I believe the following is true but it may vary upon the manufacturer.
Radeon 8500 Retail is clocked at 275/275
Radeon 8500LE is clocked at 250/250
Radeon 8500 OEM is clocked at 250/250 or maybe even 230/230
You best bet is to get a 8500LE 128MB as this can overclock to 8500 Retail speeds...
Because you have the Retail AMD fan I would think about replacing it, try a Volcano 7+. Its a better performer. Just check the sticky at the top of the forum for more reviews and links.
Both boards you have listed are based on the KT333 chipset which means they support PC-2700 RAM (as well as PC-2100 and I believe PC-1600 RAM). This is where the numbers come from:
PC-1600 100MHz * 8 bytes (64-bit) = 800MB/s = 1600MB/s DDR
PC-2100 133MHz * 8 bytes (64-bit) ~ 1050MB/s ~ 2100MB/s...
It's always nice to have a little extra juice especially if your overclocking so if you can get 400W then do so. Most importantly just make sure you have a good quality PSU like an Antec, Enermax, Sparkle, etc.
So how long until we expect them to vanish from the stores? They won't disappear that fast will they? I wanted to buy a 1.6A system (and still plan to) at the end of summer. Just don't have the cash to get an entire system right now.
So should I quickly go get me one of these 1.6As right now...
4:5 meaning CPU FSB to Mem ratio is 4:5. So for every MHz the CPU FSB runs at the Mem runs at 1.25 MHz. When you have the CPU at 133MHz the Mem will run at DDR333 [ (5/4)*CPU = 166 MHz which is DDR333]. Same kinda thing for the other ratios.
On the P4S533, after 132MHz the PCI divider is 1/4...
Asus makes some pretty good overclocking boards
I845E Chipset
Asus P4B533
Sis645DX Chipset
Asus P4S533
Both are good overclockers. Check out this thread for more details.
You could theoretically calculate them by getting the Wattage here and then the C/W for the HSF here. Although this is in theory and may not be exactly what you have.
Welcome to the board!
Check to see if the thermal compound is dried up and be sure to have the right amount (0.003"). Also make sure that the HSF is firmly in contact with the CPU.
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