World Record: 3175 MHz @ CL8 and 3095 MHz @ CL6
Category : Extreme
Published by Marc Büchel on 21.10.11
For about one and a half months, the guys from ocaholic have known that they were going to try break memory world records. At an exhibition called IM-Top which was being held by the Swiss distributor Ingram Micro ocaholic was welcome to try break memory world records.
Already
some time ago the two French Overclockers Benjamin Bouix aka "Benji Tshi" and
Jean-Baptiste Gerard aka "Marmott" have been able to overclock the exact same
modules like we did yesterday. In order to have an optimal setup to break memory
world records Kingston provided us with their HyperX 2544 MHz module with the
exact name KHX2544C9D3T1FK2/2GX. These modules are based on Elpida Hyper BDBG
chips. During the first tests Roger (splmann) Tanner and Marc (Besi) Voser
quickly evaluated that these modules are most suitably to get some very nice low
latency clock speeds. For CL10 and CL11 there are other Kingston modules that do
their job better and there are also some Corsair DIMMs which can be clocked
higher. Therefore it is logical that it's been splmanns and Besis plan to try
break the low latency world records at CL6, CL7 and CL8. Regarding CL6 they had
to crack 2902 MHz, at CL7 it was 3082 and CL8 was at 3170 MHz.
Relaxed
but precise - that's what you might know from Swiss people - Besi started to
setup the system. It almost took him ages until everything was in the exact
position he wanted it. In order to quickly find out how far they could go
regarding clock speed at CL11 they started with this setting. It took splmann
and Besi about a quarter of an our to reach the limit which was at 3200 MHz.
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CL8 and CL6 World record!
Afterwards
the latency has been sharpened to CL8. Again it took them about a quarter of an
hour until the reached the hot phase. CPU-z was showing far more than 1550 MHz
(effective 3100 MHz) and the world record was only a few MHz in front uf us all.
Slowly but certainly the two guys came closer to the desired 1585 MHz (effective
3170 MHz). And finally, there it was ... CPU-z showed us 1586 MHz (effective
3172 MHz). Splmann and Besi as well as the audience started clapping their hands
you really felt how the spark reached the audience. But as soon as the boys hit
the 1586 MHz the question was: how far can they go and the journey ended at
1595.5 MHz (effective 3191 MHz). What an incredible clock frequency at CL8!
Ok
then ... let's try CL7 then. But the CL7 session ended quite quickly. The system
was highly unstable and almost nothing wanted to work with these latencies,
which is why splmann and Besi quickly moved on to CL6.
At
this point we didn't know that we were going to crack the old world record,
which already was at an insanely high 2902 MHz, by quite a margin. But let's
start from the beginning. splmann and Besi needed only few minutes to get the
memory to 1400 MHz (effective 2800 MHz) and they already started to wondering why
this is so easy. Some minutes later they got it, they've reached more than 1451
MHz (effective 2902 MHz) at CL6! Seriously this clock speed at theses latencies
is insane! But never the less, this wasn't the end of the road. With the
adrenaline pumping through the veins of splmann and Besi as well as through the
audience they went on. It was absolutely unbelievable and kind of unreal.
Minutes later the setup did 1500 MHz at CL6 (effective 3000 MHz). The final
result was an absolutely mindblowing 1547.9 MHz (effecitve 3095.8 MHz). And I
have to write it again: almost 3100 MHz at CL6! which really is validated!
Really guys that was absolutely awesome!
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Thanks to everybody!
Concluding we say thanks a lot to splmann and Besi for
their impressive demonstration of what possible when you give some really good
memory to two of the worlds best memory overclockers. Special thanks also go to
Kingston and Adrien Viaud which is the really nice guy who made this world
record possible! Thanks a bunch Adrien!
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