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7 GHz Ivybridge OC (allegedly)

1.9V is insane, still at least they managed it with all four cores active... I bet this thing could easily break the world record if they cheated like AMD and disabled 3 of the cores.
 
1.9V is insane, still at least they managed it with all four cores active... I bet this thing could easily break the world record if they cheated like AMD and disabled 3 of the cores.

I doubt it.
SB-E hasn't been breaking records, nor did SB, their max OC's under extreme cooling weren't all that great tbf.
 
I doubt it.
SB-E hasn't been breaking records, nor did SB, their max OC's under extreme cooling weren't all that great tbf.

TBH,the six core Core i7 CPUs could hit 6GHZ to 7GHZ already on LN2:



http://forums.anandtech.com/showthread.php?t=2159430

These were among the first Intel 32NM CPUs and for the time was quite a large CPU with 1.17 billion transistors.

Hence,the much smaller IB hitting 7GHZ is not that shocking especially since it has some extra upper multipliers over SB.
 
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That's not SB-E.
Or SB.
Irrelevant.
The 8GHZ world record previously was held by a Celeron, does that mean Cele's were the pinnacle of overclocking?
 
That's not SB-E.
Or SB.
Irrelevant.
The 8GHZ world record previously was held by a Celeron, does that mean Cele's were the pinnacle of overclocking?
Not really.

Early 32NM Intel CPUs could already hit 7GHZ with LN2. So its not a big deal that a 22NM CPU can hit 7GHZ especially with a smaller CPU section with less power hungry cache.

If you look at the link in the OP,the chap is trying to make a big deal of it - it isn't. It has no bearing on real world overclocking ability. We also have no clue of what the safe voltage is too.
 
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Not really.

Early 32NM Intel CPUs could already hit 7GHZ with LN2. So its not a big deal that a 22NM CPU can hit 7GHZ especially with a smaller CPU section with less power hungry cache.

If you look at the link in the OP,the chap is trying to make a big deal of it - it isn't. It has no bearing on real world overclocking ability. We also have no clue of what the safe voltage is too.

The way you come across is weird.
You're agreeing with my original point, it's not impressive.
I interpreted it as you disagreeing.
 
I'm just surprised that they can take 1.8v on a smaller process without burnout. The figure if true is impressive but has no real bearing on the factors that most of us base our purchasing on: 24/7 overclockability and performance.
 
I'm just surprised that they can take 1.8v on a smaller process without burnout. The figure if true is impressive but has no real bearing on the factors that most of us base our purchasing on: 24/7 overclockability and performance.

It's almost 1.9V and there's no indication of how long the CPU will last at that voltage.

They may have reduced the lifespan of the CPU from years to a very short time indeed.
 
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