- Jun 30, 2004
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I'm dead certain -- and my 680i Striker Extreme board is certainly dead -- that I blew out the Chipset. This second Striker board was configured for SLI with a pair of 9600 GT's. The NBCore voltage reading under "auto" was around 0.27V higher than when a single graphics card was used, and I didn't attend to NB cooling before finding some preliminary -- and stable -- over-clock settings. So I had shut down the system one evening, attempted to boot up the next day, and the symptoms point to the motherboard. I can swap vid cards, swap memory kits, and swap CPUs, but the system won't post; and it won't even bring the monitor out of sleep mode.
I've seen this sort of thing before, and -- yes -- it was a dead motherboard. [R-I-P, Striker, you sorry P-O-S.]
Others have expressed near-contempt for this board, although it was among the best performers and least troublesome among the 680i offerings. Certain problems with those boards by other manufacturers had been circumvented by ASUS. But at stock multipliers, getting beyond 400 Mhz was "pretty if-fy."
Determined to stick with an SLI configuration, after reading three or four reviews, noting the frequency-count and average inclination of customer-reviews at the Egg, and seeing that remarks were similar to the the reviews by Striker buyers [suggestions that positive or negative really separated "the men from the boys] -- I settled on this to complete my project and move on with my life:
eVGA 780i "-A1" for DDR2
Some forums noted certain minor shortcomings that can be fixed if needed:
The NB fan, necessary for clock speeds well above 400 Mhz, is noisy.
SOMETIMES, the board ships with insufficient contact between the NB heatsink and the NB. There are DIY articles on replacing thermal paste and insuring better contact.
Any of you using this board -- feel free to offer constructive comments. I'd be interested in your remarks.
EDIT: Also, I was a bit dismayed in my impatience that this thing only has 6-cycle voltage regulation and the caps are not solid-state. In this respect, I may have taken a half-step backwards on the voltage regulation and a whole step backwards on the choice of components. But it seems to be a popular board, with good performance and published reviews, positive customer-reviews, etc. It was either this -- to use my DDR2 kits -- or paying more without the life-cycle covering the next generation.
I've seen this sort of thing before, and -- yes -- it was a dead motherboard. [R-I-P, Striker, you sorry P-O-S.]
Others have expressed near-contempt for this board, although it was among the best performers and least troublesome among the 680i offerings. Certain problems with those boards by other manufacturers had been circumvented by ASUS. But at stock multipliers, getting beyond 400 Mhz was "pretty if-fy."
Determined to stick with an SLI configuration, after reading three or four reviews, noting the frequency-count and average inclination of customer-reviews at the Egg, and seeing that remarks were similar to the the reviews by Striker buyers [suggestions that positive or negative really separated "the men from the boys] -- I settled on this to complete my project and move on with my life:
eVGA 780i "-A1" for DDR2
Some forums noted certain minor shortcomings that can be fixed if needed:
The NB fan, necessary for clock speeds well above 400 Mhz, is noisy.
SOMETIMES, the board ships with insufficient contact between the NB heatsink and the NB. There are DIY articles on replacing thermal paste and insuring better contact.
Any of you using this board -- feel free to offer constructive comments. I'd be interested in your remarks.
EDIT: Also, I was a bit dismayed in my impatience that this thing only has 6-cycle voltage regulation and the caps are not solid-state. In this respect, I may have taken a half-step backwards on the voltage regulation and a whole step backwards on the choice of components. But it seems to be a popular board, with good performance and published reviews, positive customer-reviews, etc. It was either this -- to use my DDR2 kits -- or paying more without the life-cycle covering the next generation.