#I7 2600K OVERCLOCK GEEKBENCH 4 MANUAL#
#I7 2600K OVERCLOCK GEEKBENCH 4 UPGRADE#
#I7 2600K OVERCLOCK GEEKBENCH 4 FULL#
#I7 2600K OVERCLOCK GEEKBENCH 4 PRO#

Real-time strategy video game developed by Blizzard Entertainment for but uses more than double the power doing it - I swear, I got up the other freezing morning here in the UK having left some Handbrake encodes running overnight and I didn't have to put the heating on! I'm quite serious!).StarCraft II: Wings of Liberty is a military science fiction

#I7 2600K OVERCLOCK GEEKBENCH 4 UPGRADE#

(Actually, that very issue might spur an upgrade soon - the overclocked 2600K can STILL easily match current, budget, quad-core CPU's. But of course it isn't, and the bump-up in power consumption from the overclock when the PC is actually doing some work dwarfs that (for e.g, running overnight video encodes), to the point it doesn't warrant consideration 0.98V (standard BIOS settings) or even lower with with -ve offset, it's at 1.056V (pretty much VID + the 0.070v offset - no v-droop at idle) so (the horror!) the CPU is using maybe 7w instead of 6w which, allowing for actual 'at-the-wall' draw, might be about an extra £3 a year on my electricity bills - if it was powered-up and just idling 24/365.

#I7 2600K OVERCLOCK GEEKBENCH 4 FULL#

And no big vcore overshoot spikes bumping up to full load, either.Ģ- an easy life for the VRM's - no constant voltage 'hunting' demanded by LLC, which in some quarters is reckoned to be another major benefit (having used LLC for a while, I remember seeing constant small changes in vcore under full load - without it, once temps have stabilised vcore settles to a practically unwavering 1.32v). 1.4V while vcore is at 1.32V due to droop (no LLC, remember).ġ- NO voltage undershoot spikes coming off load, and an idle voltage comfortably above what's needed, hence no chance whatsoever of 'idle-state' crashes - absolute stability under all conditions. This means that at 100% load (proper, continuous 100%, IBT or Prime small FFTs, never reached in any real-world context) VID is at c. (I tell a lie - a couple of minor tweaks done for no other reason than 'why not?' in Digi + Power Control - IIRC 'CPU power phase control = optimal' and a manually set (but fairly conservative) VRM frequency.) My i7-2600K 4.5GHz, 1.32V vcore (for most of those years) - no changes in BIOS other than +0.070 (70mV) offset - no LLC, no nothing.

I honestly don't understand the reasoning behind, in effect, undervolting a CPU with negative offset (usually resulting in, it would seem, worryingly low idle voltage) and at the same time over-volting it with LLC. here in 2021! And it's prompted me to get something off my chest I've meant to for (literally) years

Like the OP, apollo18, I'm STILL running an i7-2600K box (and an Asus Z77 mobo), built new back in early 2012.

#I7 2600K OVERCLOCK GEEKBENCH 4 MANUAL#

Should i do manual voltage or set llc different? or is it good to go? Some people say dont use offset because it lowers the idle voltage too much the pc seems fine so far, can i get the voltage lower some how? or what should i do in this scenario. What do you guys think of this overclock? should i change anything? Temps are okay, around 60 celcius durring occt and cpuz v core hits 1.336max and is between 1.31ish-1.336 during the stress test I went into the bios and set i have a asus moboĪnd so far i am running OCCT and it hasnt crashed, i tried to lower the offset but it crashes at -0.025.

#I7 2600K OVERCLOCK GEEKBENCH 4 PRO#

Specs: i7 2600k with phanteks tc 14 pe air cooler with asus p8p67 pro mobo i am not trying to reach 5ghz or anything, i am happy as long as my voltage is less then 1.35 v so i am happy with this if it looks good to you guys. I want to have a safe oc that lasts me a long time so i read not to pass 1.35V. Hey guys i have a i7 2600k and i decided to overclock it, i did some research and tried a bunch of scenarios and i got stable on this.

I7 2600k overclock geekbench 4