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About ssR

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  1. in my case i did it just cause my rig had all the potential i could ask for a decent overclock and i didnt want to waste it for nothing. cause ur kinda right in this case. i only play CS 1.6 and this game requires a 100fps stable to play it on a high level. my rig could provide that easily even when it was running on stock settings. thats why i stopped with my oc too cause i dont need more for now.
  2. if u only use the superPI test its not enough. use OCCT and prime95 after every fsb change to make sure u can move on to the next stage. it took me about a week or so to get to where i am now from stock settings. at 1st i also rushed and failed so dont make the same mistake i did and take ur time
  3. must be some extreme cooling... its not for daily use though
  4. thats pretty sick... but like Burky said i dont think they made it so far using the recommended 1.65v MAX and they way i see it, it can die any moment
  5. http://www.tr2tt.com/products/psu/w006970/w006970.htm thats the PSU i got. i was told that its good actually. u sure thats the 1?
  6. the actual voltage reading i get in bios is 1.6v.
  7. My hardware can be found in my sig. Another night of prime went well with 18 hours of stable testing. here is where i stand now: CPU 245x11 @ 1.50v x 110% RAM 1:1 @ 3.3v and 2-2-2-5 Temps: 34C idle 46-47C load i think ill stop here now and wait till i get some active cooling for the rams b4 i proceed as i still havent reached my goal of 255 fsb.
  8. no actually its a zalman 9500 but with a stock thermal compound. ill get AS5 as soon as i can. and yes up to FSB 240 the voltages were rock stable
  9. after another stable night of prime95 i decided to push it a little harder. so far my pc is rock stable at 240x11 and 1.52v today i decided to push a little more and increased the fsb to 245 with the same settings. superpi passed and my pc froze during the occt test. i increased the voltage to 1.6 but then when i finally managed to pass the occt test this is what i saw: are those jumps ok? should i increase the voltage a bit more to make it stable? the temps are 37/47 at idle/load right now so i still got some room to maneuver
  10. blowing in. i think i might be able to explain it, u see in a conventional HS the fan blows directly on the HS base, applying more air pressure on the heat source and thus spreading the heat. if u will reverse the fan it will suck the air from the surrounding including sides and the amount of the heat it will suck off the base will be nothing compared to when the fan is actually blowing on the HS base. there are heatsinks which allow 2 fans setup 1 blowing and 1 sucking, usually they also involve heatpipes. in this case a single sucking fan can work almost as well as a blowing one but i still dont think it would be as good as the "traditional" setup
  11. if i keep the HTT/LDT at auto will it automatically change it so it stays under 2000? or should i change it manually?
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