[SOLVED] xmp only gets to 3466

meno5150

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Apr 29, 2016
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Im trying to get my xmp to work right. i can only getting it to 3466mhz with all 4 slots filled i cant get it up to 3600mhz. But i can get it up to 3600 with only 3 slots filled a1a2b2 but when all 4 are in i can only get up to 3466. anyone know why?


ryzen 5 3600x
asrock b550m pro4 1.2 bios
32g 8x4 3600 mhz ddr4 corsair vengeance lpx
gtx 1070
psu corsair cx 750w
 
Solution
Im trying to get my xmp to work right. i can only getting it to 3466mhz with all 4 slots filled i cant get it up to 3600mhz. But i can get it up to 3600 with only 3 slots filled a1a2b2 but when all 4 are in i can only get up to 3466. anyone know why?


ryzen 5 3600x
asrock b550m pro4 1.2 bios
32g 8x4 3600 mhz ddr4 corsair vengeance lpx
gtx 1070
psu corsair cx 750w

Asrock probably uses daisy-chain topology for connecting the DIMM sockets in the motherboard layout. Daisy chain makes for better two-DIMM (or 4 DIMM when only 2 sockets are populated) overclocking but can seriously limit the overclocking potential when all 4 sockets are populated.

A point-to-point topology would be better for 4 DIMM arrays with all sockets...
Im trying to get my xmp to work right. i can only getting it to 3466mhz with all 4 slots filled i cant get it up to 3600mhz. But i can get it up to 3600 with only 3 slots filled a1a2b2 but when all 4 are in i can only get up to 3466. anyone know why?


ryzen 5 3600x
asrock b550m pro4 1.2 bios
32g 8x4 3600 mhz ddr4 corsair vengeance lpx
gtx 1070
psu corsair cx 750w

Asrock probably uses daisy-chain topology for connecting the DIMM sockets in the motherboard layout. Daisy chain makes for better two-DIMM (or 4 DIMM when only 2 sockets are populated) overclocking but can seriously limit the overclocking potential when all 4 sockets are populated.

A point-to-point topology would be better for 4 DIMM arrays with all sockets populated but that results in worse overclocking potential when only 2 sockets are populated. So that's generally used on top-end boards where customers don't mind the expense of 4 DIMM's and more likely to need that much memory.
 
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