- #I7 2600k overclock geekbench 4 install#
- #I7 2600k overclock geekbench 4 update#
- #I7 2600k overclock geekbench 4 full#
- #I7 2600k overclock geekbench 4 windows#
If you too have RAM that want to run 1.65V, use my method of underclocking them to 1066MHz. I run them at 1066MHz instead of 1600MHz, that way I got them to work at 1.50V. These sticks are labeled 1.65V which is a little too high. Try 44x and see if you can run that stable as wellġ6GB (4x4 GB) Corsair XMS3 DDR3 1600MHz 1.65V (Running 1066MHz at 1.50V) If you can run the test overnight without bluescreen. If you get a bluescreen within 1 hour, 42x will probably be fine. If you get a bluescreen within 10 seconds, you have to lower from 43x to probably 41x. If you have Windows, try to run prime95 blend test for a few hours and make sure you don't get a bluescreen.
#I7 2600k overclock geekbench 4 install#
Consider a Noctua D14, have your local computer store install it for you, that's what I did.ĬPU chips performance may vary. NOTE: You cannot run this with a stock i7 cooler.
#I7 2600k overclock geekbench 4 update#
Here we go, update pics for my final BIOS settings using Intel Turbo Boost overclock. (more info in the next message in this thread.)
#I7 2600k overclock geekbench 4 windows#
If you overclock the CPU Clock ratio only Windows will take advantage of your overclock.
If you want a overclock that works in OSX you HAVE to overclock the Intel Turbo Boost. That's why I settled on 4.3GHz, and after all, 4.3GHz versus the stock 3.4GHz is a really noticeable difference! My computer runs 24/7 so I really want to use safe settings. I have run the computer at 4.8GHz but that needs the voltage to be in "un-safe" levels. Note that this overclock is considered SAFE.
#I7 2600k overclock geekbench 4 full#
But I don't want the computer to run a high voltage so I left at 4.3GHz.Īt 4.3GHz with my Noctua D14 cooler, max temp seen is 70C, mostly around 62C at full load. You could probably get both 4.4GHz and 4.5GHz to run stable if you have a good chip or raise the voltage slightly by tuning the DVID. Using DVID the CPU will idle at around 1.0V and go up to 1.32V (1.284V in cpu-z) at full load. In the long run, it's not too good for your CPU. On Gigabyte Z68, if you use a fixed/user set CPU Vcore, the VCore will NEVER go down when the computer is idle. Most important thing is that it is a overclock achieved using DVID and not LLC (Multi level loadline calibratation). This is a semi wild overclock, pretty much every 2600k CPU should be able to get it stable. Since this board is listed in the tonymac customac list I though I'd let you know where I went to find information about overclocking. With DVID you can have a safe low idle voltage and pretty good control of how high your load voltage should be. That's why DVID is a lot better than the LLC multi-step load line on this board. I wouldn't recommend ANYTHING above 1.32V, and that is with DVID which means that whenever your computer is idle, voltage will be under 1.0 Volts. Also, on the voltage, there's a lot of debate about safe voltages for this chip.
Temperature will kill your CPU and temperature rises very quickly when you apply more voltage. So then I upgraded bios back to version F4 and started ALL over. And then the BIOS is back to factory default. I had to take a screwdriver to the "reset CMOS" pins on the motherboard. What happened was I couldn't even boot to BIOS, meaning I couldn't do ****, fans powered up then after 1 second power shut off, then that looped forever. When I was at 4.6 GHz, coming from 3.4 and upping one step at a time, 34x, 35x, 36x etc, I felt what the hell, let's skip 47,48,49 and try 50x multiplier right away. Getting bluescreens won't kill your chip, I got probably 10-15 of them before I considered I had a stable clock. Do TINY adjustments so that you can get to know where your chip causes bluescreen/crashes. If you're unlucky your chip may die, chips varies.
Building a CustoMac Hackintosh: Buyer's Guide
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