http://www.youtube.com/watch?v=dWgzA2C61z4
Summary: According Linus tests higher speed RAM does not make difference for gaming, he also mentions it will not really benefit desktop enviroments much but more important rather for servers.
But here moderator :
So in short if your GPU and CPU are not the bottleneck, you can think of squeezing a bit more performance for multitasking by getting higher frequency RAM.
Been reading some forum discussions that haswell overclocking does not deal well with high frequency RAM, if the choice higher CPU overclock > RAM overclock?
PS: Does overclocking CPU stop XMP from working properly and you have to manually calibrate RAM?
Thanks
Summary: According Linus tests higher speed RAM does not make difference for gaming, he also mentions it will not really benefit desktop enviroments much but more important rather for servers.
But here moderator :
Tradesman1 :
Yes it does 'notice' and shows well in real world use, BMs simply run one thing and done, high freq DRAM shines when multi-tasking, and using apps that are memory centric like imaging, video, CAD, GIS< VMs, even browsing with lots of windows tabs open - and the Tridents are great sticks, have them in both my IB and my Haswell, have used them as primary for myself and client builds for over a year now
So in short if your GPU and CPU are not the bottleneck, you can think of squeezing a bit more performance for multitasking by getting higher frequency RAM.
Been reading some forum discussions that haswell overclocking does not deal well with high frequency RAM, if the choice higher CPU overclock > RAM overclock?
PS: Does overclocking CPU stop XMP from working properly and you have to manually calibrate RAM?
Thanks