Hi Folks
Today i have ran a few quick benchmarks on the new Intel Core i5 670
this chip can be purchased here on the OcUK website
this is just to give you an example of what can be achieved on these amazing new processors.
The following benchmarks were gained using a single stick of Gskill Ripjaw 2000MHz and the incredible Asus Maximus III Formula Motherboard.
Please note
All of these results were gained using an air cooler and are in no way sustainable for long periods of time
Starting Off - we have a nice 4.6GHz run with HT disabled just to get into the swing of things
this gave impressive resilts in Super PI
and also in Wprime 32m and 1024m
Pushing Further
4.6 was fairly easy as it involved increasing the multi to its max setting [27] and then compensating with lots of voltage.
after this we tried for 5ghz+ as the board is capable of 200+BCLK
giving a theoretical [200+X27]=5.4+GHz
I also turned hyperthreading on for this run to see if it would run without causing stability issues
Wprime 32m and 1024m saw nice improvements
cinebench stopped running on multiple cores after 4.95GHz so i chose not to document any scores
here is an 8second SuperPi 1M @ 5GHz
and the validation screens
with top end system stability at around 4.6GHz and 5ghz a realistic possibility
these chips really are something special.
Today i have ran a few quick benchmarks on the new Intel Core i5 670
this chip can be purchased here on the OcUK website
this is just to give you an example of what can be achieved on these amazing new processors.
The following benchmarks were gained using a single stick of Gskill Ripjaw 2000MHz and the incredible Asus Maximus III Formula Motherboard.
Please note
All of these results were gained using an air cooler and are in no way sustainable for long periods of time
Starting Off - we have a nice 4.6GHz run with HT disabled just to get into the swing of things
this gave impressive resilts in Super PI
and also in Wprime 32m and 1024m
Pushing Further
4.6 was fairly easy as it involved increasing the multi to its max setting [27] and then compensating with lots of voltage.
after this we tried for 5ghz+ as the board is capable of 200+BCLK
giving a theoretical [200+X27]=5.4+GHz
I also turned hyperthreading on for this run to see if it would run without causing stability issues
Wprime 32m and 1024m saw nice improvements
cinebench stopped running on multiple cores after 4.95GHz so i chose not to document any scores
here is an 8second SuperPi 1M @ 5GHz
and the validation screens
with top end system stability at around 4.6GHz and 5ghz a realistic possibility
these chips really are something special.
