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ASUS เคลม MB ตัวนี้ ได้ 7GHz ชัวร์ๆ
https://www.asus.com/Motherboards
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Intel's Core i7-4770K Overclocked to 7.0 GHz
By Niels BroekhuijsenMAY 4, 2013 7:00 PM - Source: Ocaholic
It looks like somebody might have overclocked
an engineering sample of an i7-4770K to a staggering 7012.65 MHz.
While the Haswell launch is not far away,
an overclocker who goes by the nickname "rtiueuiurei"
has managed to get his/her hands on an engineering sample
of the upcoming Core i7-4770K, and overclock it to an insanely high frequency.
The chip has been overclocked over 7 GHz, to precisely 7012.65 MHz.
This was accomplished using a base clock of 91.07 MHz and a multiplier of 77.0.
Of course, to keep such a ridiculous overclock stable the CPU needs an insanely high voltage.
A staggering 2.56 V was used to accomplish this. Now, it is always possible
that CPU-Z read the voltage wrong, because it is quite difficult to imagine
that any modern CPU would survive such voltages.
That said, we can only assume that "rtiueuiurei"
had a very adequate cooling solution to accompany this.
Sadly, we can also question the screenshot,
as the CPU-Z ID has been blurred out as well as a number of other things,
so there is no way to retrace the post.
http://www.tomshardware.com/news/Int...ell,22410.html
https://www.asus.com/Motherboards
---------------------------------
Intel's Core i7-4770K Overclocked to 7.0 GHz
By Niels BroekhuijsenMAY 4, 2013 7:00 PM - Source: Ocaholic
It looks like somebody might have overclocked
an engineering sample of an i7-4770K to a staggering 7012.65 MHz.
While the Haswell launch is not far away,
an overclocker who goes by the nickname "rtiueuiurei"
has managed to get his/her hands on an engineering sample
of the upcoming Core i7-4770K, and overclock it to an insanely high frequency.
The chip has been overclocked over 7 GHz, to precisely 7012.65 MHz.
This was accomplished using a base clock of 91.07 MHz and a multiplier of 77.0.
Of course, to keep such a ridiculous overclock stable the CPU needs an insanely high voltage.
A staggering 2.56 V was used to accomplish this. Now, it is always possible
that CPU-Z read the voltage wrong, because it is quite difficult to imagine
that any modern CPU would survive such voltages.
That said, we can only assume that "rtiueuiurei"
had a very adequate cooling solution to accompany this.
Sadly, we can also question the screenshot,
as the CPU-Z ID has been blurred out as well as a number of other things,
so there is no way to retrace the post.
http://www.tomshardware.com/news/Int...ell,22410.html
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