![]() ![]() So will overclocked Dimms exceed the processor's max bandwidth ratings? say 3200MHZ x8 bits, would i get 25.6 Gigs memory bandwidth per channel on overclocked Dimms? up to a max of 100 Gigs of memory bandwidth quad channeled on a Haswell E 5820k?Īlso, assuming the Broadwell/Skylake E series use that LGA 2011 socket type on high end gaming and server based application, when will they becoming out? I am waiting very patiently because i don't want to pre-purchase any hardware only to find out the pin density is going to change again. ![]() Will the bandwidth of the CPU still be capped to 68 Gigs? Or does the memory controller of the motherboard take over? I do realize that the higher you clock the Dimms, the higher you need to set latency timings as well as voltage (CAS and RAS) to have it run synchronous to the CPU. If you overclock the Dimms above 2133, what happens to the memory bandwidth? I ask this because Memory controllers on certain X99 boards can do 3200MHZ per channel (overclocked). So single channel is 17 gigs, quad equals 68 gigs. That means per channel, you have about 17 Gigs times the number of channels you are running. Now my question is, if you have an X99 Board using DDR4 Dimms in excess of 2133, what happens to the bandwidth rating? According to my calculations the Haswell E quad channeled at 2133MHZ has a theoretical max memory bandwidth of about 68 Gigs per cycle. ![]() the memory controller on the CPU has a maximum memory clock of 2133 MHZ with quad channel support. Core 2 Quad Q6600 CPU based so yea.įrom what i have been reading, using the Haswell E 5820k as an example. But when is the Broadwell/Skylake LGA 2011-V3 variant going to be released? I am looking to upgrade soon from my current rig. My second question is more or less a spoiler request. First is the interaction of the memory controller versus the motherboard variant for memory interaction. I actually have two questions before i begin. ![]()
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