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Since Intel launched their Core 2 Duo new generation processors, did get
great recommend in mid-range and high-end market, build up with brake
through performance and 65nm tech.
But in the mainstream and entry level side, Intel still use old P4 architecture
to beat AMD K8 series, they also prepare to launch the single core Conroe-L
for new product lines.
In the recent days, we already saw few Conroe-L test, like single core 2.4G
512k version test exposure.
Now I also got 2 Conroe-L CPU, they are 2.8G 1MB and 2.4G 512K version. I
just teal some free time in these 2 days to try some Conroe-L 2.8G
performance and overclock result.
The back of the CPU:
Up left side is Conroe-L 2.8G 1MB, down right side is E6300 1.86G 2MB.
2 of my different 975X boards can not support Conroe-L, maybe have to wait
a new BIOS to fix, ASUS announced their P5B new BIOS last week to support
Conroe-L, and my MSI P965 Platinum also can run Conroe-L smoothly.
great recommend in mid-range and high-end market, build up with brake
through performance and 65nm tech.
But in the mainstream and entry level side, Intel still use old P4 architecture
to beat AMD K8 series, they also prepare to launch the single core Conroe-L
for new product lines.
In the recent days, we already saw few Conroe-L test, like single core 2.4G
512k version test exposure.
Now I also got 2 Conroe-L CPU, they are 2.8G 1MB and 2.4G 512K version. I
just teal some free time in these 2 days to try some Conroe-L 2.8G
performance and overclock result.
The back of the CPU:
Up left side is Conroe-L 2.8G 1MB, down right side is E6300 1.86G 2MB.
2 of my different 975X boards can not support Conroe-L, maybe have to wait
a new BIOS to fix, ASUS announced their P5B new BIOS last week to support
Conroe-L, and my MSI P965 Platinum also can run Conroe-L smoothly.
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