These from a China based site
No warrantty expressed or implied
3.33 ghz quad on 1333 fsb versus 2.93 ghz Quad on 1066 fsb
http://techgage.com/viewimg/?img=/articles/intel/beijing_idf_07/idf_beijing_01.jpg&desc=Intel Penryn
http://techgage.com/articles/intel/beijing_idf_07/idf_beijing_01.jpg
Divx + 211% => 85% "clock for clock"
Half life + 41% => 24% "clock for clock"
Cinebench + 25% => 10% "clock for clock"
Photoshop + 15% => 1% "clock for clock"
DivX obviously uses one of the new SSE "N+1" instructions, while on Halflife, 24% seems to indicate that the new 16 bit Radix divider works as advertized.
Not "stunning" increases, but solid gains, and considering that 3.33 is likely NOT the highest speed bin, certainly an optimistic looking release considering we are still 8 months out from release date.
No warrantty expressed or implied
3.33 ghz quad on 1333 fsb versus 2.93 ghz Quad on 1066 fsb
http://techgage.com/viewimg/?img=/articles/intel/beijing_idf_07/idf_beijing_01.jpg&desc=Intel Penryn
http://techgage.com/articles/intel/beijing_idf_07/idf_beijing_01.jpg
Divx + 211% => 85% "clock for clock"
Half life + 41% => 24% "clock for clock"
Cinebench + 25% => 10% "clock for clock"
Photoshop + 15% => 1% "clock for clock"
DivX obviously uses one of the new SSE "N+1" instructions, while on Halflife, 24% seems to indicate that the new 16 bit Radix divider works as advertized.
Not "stunning" increases, but solid gains, and considering that 3.33 is likely NOT the highest speed bin, certainly an optimistic looking release considering we are still 8 months out from release date.