• Competitor rules

    Please remember that any mention of competitors, hinting at competitors or offering to provide details of competitors will result in an account suspension. The full rules can be found under the 'Terms and Rules' link in the bottom right corner of your screen. Just don't mention competitors in any way, shape or form and you'll be OK.

2600 v 2600k

Status
Not open for further replies.
should get this thread closed now ive got my info and stops getting idiots giving abuse...surveyor is a respectable member of these forums and doesnt need abuse of you Hutch....so close thread please mods thanks.
 
Surveyor was informing you of the fact you've done something inadvisable. Whether or not you take his advice on board is your choice, however most people on the forum are mature enough to say thank you and be polite about it even if they don't intend to follow up on it. :rolleyes: Also, I assume you aren't particularly into the sciences, as you're rather grossly misusing the word 'proven'.
 
The 2600 turbos to 3.8ghz and if you up the BCLK it will hit 4.4 no problem, i know this as ive done it to my mates....

38x multi with 116 BCLK for 4.4GHz, as said already cant expect that chip to last! :eek:

Or has the whole 'over 100 BCLK will slowly cause CPU damage' been a myth all along? :confused:
 
He said you couldnt overclock a 2600, when really you can.

Only by adopting methods which are not recommended.

However, due to the knock-on effect of BCLK overclocking - remember, it increases the speed of more than just the CPU core - it's very easy to run into system instability and this method of performance boosting is not recommended.

In the spirit of integration, Intel made one more change this round: the 6-series chipsets integrate the clock generator. What once was a component on the motherboard, the PLL is now on the 6-series chipset die. The integrated PLL feeds a source clock to everything from the SATA and PCIe controllers to the SNB CPU itself. With many components driven off of this one clock, Intel has locked it down pretty tight.

Base Clock (BCLK) - this refers to the clock of the Sandy Bridge platform, which is 100MHz. Previous-generation platforms allowed for the BCLK to be raised quite easily, providing another way to increase overall system speed. However, with Sandy Bridge it's a little trickier as Intel's new architecture amalgamates a memory controller and GPU onto the same piece of silicon as the CPU. As a consequence, raising the BCLK on a Sandy Bridge platform will increase the speed of various components and quickly introduce the risk of instability. Overclocking by BCLK is therefore not recommended.
 
His pc has ran stable for 3 months, i couldnt care less how long it lasts either its his pc.

Your debating recomendations when the real argument was whether it could be overclocked, now shut up and admit defeat.

And the BCLK is between 106-107 ............

We'll soon see how long it lasts ladys.
 
Who mentioned 38 multi, its hits 41.

Regardless of the speed its at it still overclocks.

Ross away and hijack another thread you No personal attacks!
 
Last edited:
Yea, with the i7 2600 the chip can only be overclocked to 3.8GHz. It can turbo past this, up to 4.1GHz, but this is with only one loaded core. For the sake of our comparison we usually disregard turbo as not "real overclocking" so the maximum it will hit is 3.8GHz (3.9 with all cores loaded and turbo).

You could get an extra ~7% by increasing the BCLK, but taking into account the risk with such a small gain (maximum clockspeed 4.066GHz) I don't judge it to be worthwhile.

4.4GHz may be achievable for this overclock with turbo mode (1 core) but I certainly wouldn't say you could overclock an i7 2600 to 4.4GHz. Instead, 3.8GHz is as far as you can/should take that chip IMHO. If you want to overclock so much that you are raising the BCLK then I would suggest just selling the 2600 and picking up a 2600K for a small overall outlay (then overclock just with the unlocked mutli, BCLK at 100MHz).
 
Last edited:
Status
Not open for further replies.
Back
Top Bottom