OGLAS

Corsair Dominator Platinum RGB 16 GB 3.600 MHz

· Krešimir Matanović · MBO i RAM · Stranica 3 od 4

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Propusnost XMP profila i usporedba s konkurencijom

AIDA64 RAM ReadTrident Z Royal Gold @ 3.600 MHz: 55.463Trident Z Royal Gold @ 3.6…55.463Trident Z Neo @ 3.600 MHz: 55.018Trident Z Neo @ 3.600 MHz55.018HyperX Fury @ 3.733 MHz: 55.000HyperX Fury @ 3.733 MHz55.000HyperX Fury @ 3.600 MHz: 54.448HyperX Fury @ 3.600 MHz54.448Dominator Platinum RGB @ 3.600 MHz: 54.025Dominator Platinum RGB @ 3…54.025061.009
AIDA64 RAM WriteHyperX Fury @ 3.733 MHz: 53.216HyperX Fury @ 3.733 MHz53.216Trident Z Royal Gold @ 3.600 MHz: 53.128Trident Z Royal Gold @ 3.6…53.128Trident Z Neo @ 3.600 MHz: 52.625Trident Z Neo @ 3.600 MHz52.625Dominator Platinum RGB @ 3.600 MHz: 52.332Dominator Platinum RGB @ 3…52.332HyperX Fury @ 3.600 MHz: 52.204HyperX Fury @ 3.600 MHz52.204058.538
AIDA64 RAM CopyTrident Z Royal Gold @ 3.600 MHz: 56.032Trident Z Royal Gold @ 3.6…56.032Dominator Platinum RGB @ 3.600 MHz: 54.778Dominator Platinum RGB @ 3…54.778Trident Z Neo @ 3.600 MHz: 54.727Trident Z Neo @ 3.600 MHz54.727HyperX Fury @ 3.733 MHz: 54.634HyperX Fury @ 3.733 MHz54.634HyperX Fury @ 3.600 MHz: 53.312HyperX Fury @ 3.600 MHz53.312061.635
AIDA64 LatencyTrident Z Royal Gold @ 3.600 MHz: 68Trident Z Royal Gold @ 3.6…68Dominator Platinum RGB @ 3.600 MHz: 69,1Dominator Platinum RGB @ 3…69,1HyperX Fury @ 3.600 MHz: 70,2HyperX Fury @ 3.600 MHz70,2Trident Z Neo @ 3.600 MHz: 70,7Trident Z Neo @ 3.600 MHz70,7HyperX Fury @ 3.733 MHz: 83,9HyperX Fury @ 3.733 MHz83,9092

Propusnost na XMP profilu je solidna, i otprilike slična kao kod konkurencije na toj brzini i latencijama. Nije zahvalno ovako direktno uspoređivati različite kitove koji tvornički dolaze s različitim latencijama i memorijskim čipovima, no zanimljivo je pogledati usporedbu. I dalje su Samsung B-die čipovi stegnutih latencija u Royal Gold kitu najbrži. Tamo gdje su Dominator malo zaostali u propusnosti, debelo nadoknađuju u vremenu pristupa.

Overclocking

AIDA64 RAM ReadDominator Platinum RGB @ 4.000 CL18 (OC XMP): 56.307Dominator Platinum RGB @ 4…56.307Dominator Platinum RGB @ 4.400 CL22 (OC): 56.254Dominator Platinum RGB @ 4…56.254Dominator Platinum RGB @ 3.600 CL16 (Safe): 55.370Dominator Platinum RGB @ 3…55.370Dominator Platinum RGB @ 3.600 CL18 (XMP): 54.025Dominator Platinum RGB @ 3…54.025061.938
AIDA64 RAM WriteDominator Platinum RGB @ 4.400 CL22 (OC): 55.902Dominator Platinum RGB @ 4…55.902Dominator Platinum RGB @ 4.000 CL18 (OC XMP): 55.488Dominator Platinum RGB @ 4…55.488Dominator Platinum RGB @ 3.600 CL16 (Safe): 53.395Dominator Platinum RGB @ 3…53.395Dominator Platinum RGB @ 3.600 CL18 (XMP): 52.332Dominator Platinum RGB @ 3…52.332061.492
AIDA64 RAM CopyDominator Platinum RGB @ 4.400 CL22 (OC): 60.164Dominator Platinum RGB @ 4…60.164Dominator Platinum RGB @ 4.000 CL18 (OC XMP): 57.696Dominator Platinum RGB @ 4…57.696Dominator Platinum RGB @ 3.600 CL16 (Safe): 55.978Dominator Platinum RGB @ 3…55.978Dominator Platinum RGB @ 3.600 CL18 (XMP): 54.778Dominator Platinum RGB @ 3…54.778066.180
AIDA64 LatencyDominator Platinum RGB @ 3.600 CL16 (Safe): 69Dominator Platinum RGB @ 3…69Dominator Platinum RGB @ 3.600 CL18 (XMP): 69,1Dominator Platinum RGB @ 3…69,1Dominator Platinum RGB @ 4.400 CL22 (OC): 77,1Dominator Platinum RGB @ 4…77,1Dominator Platinum RGB @ 4.000 CL18 (OC XMP): 78,7Dominator Platinum RGB @ 4…78,7087

Za propusnost je očito najbolje podići frekvenciju koliko ide i opustiti latencije, no kao što vidimo tada vrijeme pristupa memoriji raste između 8 i 10 milisekundi, pa je možda najbolje sve ostaviti na XMP profilu, ili još dodatno stegnuti latencije uz pomoć Ryzen DRAM Calculatora što rezultira istim vremenom pristupa, a boljom propusnošću.

3DMark TimeSpy

3DMark TimeSpyDominator Platinum RGB @ 3.600 CL16 (Safe): 9.474Dominator Platinum RGB @ 3…9.474Dominator Platinum RGB @ 3.600 CL18 (XMP): 9.403Dominator Platinum RGB @ 3…9.403Dominator Platinum RGB @ 4.400 CL22 (OC): 9.395Dominator Platinum RGB @ 4…9.395Dominator Platinum RGB @ 4.000 CL18 (OC XMP): 9.338Dominator Platinum RGB @ 4…9.338010.421

I dok se sam framerate GPU-a ovdje nije znatnije mijenjao, na rezultat je utjecala promjena framerate rezultata za CPU, a tu je kao što vidimo najbolje koristiti XMP profil, te mu dodatno stegnuti latencije.

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