New
#861
Yes, Tommy that is the way you want it. On idle the Vcore drops down to 1V or less, because you don't need voltage to read email or suck. You start doing something stressful it will go up to what is needed. So, in normal usage, you will see som big swings in it, but that is as it should be. But, if you are going for a high overclock, I would use manual because you have much more control of voltage. I hope that helped. I guess in a very broad sense, it is sort of like AMDs 'Cool and Quiet'. Roughly speaking.
That is what I figured manual voltage keeps the high oc in tact ,in my case the OC I have is common and not really high for what I could be putting it at anything over 4.8 requires atleast 1.3 volts offset of 0.125 which is high for me but in any sense my temps dropped and that makes me happy
Rule of thumb for Ivy Bridge is you can control temps if you stay below 1.3V. Over 1.3 and temps really go high, but the CPU can take a lot more. On OCN I've seen a lot of guys running 1.6 and 1.7V on some really high overclocks. The CPU will take it, temps won't too well. I've had mine at slightly over 1.5v before and you better have some serious cooling. I have a custom loop and mine wouldn't take it in a stress test. Prime hit 95 in about 2 minutes, before I shut it down.
Intel Ivy Bridge-E Processors To Feature SSD Overclocking
SourceExpreview has detailed that next month, Intel would talk about the new SSD overclocking feature and detail how SSDs can be overclocked and what sort of improvement can one expect from an overclocked SSD. In addition to its conventional CPU overclocking features, Ivy Bridge-E would also feature SSD overclocking for the first time in a desktop platform.
A Guy
That's pretty interesting Bill. Problem I see is I'm sure that only works with Intel SSD's, and from experience with 2 of their 520 series drives they won't hold up under normal use. I had 2 different drives die within 24 hours of initialization. They both started blue screening within hours of loading windows, and I had several hundred blue screens before I sent them back in. Two different motherboards as well. Also, if overclocking an SSD will result in faster sequential read/write speeds........it is more than useless. Still a very interesting bit of tech they may be unleashing.