- Jan 29, 2005
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I finally got my hands on my awaited (since last Friday, it was about time, week-end was long on a three years-old 3-3-3-8 stick, 512 MB, with BF2) 2GB kit of OCZ Platinum Memory.
Alright, so, the Memory in question is that one: http://www.ocztechnology.com/products/m...z_el_ddr_pc_3200_dual_channel_platinum
Please note, that I got a version labeled "V2.0" (the sticker on both sticks reads "2-3-2-5 Platinum Edition" with a very little "V2.0" at the bottom right corner).
And, according to OCZ themselves, all such Memory kits at V2.0+ have a Voltage setting of 2.8V (compared to 2.6V for V1.0+). Now, my question is: Why ? How come ?
I mean, the timings are the exact same between V1.0 and V2.0 (2-3-3-5), and are both at the exact same frequencies (200 Mhz).
Is it to avoid instability and they decided to increase the voltage ? Is it to allow a consumer to over-clock with more "head room" ?
Should I run it at 2.8V at stock frequencies/FSB ? Or is it because I could go up to 2.8V for whatever the reason is ?
Any ideas ? I'm a bit confused about it.
Alright, so, the Memory in question is that one: http://www.ocztechnology.com/products/m...z_el_ddr_pc_3200_dual_channel_platinum
Please note, that I got a version labeled "V2.0" (the sticker on both sticks reads "2-3-2-5 Platinum Edition" with a very little "V2.0" at the bottom right corner).
And, according to OCZ themselves, all such Memory kits at V2.0+ have a Voltage setting of 2.8V (compared to 2.6V for V1.0+). Now, my question is: Why ? How come ?
I mean, the timings are the exact same between V1.0 and V2.0 (2-3-3-5), and are both at the exact same frequencies (200 Mhz).
Is it to avoid instability and they decided to increase the voltage ? Is it to allow a consumer to over-clock with more "head room" ?
Should I run it at 2.8V at stock frequencies/FSB ? Or is it because I could go up to 2.8V for whatever the reason is ?
Any ideas ? I'm a bit confused about it.