Okay, let's give some actually useful information here. A number of the cards, including the one I have (the MSI RX 9800 PRO TD 128, which I got from Newegg), use the R360 processor core rather than the R350 one. This is the same processor as the 9800 XT, and it will actually install as a 9800 XT when the drivers are loaded in Windows. I suggest using the Omega Driver versions. And version 4.7 of the Catalyst has serious problems, so I'm using 4.6. Wolfenstein: Enemy Territory won't even run on 4.7. Anyway, back to the chipset. I'm sure you're familiar with the manufacturing process for processors, they are created with a manufacturing process with a theoretical speed, but, unfortunately, the silicon stamping process used to make the chips is not infallible. So some of the chips don't reach that speed. These chips are sold as inferior models, whether they be pentium chips or graphics card chips. Luckily, the process is never inefficient enough to fail on enough chips to meet the demand from low-end consumers, so fully functional chips are sold as inferior ones. With some processes, this percentage of cheap fully functional processors is higher than others, and it's relatively high on the R360. So, what this really means, is that, using the Omega Drivers, at least, you can easily clock the MSI card to 9800XT speeds with no serious risk of failure, and it can be actually pushed much farther on stock cooling, if you have good case ventilation. The reason that I recommend the Omega Drivers is that the card can be overclocked from the display properties panel. And underclocked back, jsut as easily. And as long as you don't click the "set boot" button, it wont' boot to the overclocked speed. So you can't crash your computer to an irretrievable state by overclocking the card too much. Another electronics purchase I'm happy with, apparently...