Originally posted by: swtethan
although the systems were not operated with full clock
did you not see this?
Originally posted by: StrangerGuy
The 1.5GHz DC Yonah doesn't look too good against the X2 3800+... Yeah I know it's 500MHz slower, but the performance gap is too big for comfort.
Originally posted by: fatty4ksu
Wow, looks like the sossman will be the king very very soon.
Great CPU coming up!
Originally posted by: fatty4ksu
Wow, looks like the sossman will be the king very very soon.
Great CPU coming up!
Originally posted by: batmanuel
Originally posted by: fatty4ksu
Wow, looks like the sossman will be the king very very soon.
Great CPU coming up!
If you didn't notice, the Sossman benches are for a dual processor dual core system. Plus the 2.0GHz score was extraploated off of the 1.5GHz score. If you give Intel the benefit of the doubt and figure that adding the second Sossman isn't going to give you exactly double the performance of a single Sossman in the benches then the probably scores fall into around the 500-550 range for a single Sossman, which puts it about on par with the X2 3800+ in clock for clock performance.
Of course if Cinebench performance scales more linearly with the addition of extra processors, or the performance for the Sossman doesn't scale exactly as they extrapolate at 2GHz, the you could actually see a Cinebench score for a single Sossman fall as low as 450 or so, which would put its performance lower than the X2 3800+ at 2Ghz.
Originally posted by: Duvie
Originally posted by: batmanuel
Originally posted by: fatty4ksu
Wow, looks like the sossman will be the king very very soon.
Great CPU coming up!
If you didn't notice, the Sossman benches are for a dual processor dual core system. Plus the 2.0GHz score was extraploated off of the 1.5GHz score. If you give Intel the benefit of the doubt and figure that adding the second Sossman isn't going to give you exactly double the performance of a single Sossman in the benches then the probably scores fall into around the 500-550 range for a single Sossman, which puts it about on par with the X2 3800+ in clock for clock performance.
Of course if Cinebench performance scales more linearly with the addition of extra processors, or the performance for the Sossman doesn't scale exactly as they extrapolate at 2GHz, the you could actually see a Cinebench score for a single Sossman fall as low as 450 or so, which would put its performance lower than the X2 3800+ at 2Ghz.
he wouldn't notice that cause he is a half-wit....reading is FUN-DA-Mental......
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
Originally posted by: fatty4ksu
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
I agree, that would make sense.
It looks like clock for clock, the intel chip has better performance.
JMO
Originally posted by: fatty4ksu
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
I agree, that would make sense.
It looks like clock for clock, the intel chip has better performance.
JMO
Originally posted by: fatty4ksu
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
I agree, that would make sense.
It looks like clock for clock, the intel chip has better performance.
JMO
Originally posted by: PetNorth
Originally posted by: fatty4ksu
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
I agree, that would make sense.
It looks like clock for clock, the intel chip has better performance.
JMO
I don't know why I waste my time but...
In this benchmark, it looks like clock for clock, the intel chip has worst performance.
Notice, higher is better.
1º Simulated Yonah 2.0ghz: 521
BTW, optimistic score calculated if you ask me... taking as reference Yonah 1.5ghz score, I would say that 507-508 is more accurate for Yonah at 2.0ghz.
Never a CPU scales linearly... not to mention that 521 (from 383) is higher than a linear scale from 1.5ghz to 2.0ghz (We have: 1.5ghz, 383; so, 521 for 2.0ghz is a 36.03% higher score, when from 1.5ghz to 2.0ghz there is a 33,33% clock increase);
2º X2 3800+ 2.0ghz, 538
.
Originally posted by: fatty4ksu
A notebook proc is competing w/a desktop proc.
Originally posted by: fatty4ksu
Originally posted by: Elcs
I know this isnt an exact science but rather than extrapolating 1.5ghz up to 2.0ghz, why not underclock the 2.0ghz to 1.5ghz, ie. downclock the X2 to match the Intel job's ghz.
Or am I speaking too much sense?![]()
I agree, that would make sense.
It looks like clock for clock, the intel chip has better performance.
JMO