Originally posted by: Silversierra
Thanks for hosting my pictures majorpayne! I had a full board shot but it is really blurry and the rest of the board is the same as the original. I haven't tried overclocking, I'm kind of afraid to. I've never done it before, I don't know how, I could fry my board, and I'd void my warranties. But I kind of still want to for some strange reason. I've tried flashing my bios, but it has failed twice. My floppy I used is like 10 yrs. old, do they go bad? I formatted it before using it. I'm not sure what bios I have, but I tried flashing to both of the different beta bioses. I really like the color of the board. It is a nice shiny blue, if Chaintech would have put cool colored memory/pci slots and put an active cooler on the chipset this thing would be awesome. Oh, my memory timings are bad I think, but I don't really know. They are 2.5-4-4-8. I tried to lower the values, but when I tested it at 2.5-3-7-8 it was worse. I don't know what I'm doing, I don't even know what the numbers mean, I just know lower is better, like 2-2-2-2. I tried using ntune, but it says to lock my pci bus. How do I do that?
Overclocking is fairly safe with the stock cooling if you do not go to far. As for the floppy, YES they go bad, and I would trust a 10 year old floppy with my BIOS flash about as far as I can throw my wife's minivan (which is not far). I would definitely get a new set of floppies (they are pretty cheap) and try again.
Colored PCI slots and memory slots of a better color would have been nice (the default colors ARE pretty drab) but that new blue PCB is pretty nice looking.
For your memory, the timings you can set will depend on what kind of RAM you have, and who makes it. Let me know what it is, and who made it, and I should be able to look up the available timings for you.
To test the RAM (and see if it is stable at the timings/overclock you set), I use a utility called memtest. It can be found at
http://www.memtest86.com/, and I usually let it complete several passes, which takes a while. To test if the whole system is stable, I use superpi, which can be found at
http://files.extremeoverclocking.com/file.php?f=36. You can usually overclock until you get errors in superpi, and then back off a little on your overclock. For long-term stability, I run prime95 (which can be found at
http://www.mersenne.org/freesoft.htm) overnight, and make sure I do not have errors. If you pass memtest, superpi, and prime95 with no errors, then you are rock stable at your overclock.
Overclocking with this board is fairly simple. You can set the HTT speed (default is 200), and moving this up moves up the speed of your CPU and memory at the same time. Your CPU speed is equal to the CPU multiplier times the HTT speed, so if you have an A64 3000+ witha 9x multi like me, just multiply this times the HTT speed to get the CPU speed (at stock, my 9x CPU speed times the 200HTT speed gets me 1800MHZ)
There IS a PCI lock on this board, but it only kicks in if you up the HTT speed in BIOS by a small amount, so to get it to lock for Ntune, just change your HTT speed to 205 or so, and it will be automatically locked in Windows for you. As you scale up the HTT speed, you will need to drop your RAM speed back some to counteract the affect. For most 400MHZ DDR, you need to change the speed to 266 to go above about 205, and you need to change the speed to 133 to go past 240HTT.
You also need to change your HTT multiplier (which is found in the advanced chipset section of the BIOS) before you can go above about 205. It is defaulted to a 5X multiplier, and you are never supposed to go past around 1000HTT (final HTT speed is found by multiplying the HTT speed by the HTT multiplier). So the default HTT speed of 200 times the 5X default multi gets you 1000 off the bat, which is why you have to change it to 4X right away when overclocking. You must change it to 3X if you want to go past 250 HTT.
Voltages will probably also need to be changed as well. CPU voltage for my CPU is 1.4V (yours may be different), and I have upped this as far as 1.65V on stock aircooling. Your CPU likely requires extra voltage for a high overclock (I am currently running at 300HTT, which sets my CPU at 2.7GHZ). I would NOT change the stock chipset voltage unless you add a fan to your chipset's heatsink, since the only reviewer working on this board damaged his by upping this voltage, and going above 300HTT. This may not affect you though, since your board has a newer style of heatsink (I still would not try it). RAM voltage may not need to be changed, and I would not guess where to set your RAM without knowing what kind it is.
I hope this helps, and if there is anything not clear (or not explained) above, let me know. I will be happy to fill in any blanks. And if you want to add more pictures, just send me a private message (I already sent you one earlier), and I will send you my email address. I own my own server, so I can host additional pics (a clean shot of the whole board would be nice to have).