CINEBENCH R10

CINEBENCH places a heavy load on the CPU during the rendering tests, and can utilize a single CPU or multiple cores. The video subsystem has no bearing on the CPU rendering portion of this benchmark.


Application Performance

In this case, the three additional cores of the Q6600 increase performance by a large margin (~350%). The results are typical, with performance on par with similarly equipped desktop systems.

PCMark 2005

PCMark 2005 uses a number of applications to simulate real-world system usage and provide a performance measurement. Some of these tests focus solely on the CPU (file compression and decompression, encryption, etc.), while others utilize the video subsystem (e.g. 3D Fill Rate, Pixel Shader). Therefore, the integrated video option will have a marked hit on performance in this test. We test with both IGP and 8800 GT to show the difference.


System Performance

SiSoft Sandra XII

Among other options, Sandra provides memory bandwidth measurements. We used an 8800 GT during these tests, since integrated video affects memory performance.



HDMI

As this system may find a place as an HTPC in some homes, we briefly tested HDMI output with a 720p LCD HDTV.



The output functioned as expected; however, none of the resolutions defined by the Intel driver in Windows fit the display exactly (1280x700 was the closest). A custom resolution is necessary for an optimal experience.

Encoding

We used DVD Shrink 3.2 at default settings to test general encoding performance. We ripped the test file (The Matrix) to the hard drive, with the 2.1 audio tracks removed to improve video quality.



Setup and Test Configuration Gaming/3D Performance
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  • complectus - Thursday, December 13, 2007 - link

    What is the point of showing graphs of performance figures without anything to compare them to? Are we supposed to have committed to memory a range of Cinebench results so we know where this product stands?
  • JonathanYoung - Thursday, December 13, 2007 - link

    I, too, have had negative experiences with Shuttle. One of the worst offenders was their KM400 model. On paper, it supported 333MHz FSB Athlon XPs, but I never found one that could. It was obviously a Shuttle problem because 1) regular ATX KM400 boards supported 333MHz AXPs and 2) there were tons of other users who had the same problem (there was a huge thread over at Sudhian for awhile).

    To sum it up, Shuttles look nice and appealing, but their QC leaves a little to be desired.
  • Flunk - Saturday, December 15, 2007 - link

    I have a shuttle with a KM400 chipset too and it is currently working just fine with a barton 2500+ processor. One thing though, the board has a physical jumper on the board that you must set to change the FSB, it is listed in the manual. Perhaps you have a similar issue?
  • retrospooty - Thursday, December 13, 2007 - link

    I have a shuttle sk43g with K400M chipset. I bought it used, and built it for my son, and it has been working for well, overclocked on the 333mhz bus for over 3 years... In the Arizona heat. Never an issue, never a problem with it at all, and he is often on all day and 1/2 the night. Maybe you just had a bad one.
  • Frumious1 - Thursday, December 13, 2007 - link

    My experience with Shuttle SFFs has been ... poor would be a kind way of putting it. We sold these at the computer shop I work at for a while. All was fine for about six months, and then the stupid things started coming back! I bet more than half of them came in for repairs within the two years. Needless to say, we don't carry SFFs anymore.

    These were the socket 939 models (SN95G5), so maybe the newer ones are better, but they appear to use the same old power supplies. Oh, and these 939 units somehow didn't work with X2 chips when those came out. Anyway, the PSUs were the point of failure most of the time.

    I'll stick with regular PCs, thanks. Cheaper, quieter, AND more reliable! Three strikes, Shuttle. You're out.
  • sprockkets - Friday, December 14, 2007 - link

    Out of curiosity, did those systems have the Shuttle branded power supplies or HiPRO? All the OEMs seem to like HiPRO now for simple reasons: They are complete crap and cost less.

    But hey, I make $60-$240 labor having to replace the power supply which killed the motherboard which then usually requires a OS reinstall, so I guess Dell, HP, Shuttle and others can keep using them.

    No pictures of the inside? WTF?

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