows 2000? I don't see why not. I'd like to see a comparison between hyper-threading a dual core in Win2K...I've heard that hyperthreading support is crippled in Win2K, but perhaps dual-core will work normally.
  • Natronomonas - Tuesday, April 5, 2005 - link

    With two top-notch gaming CPUs (EE, FX), even if they do say the performance of the dual-core is more or less the same as the equivalent single-core CPU, it is disappointing not to see even a single gaming benchmark.
    What were they thinking??

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