QUOTE(irenic @ Sep 8 2006, 10:47 AM)
i can help rlhc to answer it since i used biostar once as well..
1) the biostar has intel raid
2) the biostar is not worse overclocker then his ds3 (in my situation biostar oc better than my ds4, dq6 and even p5b deluxe! ..with ds3 i used e6400 so cant compare with the biostar)
3) the biostar has nice bundle, got power & reset button on the board


Thanks for the initiative. Good info there.
I just read a brand new review on the Biostar at Hardware Zone. Some good , some bad.
Bad :- They can't overclock as good as you guys. Can only reach 360fsb

. They can learn a lot on how to OC from you guys.
Good :-
1) No ram compatibility issues.
2) The heat problems with some of the other Mboards are not found in this board. Using only standard heatsink (looks quite low quality to me

) but still no heat issues. Gigabyte have to use SilentPipe.
Here's the conclusion of the review :-
" Conclusion
We started out this review with niggling doubts that the Biostar TForce P965 motherboard would just fall into the sea of mediocrity as with most unimpressive mainstream offerings. However, we were proved quite wrong. Biostar's latest Core 2 motherboard was actually quite a leap forward in terms of quality and performance, putting it on par with top tier manufacturer products.
Thus far, we've noted that many new Core 2 Duo motherboards have issues supporting certain types of DDR2-800 memory and are sometimes plagued by compatibility issues, but not so with the TForce P965 Deluxe. The motherboard showed that it has reached a highly matured production stage where we did not run into any installation, stability or compatibility problems at all throughout our testing process. The board also surprised us with its innate chipset cooling performance. Our experience with the P965 so far has shown that these run pretty hot, requiring more powerful cooling such as the heat-pipe in the Gigabyte GA-965P-DQ6 and ASUS P5B Deluxe, but the Biostar stayed cool using only a simple passive heatsink. The CPU MOSFET and capacitor area did feel a little warmer, but stability of the board was never compromised.