Windows 7 Gaming Performance

Our Bench suite is getting a little long in the tooth, so I added a few more gaming tests under Windows 7 with a new group of processors. We'll be adding some of these tests to Bench in the future but the number of datapoints is obviously going to be small as we build up the results.

Batman: Arkham Asylum

Batman is an Unreal Engine 3 game and a fairly well received one at that. Performance is measured using the built in benchmark at the highest image quality settings without AA enabled.

Batman: Arkham Asylum

Pretty much everything performs well here. Technically this is one of those exceptions where the i5 661 actually performs like it's priced. The i3s continue to be competitive with similarly priced AMD options.

Dragon Age Origins is another very well received game. The 3rd person RPG gives our CPUs a different sort of workload to enjoy:

Dragon Age Origins

Many games these days can actually use more than two cores, and thus we see the Lynnfield/Bloomfield chips scale ridiculously well here. As such, the i5 661 loses its appeal since it's priced like a Lynnfield.

The i3s however do very well. They outperform the similarly priced AMD CPUs and are just behind the Phenom II X4 925. They're definitely a lot faster than the old Core 2 Duo E8600 despite the clock speed deficiency.

Dawn of War II is a beautiful RTS that we've used in our GPU reviews for some time now. It scales will core count reasonably well but also shows the strengths of the new Clarkdales:

Dawn of War II

Again, the i5 661 isn't fast enough for its price but the i3s are great.

World of Warcraft needs no introduction. An absurd number of people play it, so we're here to benchmark it. Our test favors repeatability over real world frame rates, so our results here will be higher than in the real world with lots of server load. But what our results will tell you is what the best CPU is to get for playing WoW:

World of Warcraft

It's surprising how little difference there is between the i5 661 and the i3 540. It's almost as if Intel knew that the nomenclature had to exaggerate whatever little difference there was.

The i5 661 does well here, but the most bang for your buck comes from the i3s which even outperform the Phenom II X4 965. If you want an affordable gaming CPU, the Core i3 is where it's at.

Gaming Performance Ridiculously Fun to Overclock
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  • Paladin1211 - Monday, January 4, 2010 - link

    On page 13, in WoW benchmark, the Core i5 750 outperforms the Core i7 870 by more than 30% (92.3 fps vs 70.6 fps). Anything wrong here?
  • Crimson67 - Tuesday, January 5, 2010 - link

    WoW doesn't seem to like hyperthreading, it's the only explanation
  • ereavis - Wednesday, January 6, 2010 - link

    is it using the hyperthread core on the 870 but a true core on the 750? That would certainly slow it down. If it's using a true core on both it should be better still.
  • Dyzios - Monday, January 4, 2010 - link

    Remember NVIDIA Hybrid idea, to have two GPUs ? - one weak for 2D/light 3D graphics and powerful discrete GPU for gaming? Those CPU makes sense for this approach - however Radeon 5870 also has good point with optimized low idle power consumption. Maybe still there is point as even Radeon cannot go very low as GPU on-die. The only question is to have capability to switch HDMI output between on-die GPU and discrete.I wonder how this works currently - still needed to stick to DVI output from Radeon or can be combined?
  • Zool - Tuesday, January 5, 2010 - link

    If the 40nm 5600 series cards will show the same improvments in power usage than the 5800 series than u can forget the intels GMA graphic.

    I think that for a 2D card/3D discret card u can buy a mobo with a dirty cheap intel GMA on it clocked much lower if u realy need.
  • silverblue - Wednesday, January 6, 2010 - link

    The graphics comparison isn't exactly fair but in the end, it's not something AMD should be too worried about. The i5-661, with its 900MHz 45nm GPU, is being compared to the old 790GX's HD 3300 which operates at 700MHz on a 55nm process. I admit, in the benchmarks we're talking the best i5 vs. the best AMD has to offer, but considering...

    a) the relative performance of the i5-750 as compared to the PII X4 965 which is usually manifested as an advantage
    b) the fact that the 32nm i5s can increase their core speed by 133MHz and 266MHz thanks to Turbo depending on the number of active cores
    c) most games still aren't designed to take full advantage of multithreading so four cores may not yield a tangible performance increase

    ...then AMD's still in the lead for IGPs. If the 3300 had been clocked at 900MHz, would it have lost even one of the listed benchmarks? I'm not sure it would have. What's more, we're still talking a 55nm part; we all know of TSMC's issues with the 40nm process and AMD going fablress, so is it unreasonable to expect that AMD could move their IGP production en masse to 40nm with TSMC or 45nm with GlobalFoundries?

    In closing, it's a big step forward for Intel, however if AMD came out with a higher clocked 40/45nm IGP then, Sideport or not, new tech or not, AMD would be far ahead, at least on gaming terms. Sideport does very little for the performance of current AMD IGPs, anyway.

    I just wish AMD were able to release a Clarkdale competitor sooner rather than later.
  • ruetheday - Friday, January 8, 2010 - link

    the IGP on Clarkdale isn't maxed out at 900Mhz; It too can be overclocked significantly. Here's an article on techgage showing an OC to 1133, for example.

    Remember that Intel is very conservative on binning parts to ensure no issues with reliability over time (compare vs nvidia mobile gpus).
  • silverblue - Friday, January 8, 2010 - link

    Maybe so, however a 40/45nm AMD part could reach similar clockspeeds. I just don't think that, clock for clock, the new Intel IGP on the Clarkdale die is as powerful as anything AMD or nVidia can produce on the same scale. It's a good step forwards, just not the leadership that some may have been expecting.
  • silverblue - Wednesday, January 6, 2010 - link

    Slight mistake... second best 32nm i5 that Intel has to offer. However, I doubt the performance increase over the 661 will be very noticable with the IGP; won't it be clocked the same in both?
  • Zool - Monday, January 4, 2010 - link

    The irony is the biggest drawback of these cpu-s is the 45nm intel graphic on other die with the memmory controler. The die savings from 45nm vs 32nm are quite big.
    If they would make just 32nm dual core nehalem with memory controler on die it would be still much smaller(and only litle bigger than the clarkdale without imc) than the GMA die with memmory controler.
    The whole thing would be solved with everything as one on 32nm.
    I think plenty of people just wait for 32nm quad core nehalems without the useless GMA graphic.
    Actualy what is the cost of dirty cheap GMA in penryn based 3 package boards. Like 5-10 dolars ?

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