Hi, I purchased the P35C-DS3R 2 days ago, and have had quite a few very annoying issues to this point.
Firstly, it simply refused to boot at the beginning, and took hours of coaxing to even POST. Now, I have the OS installed, and most things up and running (can't complain about the performance), however there are still some problems that are irritating the hell out of me.
1) Program crashes cause BSOD's. I hate this, and it simply won't do. WCPUID (which admittedly doesn't seem to work properly on 2 of my computers which I have tested on), instead of simply failing to run, sends me to blue hell. Secondly, running 3dMark installation programs over the network gives BSOD's (but when i copy it over and run it locally, it's ok). These problems simply didn't exist with my previous board (AsRock 775Dual-VSTA). All other components are carried over.
2) Secondly, I bought (Samsung) DDR2-800 (which here in Australia is considered quite fast, as 1066 doesn't seem to be anywhere) to give myself some OC'ing headroom (because my AsRock wouldn't go ANYWHERE). However this stupid (supposedly MIB with the I being intelligent) Gigabyte board doesn't offer me the option of 1:1 memory divider. It aparently is supposed to automatically adjust the divider to best match the FSB speed, but just used the SPD anyway... (and thus trying to give me a fantastical '1200MHz' on my 800 rated RAM when I go to 400MHz). Secondly, even when I take over the divider myself, the lowest I can get is '2.5 multiplier', which i assume is gigabyte talk for a 5:4 divider. wtf? what if I had put in DDR2-533? Shall it overclock my RAM by default? Isn't the option of a 1:1 divider a MUST for a supposedly overclocking motherboard? How do I get past this? (I would think 400 would be an easy target for my E6300). Secondly, the board complains if I don't switch voltage control over to it when oc'ing. Can I really trust it too boost the voltage as needed (if needed).
Taking a look at CPU-Z shows a fluctuating core voltage while at stock speeds (I assume this is normal, as some power saving feature, should I turn this off?). ATM, the most I have successfully got to is 320 odd (leaving voltages to the board), and at that speed, Prime 95 encountered an error about 20 minutes into the torture test. What should I do, take the mobo back?
Thanks for any help.
Firstly, it simply refused to boot at the beginning, and took hours of coaxing to even POST. Now, I have the OS installed, and most things up and running (can't complain about the performance), however there are still some problems that are irritating the hell out of me.
1) Program crashes cause BSOD's. I hate this, and it simply won't do. WCPUID (which admittedly doesn't seem to work properly on 2 of my computers which I have tested on), instead of simply failing to run, sends me to blue hell. Secondly, running 3dMark installation programs over the network gives BSOD's (but when i copy it over and run it locally, it's ok). These problems simply didn't exist with my previous board (AsRock 775Dual-VSTA). All other components are carried over.
2) Secondly, I bought (Samsung) DDR2-800 (which here in Australia is considered quite fast, as 1066 doesn't seem to be anywhere) to give myself some OC'ing headroom (because my AsRock wouldn't go ANYWHERE). However this stupid (supposedly MIB with the I being intelligent) Gigabyte board doesn't offer me the option of 1:1 memory divider. It aparently is supposed to automatically adjust the divider to best match the FSB speed, but just used the SPD anyway... (and thus trying to give me a fantastical '1200MHz' on my 800 rated RAM when I go to 400MHz). Secondly, even when I take over the divider myself, the lowest I can get is '2.5 multiplier', which i assume is gigabyte talk for a 5:4 divider. wtf? what if I had put in DDR2-533? Shall it overclock my RAM by default? Isn't the option of a 1:1 divider a MUST for a supposedly overclocking motherboard? How do I get past this? (I would think 400 would be an easy target for my E6300). Secondly, the board complains if I don't switch voltage control over to it when oc'ing. Can I really trust it too boost the voltage as needed (if needed).
Taking a look at CPU-Z shows a fluctuating core voltage while at stock speeds (I assume this is normal, as some power saving feature, should I turn this off?). ATM, the most I have successfully got to is 320 odd (leaving voltages to the board), and at that speed, Prime 95 encountered an error about 20 minutes into the torture test. What should I do, take the mobo back?
Thanks for any help.