jhatfie
[H]ard|Gawd
- Joined
- Mar 19, 2003
- Messages
- 1,636
Just put together an update to my gaming rig and added a i5-750, Biostar T5XE CFX-SLI and 4GB Gskill Ripjaw.
Just started getting started, but so far I am 6hrs OCCT stable at 3.906Ghz (186x21) @ 1.32v and the ripjaw at 1854mhz. Using a Cooler Master Hyper 212 Plus, seeing temps top out at 72C, which seems like a ton to me, but based on what I have read, is fairly normal.
The Biostar T5XE CFX-SLI is a pretty basic board in terms of features and I have not had a chance to test it's crossfire capabilities yet although the fact that the board can do both SLI and crossfire with dual 8x links is impressive for under $120. But so far it seems pretty solid. OC's pretty nice, seems stable. No real frills, but I do not need esata or firewire anyway. Only complaint is that ram slot 1 right under where my cooler fan is, so if I decided to move to 4 modules, they would need to be low profile.
Also it seems to suffer a bit from some voltage droop with the 1.32v dropping to 1.3 and even as far as 1.28 briefly under load. Maybe a culprit of the more simple 4 phase power design?
Just started getting started, but so far I am 6hrs OCCT stable at 3.906Ghz (186x21) @ 1.32v and the ripjaw at 1854mhz. Using a Cooler Master Hyper 212 Plus, seeing temps top out at 72C, which seems like a ton to me, but based on what I have read, is fairly normal.
The Biostar T5XE CFX-SLI is a pretty basic board in terms of features and I have not had a chance to test it's crossfire capabilities yet although the fact that the board can do both SLI and crossfire with dual 8x links is impressive for under $120. But so far it seems pretty solid. OC's pretty nice, seems stable. No real frills, but I do not need esata or firewire anyway. Only complaint is that ram slot 1 right under where my cooler fan is, so if I decided to move to 4 modules, they would need to be low profile.
Also it seems to suffer a bit from some voltage droop with the 1.32v dropping to 1.3 and even as far as 1.28 briefly under load. Maybe a culprit of the more simple 4 phase power design?
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