Originally posted by: asdftt123
SSE4?
Originally posted by: asdftt123
SSE4?
Originally posted by: Toadster
Originally posted by: asdftt123
SSE4?
.
over 100% increase in some benchmarks already done...
Originally posted by: Acanthus
Originally posted by: Toadster
Originally posted by: asdftt123
SSE4?
.
over 100% increase in some benchmarks already done...
Artificial, no application supports SSE4.
Originally posted by: Toadster
Originally posted by: Acanthus
Originally posted by: Toadster
Originally posted by: asdftt123
SSE4?
.
over 100% increase in some benchmarks already done...
Artificial, no application supports SSE4.
artificial media conversion?
On the media encoding side of things, the DivX 6.6 (with SSE4) 1080p MPEG2 to MPEG4 conversion task has Wolfdale cutting the Core 2 Duo's encoding time in half, giving the 45nm chip a 115 percent lead over its predecessor.
snagged from http://arstechnica.com/news.ar...oosts-media-games.html
Originally posted by: Saiyukimot
But as they will be the same speed clock for clock with current chips, its not really worth getting one if you currently have a core 2 duo/quad.
The latest numbers say the TDPs will be almost identical.
So the advantages will be slightly higher max overclocks, more cache, more fsb.
I saw that on an AT test iirc a month or more ago.Originally posted by: Acanthus
Originally posted by: Toadster
Originally posted by: Acanthus
Originally posted by: Toadster
Originally posted by: asdftt123
SSE4?
.
over 100% increase in some benchmarks already done...
Artificial, no application supports SSE4.
artificial media conversion?
On the media encoding side of things, the DivX 6.6 (with SSE4) 1080p MPEG2 to MPEG4 conversion task has Wolfdale cutting the Core 2 Duo's encoding time in half, giving the 45nm chip a 115 percent lead over its predecessor.
snagged from http://arstechnica.com/news.ar...oosts-media-games.html
I have not seen that DivX bench before.
We will see if its true when more people get their hands on it. Very exciting if true.
This would make the quad a fantastic encoding chip.
AT tests comparing 2.33 ghz penryn vs e6550 found significantly less heat generated by cpu.Originally posted by: IntelUser2000
The latest numbers say the TDPs will be almost identical.
So the advantages will be slightly higher max overclocks, more cache, more fsb.
If TDP was really a good indicator of power consumption, Prescott wouldn't have been bad....
Despite that top-end Prescott had 130W TDP, it went over 150W on tests, while 130W TDP Kentsfield doesn't even reach TDP. Penryn will have same TDP, but will offer lower real world usage power consumption.
Originally posted by: AndyD2k
I just realized that I don't need x38 to use Penryn cpus. Anyway, some new questions
1. Are there official prices?
2. Will there be consumer level cpus released in November? I remember seeing a table where it showed only one cpu being released in November while the rest will show up in January. I remember that one to also have a estimate of $1,000
Originally posted by: IntelUser2000
The latest numbers say the TDPs will be almost identical.
So the advantages will be slightly higher max overclocks, more cache, more fsb.
If TDP was really a good indicator of power consumption, Prescott wouldn't have been bad....
Despite that top-end Prescott had 130W TDP, it went over 150W on tests, while 130W TDP Kentsfield doesn't even reach TDP. Penryn will have same TDP, but will offer lower real world usage power consumption.
Originally posted by: AndyD2k
I would say max around $350 considering the fact that I was going with a 6600 which is around $278 now
