When you go to run a benchmark on your DDR4 PC RAM, it will tell you that the memory is running at 1700 Mhz. This sounds great, but what does this actually mean? It turns out that not all of the modules in your system can be clocked at this speed. Instead, they are limited by their timings and frequency rating. For example, if one module has tighter timing settings than another module, then it might only be able to run at 16400 Mhz or 16800 Mhz instead of 1700 Mhz. to up way the allocked cl when run they fast how affect which insides IC orings cas different from operating’re they that likely’s it then),00 17 PCboth ( rating frequency their for except paper on specifications identical have memory of kits twoIf . would kit stable more the as games or benchmarks in stability much as provide not may it then module another than higherclock over can andings timoser lo has RAM DDR your if, hand other the On. modules those withroom headocking overcl lower have’ll you that means also this but, power less use to it force will module one of settings timing tighter The. designed are modules memory way the to due is speed slower a at running be might modules some why reasonThe system like problems without speeds maximum their to closer run to them allow which settings timing tighter have just may they; speed this at running actually are”0017-DRD ” as labeleds RAM all not, memory purchasing when that means alsoThis . settings timing different to due frequencies its on limitations such no has channel other the while settings timing tight and speed max’s it by MHz 1600 to limited be will channels your of one because is This. configuration channel dual a forings tim tight and rating1600- PC withMIM D1600- DDR a need will you,hzM66 18 orhz M400- DDR achieve to orderIn . module slower the than frequency higher a at rated are modules the if even happen can This
