Being a standard ATX design, there were no real issues when it came time to install the board into a system. Above you'll see the board mounted to the motherboard tray with the processor, HSF, memory and video board already in place. Even when using a large heatsink like the Thermaltake POLO735, there was no problem getting everything in place. You can also see what I meant earlier about a long video card not causing problems in regards to the Northbridge HSF.
Let's be realistic, if you're looking at a Socket 939 board at this point in time, you're likely an enthusiast. So instead of going through every single BIOS screen available, we'll cover the important stuff here.
That said, the first screen of real importance is called the Cell Menu. In simple terms, this is where you make things go as fast as humanly possible. From here you can change multipliers, FSB speeds, Hyper Transport speeds and voltage levels to your primary areas. It also has the ability to change your AGP speeds and also to lock them in place so you won't have to worry about the video subsystem slowing you down when you begin your overclocking.
The setting above called Dynamic Overclocking is for those who don't want to manually make changes to the clock speeds. It has six settings beyond the disabled shown above ranging from to . Strange names, but this militaristic viewpoint will let you change clock speeds from 1% to 11% clock adjustments by changing only this setting. I don't care for this concept myself and likely most true enthusiasts will feel this way as well, but it does work as a good starting point for the inexperienced overclocker. Who knows, maybe they'll see what kind of improvements they're missing out on and come join our ranks!
Note: Yes, I realize the clock speed shows under the rated 2.4GHz speed of the processor used for testing. I was playing with FSB speeds before taking the photo of the configuration screen.
Moving on to the memory configuration menu shows just a few settings, but they are the important ones. From here you can change memory speeds as well as the primary timings and command rate. From here you will have no problems configuring your memory for either speed demon status or ho-hum cheap RAM status.
As a side note for the budding overclocker, make sure you check out the location of the CMOS Reset jumper. You'll eventually need it.
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- MSI vs. ABIT - Page 1 [Introduction]
- MSI vs. ABIT - Page 2 [MSI K8N Neo 2 Platinum]
- MSI vs. ABIT - Page 3 [MSI In The Box]
- MSI vs. ABIT - Page 4 [MSI Motherboard]
- MSI vs. ABIT - Page 5 [MSI Motherboard ~ Cont]
- MSI vs. ABIT - Page 6 [MSI Installation and BIOS]
- MSI vs. ABIT - Page 7 [MSI Overclocking]
- MSI vs. ABIT - Page 8 [ABIT AV8 3rd Eye]
- MSI vs. ABIT - Page 9 [ABIT In The Box]
- MSI vs. ABIT - Page 10 [ABIT Motherboard]
- MSI vs. ABIT - Page 11 [ABIT Motherboard ~ Cont]
- MSI vs. ABIT - Page 12 [ABIT Installation and BIOS]
- MSI vs. ABIT - Page 13 [ABIT Overclocking]
- MSI vs. ABIT - Page 14 [Benchmarks - Test System Setup & SiSoft Sandra]
- MSI vs. ABIT - Page 15 [Benchmarks - 3DMark2001 SE]
- MSI vs. ABIT - Page 16 [Benchmarks - 3DMark03]
- MSI vs. ABIT - Page 17 [Benchmarks - PCMark04]
- MSI vs. ABIT - Page 18 [Benchmarks - HD Tach 3]
- MSI vs. ABIT - Page 19 [Benchmarks - CINEBENCH 2003]
- MSI vs. ABIT - Page 20 [Benchmarks - AquaMark 3]
- MSI vs. ABIT - Page 21 [Benchmarks - Quake III]
- MSI vs. ABIT - Page 22 [Benchmarks - Unreal Tournament 2004]
- MSI vs. ABIT - Page 23 [Benchmarks - Doom 3]
- MSI vs. ABIT - Page 24 [Conclusion]
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