F5F Stay Refreshed Power Users Overclocking The Asus Tuff B350 offers a good starting point for overclocking.

The Asus Tuff B350 offers a good starting point for overclocking.

The Asus Tuff B350 offers a good starting point for overclocking.

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_NeoBl0X_
Senior Member
635
03-06-2017, 02:19 PM
#1
I've heard that VRM options on B350s aren't ideal, but the marketing for this motherboard suggests it's built for overclocking. What are your thoughts? I'm okay with overclocking to 3.8 Ghz, but I want to avoid damaging my board if I use cheaper VRMs. I currently have an R5 1600 paired with 8GB DDR4 DOCP at 3000Mhz and a Corsair CX 500 PSU, along with an Asus Strix 1060 6GB.
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_NeoBl0X_
03-06-2017, 02:19 PM #1

I've heard that VRM options on B350s aren't ideal, but the marketing for this motherboard suggests it's built for overclocking. What are your thoughts? I'm okay with overclocking to 3.8 Ghz, but I want to avoid damaging my board if I use cheaper VRMs. I currently have an R5 1600 paired with 8GB DDR4 DOCP at 3000Mhz and a Corsair CX 500 PSU, along with an Asus Strix 1060 6GB.

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QuantumKreepr2
Junior Member
5
03-06-2017, 04:07 PM
#2
It seems to be a relatively small VRM configuration, around 4+2. For instance, an Asrock Taichi X370 board features a 16+4 phase VRM, which would probably remain cooler and provide more stable power regulation compared to a B350 model with a 4+2 setup. On the other hand, B350 boards are decent for overclocking but may not reach the same level of cooling as larger VRMs found on X370 boards, potentially impacting longevity and stability if pushed beyond limits. If you're serious about overclocking, adding a fan that directs air directly to the VRM could be beneficial.
Q
QuantumKreepr2
03-06-2017, 04:07 PM #2

It seems to be a relatively small VRM configuration, around 4+2. For instance, an Asrock Taichi X370 board features a 16+4 phase VRM, which would probably remain cooler and provide more stable power regulation compared to a B350 model with a 4+2 setup. On the other hand, B350 boards are decent for overclocking but may not reach the same level of cooling as larger VRMs found on X370 boards, potentially impacting longevity and stability if pushed beyond limits. If you're serious about overclocking, adding a fan that directs air directly to the VRM could be beneficial.

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Abanoub
Junior Member
33
03-07-2017, 09:02 AM
#3
It seems to be a relatively small VRM configuration, around 4+2. For instance, an Asrock Taichi X370 board features a 16+4 phase VRM, which would probably remain cooler and provide more stable power regulation compared to a B350 board with a 4+2 setup. That being said, for B350 boards the performance is still decent and should handle moderate overclocking. Still, it may not reach the same level of cooling as larger VRMs on X370 boards, which could impact longevity and stability if pushed excessively. If you're serious about overclocking, adding a fan that directs air directly to the VRM might be worthwhile.
A
Abanoub
03-07-2017, 09:02 AM #3

It seems to be a relatively small VRM configuration, around 4+2. For instance, an Asrock Taichi X370 board features a 16+4 phase VRM, which would probably remain cooler and provide more stable power regulation compared to a B350 board with a 4+2 setup. That being said, for B350 boards the performance is still decent and should handle moderate overclocking. Still, it may not reach the same level of cooling as larger VRMs on X370 boards, which could impact longevity and stability if pushed excessively. If you're serious about overclocking, adding a fan that directs air directly to the VRM might be worthwhile.