F5F Stay Refreshed Power Users Overclocking Over Clocking question

Over Clocking question

Over Clocking question

J
Je2Carte
Junior Member
41
08-22-2016, 05:25 AM
#1
Hello, I'm looking into what enables a motherboard to support over-clocking. I'm assembling a PC with an i5-6600K and an ASRock Z170A-X1 ATX LGA1151 board. If this one works well, I'd like to know about alternatives that also support 2400 mHz RAM.
J
Je2Carte
08-22-2016, 05:25 AM #1

Hello, I'm looking into what enables a motherboard to support over-clocking. I'm assembling a PC with an i5-6600K and an ASRock Z170A-X1 ATX LGA1151 board. If this one works well, I'd like to know about alternatives that also support 2400 mHz RAM.

A
Apple_pofin
Junior Member
14
08-22-2016, 11:19 PM
#2
The VRM's (voltage regulation modules) determine the board's capability to overclock. This component is located to the west and north of your CPU.
ASRock offers a relatively modest configuration. Gigabyte and ASUS focus heavily on this part. MSI also contributes, but mainly on their top-tier models. I favor Gigabyte because I've encountered problems with ASUS in the past.
A
Apple_pofin
08-22-2016, 11:19 PM #2

The VRM's (voltage regulation modules) determine the board's capability to overclock. This component is located to the west and north of your CPU.
ASRock offers a relatively modest configuration. Gigabyte and ASUS focus heavily on this part. MSI also contributes, but mainly on their top-tier models. I favor Gigabyte because I've encountered problems with ASUS in the past.

L
liam310
Junior Member
40
08-22-2016, 11:32 PM
#3
The VRM's (voltage regulation modules) determine the board's capability to overclock. This component is located to the west and north of your CPU.
ASRock offers a relatively modest configuration. Gigabyte and ASUS focus heavily on this part. MSI also contributes, but mainly on their top-tier models. I favor Gigabyte because I've encountered problems with ASUS in the past.
L
liam310
08-22-2016, 11:32 PM #3

The VRM's (voltage regulation modules) determine the board's capability to overclock. This component is located to the west and north of your CPU.
ASRock offers a relatively modest configuration. Gigabyte and ASUS focus heavily on this part. MSI also contributes, but mainly on their top-tier models. I favor Gigabyte because I've encountered problems with ASUS in the past.