DFI Infinity 975x DDRII New Record
Recently, the most popular thing in PC market must be Intel Core 2 Duo CPU.
Therefore, the relative motherboards, which support Core 2 Duo series, also
took advantage in this period. On the otherhand, 965 can be easily let FSB
up to 450~500 MHz, then its price (mobo) is only around $130~ 250. If
compare with 965, 975 is lot more expensive than 965.
I also realized something about mobo in OC field:
ASUS is the best mobo manufacturer in Intel platform
Then, DFI is the best in AMD platform.
DFI has launched INFINITY 975X since July. A reasonable price $200
With a bunch of features, such likes: 6 phase digital PWM, ceramic heat sink,
X16 PCIe for Crossfire, e SATA interface and 400~ 450Mhz FSB OC
It breaks the market positioning of others 975X, also affects the pricing to
some of the 965 mobos.
At that time, I have brought out 2 defect about this board:
1.The compatibility of DDRII still needs to be improved.
2.The boot up screen and OS monitoring software also need to be strengthen.
CPU:INTEL Core 2 Extreme X6800
MB: DFI INFINITY 975X/G
DRAM: Corsair TWIN2X2048-6400C3
VGA:ELSA GLADIAC 790GS 256B3
HD: Seagate 7200.7 80GB
POWER: Corsair HX620W Modular Power Supply
Cooler: Sonic Tower
when I use the previous version BIOS, FSB around 300~400Mhz, What I can
choose is CPU:DRAM 1:1.33 or 1:1. then, the DDRII only can run 800~950
The 9/13 BIOS version, some guys in the forum said that was rearranged by
CPU 374Mhz, Ratio of BIOS~ 1:2>>1:2=>DDRII 1122 CL4 4-4-9 run steady
CPU 389Mhz, Ratio of BIOS~ 1:2=>DDRII 1170 CL4 4-4-9 successfully
The latest version of the BIOS makes the DRAM OC ability increase a lot.
Speak frankly, this model has already far beyond the mid-range image.
The result of DDRII clock can reach above 1100, it¡¦s already a highest model
in Intel platform. in price and OC ability, DFI INFINITY 975X is such a great board, no matter compares to same level platform like 975 or 965.
I¡¦d like to expect the LANParty version of 975X has a better and powerful
do you expect (or hope) to break the 500Mhz FSB barrier? :)
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