Battlefield 2 Performance

We're still working on coming up with some good benchmarks for Battlefield 2. For this test, the sample demo from Guru3D was used, which runs through the Operation Clean Sweep map. Unfortunately, there is only a single player in the map, so it's not a true indicator of performance. It does show the use of several vehicles, and it crosses a large distance, which is good for stressing memory usage. The results still seem too high, however.

Update (10/08/2005): I finally figured out the problem with the initial benchmark tests. Since I haven't done a lot with BF2 benchmarking, I made a serious error. It turns out that by default there's a 24 second pause after the map is loaded before the actual demo playback commences (unless you press ESC or click Join Game). The problem is that the benchmark already begins to record frame rates at the menu screen, so for 24 seconds the computer is rendering 200 to 1000 FPS. That skews the results so heavily that I have chosen to remove the graphs and information. I'll cover proper BF2 performance (with a proper demo file) in the next installment. The loading times below are still correct, so they can remain.

We also timed how long it took to load the level for benchmarking (after disabling the intro movies). We recorded the time for the initial load as well as the time for the second load of the same level after exiting and reloading.

It's interesting to see that the load times were also dramatically impacted by CPU performance, loading about 25% faster at 2.7 GHz than at 1.8 GHz. We've also done some testing (not shown here) of performance with 2x1024MB of RAM vs. 2x512MB of RAM. The 2GB RAM setups gain another 10 to 20% in loading speed, particularly on the second load. Unlike BF2 rendering performance, value RAM and performance RAM are nearly identical in load times - less than 2% at most CPU speeds.

Synthetic Gaming Performance Doom 3 Performance
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  • photoguy99 - Monday, October 3, 2005 - link

    Dual Core was not mentioned -

    Anyone know how difficult it is to get a stable dual-core to 2.8Ghz with water-cooling?

    Easy, difficult, impossible?
  • JarredWalton - Monday, October 3, 2005 - link

    Part two/three will cover other chips. I wanted to get the base overclocking article out, and I will be looking at both Sempron and X2 overclocking in the near future. 2.80 GHz wasn't stable on my Venice, though - not entirely - and it won't even post on my X2 3800+. Your mileage may vary, naturally, but I'm getting about 100MHz less from my X2 vs. Venice. (I'd take the second core over the extra 100MHz any day, however!)
  • MemberSince97 - Monday, October 3, 2005 - link

    Thanks for the detailed explanation and charts. Thanks for the hard work.
  • Nunyas - Monday, October 3, 2005 - link

    I'm a bit supprised that you guys forgot to mention the overclocking abilities of the venerable Athlon Thunderbirds with the AXHA and AXIA steppings. I had a 1GHz T-Bird with AXHA stepping that allowed me to OC it to 1.533 GHz (53%), and it's documented all over the place with people achieving even better results with the same model CPU. At the time that the 1GHz became a great OC'er it was around $99 and gave you the performance of the then high end Athlons and P4's. Thus, by far a better OC'er than the Celeron 300A.
  • OvErHeAtInG - Monday, October 3, 2005 - link

    Meh, my AXIA 1.2 would do 1.4 or 1.33 sorta stable, with really good cooling, tweaked voltage, and so forth. When I sold it to my friend I had to put it back to stock speeds just so it would stay stable in the hands of someone who doesn't monitor her CPU temperature all the time ;) My "B" Northwood, IMO, is a more stable OC'er. Having said that, I guess others were more lucky than me... but yeah no 300A killer IMO.
  • kmmatney - Monday, October 3, 2005 - link

    The celeron 300A set the standard for overclocking. It was less the $100 (oem version) and performed better than any stock cpu you could buy, including those costing 3 times more. It really sparked the whole overclocking phenonema. Another good one was the Celeron II 500, which could easily overclock to 800 MHz. I had both of those.

    I had a cyrix 486DX-66 overclocked to 80 Mhz, and an AMD 586 DX4-133 overclocked to 150 MHz, but the celeron 300A was simply unbelievable at the time.
  • JarredWalton - Monday, October 3, 2005 - link

    I didn't bother to try and include everything, especially where it was only specific steppings of a CPU. (I.e. not all T-birds did a 53% OC, right?) Anyway, I was basically an Intel user up until the Athlon XP era. I went from socket 478 with a Celeron 1.1A (OC'ed to 1.47 GHz) to the XP-M 2500+. The "history lesson" was just an introduction anyway, setting the stage. :)
  • Aquila76 - Monday, October 3, 2005 - link

    I've been waiting for a reputable site to post OC testing like this. I feel pretty good with the OC I get out of my rig (3500+ Winch @ 2.7GHz, Mem on divider) - thanks to the forums here - and it's close to what you guys acheived. I may swap to that DFI board instead as I know the A8N-SLI is holding me back.
  • Garyclaus16 - Monday, October 3, 2005 - link

    Job well done. I like how the benchmarks showed overclocking for anything 1024x768+ means nothing for games. I was aware the increase was small with high resolution..but an almost null increase in performance kind of makes me want to leave my 3200+ winchester the way it is. Do the venice cores OC better than winchesters?...
  • JarredWalton - Monday, October 3, 2005 - link

    Venice and Winchester should be about the same, though you might get an extra 100 MHz out of Venice (?). You can get higher performance at resolutions above 1024x768, but you'll need a much faster graphics card than the X800 Pro (or a 6800GT) for most of that. It depends on the game being tested as well.

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