F5F Stay Refreshed Hardware Desktop Performance drops when the system is under stress

Performance drops when the system is under stress

Performance drops when the system is under stress

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J
JYSG
Member
171
08-13-2016, 07:52 PM
#11
Place a small fan near the VRM and observe the effect. I tried this on my MSI 970 board, and the oil leakage from the VRM was much less than what many experienced after only a few months...
J
JYSG
08-13-2016, 07:52 PM #11

Place a small fan near the VRM and observe the effect. I tried this on my MSI 970 board, and the oil leakage from the VRM was much less than what many experienced after only a few months...

S
shadymod
Junior Member
32
08-14-2016, 12:02 AM
#12
OP lacks thermal pads around the VRMs, leaving them exposed and allowing oil to seep in.
S
shadymod
08-14-2016, 12:02 AM #12

OP lacks thermal pads around the VRMs, leaving them exposed and allowing oil to seep in.

C
CrazyBessyCat
Posting Freak
912
08-14-2016, 11:43 PM
#13
Yes, purchasing heat sinks and securing them with thermal adhesive can improve heat dissipation.
C
CrazyBessyCat
08-14-2016, 11:43 PM #13

Yes, purchasing heat sinks and securing them with thermal adhesive can improve heat dissipation.

K
ketman34
Posting Freak
834
08-16-2016, 04:25 AM
#14
Use thermal pads instead of permanent glue for better removal. Choose large copper heatsinks and avoid any connections during installation. Thicker ones will conduct more heat effectively.
K
ketman34
08-16-2016, 04:25 AM #14

Use thermal pads instead of permanent glue for better removal. Choose large copper heatsinks and avoid any connections during installation. Thicker ones will conduct more heat effectively.

_
_ComanderHD_
Member
62
08-16-2016, 12:39 PM
#15
I need to verify the available storage capacity. My current setup includes a substantial CPU cooler, the Cooler Master Hyper 612.
_
_ComanderHD_
08-16-2016, 12:39 PM #15

I need to verify the available storage capacity. My current setup includes a substantial CPU cooler, the Cooler Master Hyper 612.

M
mpRazor
Member
59
08-17-2016, 01:13 AM
#16
The cooler offers ample room (notice the space between the VRM heatsink on the left and the cooler).
M
mpRazor
08-17-2016, 01:13 AM #16

The cooler offers ample room (notice the space between the VRM heatsink on the left and the cooler).

E
140
08-22-2016, 01:57 AM
#17
Even worse... OwO
E
Egyptian_Gamer
08-22-2016, 01:57 AM #17

Even worse... OwO

T
TDAL_NYKO
Member
65
08-24-2016, 12:23 PM
#18
AsRock 970 Pro3 R2.0 features a modest 4+1 phase VRM setup. A stronger 4+2 configuration with heatsink cooling is advisable, particularly when paired with models like FX-8320, FX-8350, 8370, or FX-9590. It seems confusing why AsRock promoted 140W TDP support—consider using a 95W model instead. Valorant demands significantly more power than MineCraft, without question. When ambient or room temperature rises (especially during warmer seasons), your CPU and system temperatures will follow suit. If you plan to install heatsinks for the VRMs, verify compatibility and reach out directly to the VRM manufacturers (highlighted in red).
T
TDAL_NYKO
08-24-2016, 12:23 PM #18

AsRock 970 Pro3 R2.0 features a modest 4+1 phase VRM setup. A stronger 4+2 configuration with heatsink cooling is advisable, particularly when paired with models like FX-8320, FX-8350, 8370, or FX-9590. It seems confusing why AsRock promoted 140W TDP support—consider using a 95W model instead. Valorant demands significantly more power than MineCraft, without question. When ambient or room temperature rises (especially during warmer seasons), your CPU and system temperatures will follow suit. If you plan to install heatsinks for the VRMs, verify compatibility and reach out directly to the VRM manufacturers (highlighted in red).

P
plasmashock
Member
197
08-25-2016, 12:08 AM
#19
I still face issues with the stock FX-8370 even on a 4+2 GA-970A-DS3P with heatsink. I had to slow it down by 100MHz to avoid throttling from the VRMs. Back then, the boards were made cheaply but cost a lot of money. I’m relieved the board and CPU are now gathering dust in my closet.
P
plasmashock
08-25-2016, 12:08 AM #19

I still face issues with the stock FX-8370 even on a 4+2 GA-970A-DS3P with heatsink. I had to slow it down by 100MHz to avoid throttling from the VRMs. Back then, the boards were made cheaply but cost a lot of money. I’m relieved the board and CPU are now gathering dust in my closet.

J
Jomppaboy
Member
192
08-25-2016, 09:07 AM
#20
Never rely on glue or adhesive for heatsinks unless absolutely necessary; most of the time you still do. Opt for TIM or thermal pads instead. Concerning your current board, it might have worked initially, but after years of use it’s likely showing signs of wear and may be failing. The 4 +1 VRM phase layout MSI used on older high-end boards like the FX-790 and 890 is prone to issues with larger AM3 chips, especially when heat buildup occurs from prolonged operation. This problem was already known for the 790 models, yet no changes were made for the 890 version—simply repeating the same setup. If you want a reliable long-term solution, consider replacing your board. For a practical upgrade, choose a Sabertooth 2.0; it offers similar performance with fewer VRM phases and is more affordable and readily available. Alternatively, you can upgrade your system as needed.
J
Jomppaboy
08-25-2016, 09:07 AM #20

Never rely on glue or adhesive for heatsinks unless absolutely necessary; most of the time you still do. Opt for TIM or thermal pads instead. Concerning your current board, it might have worked initially, but after years of use it’s likely showing signs of wear and may be failing. The 4 +1 VRM phase layout MSI used on older high-end boards like the FX-790 and 890 is prone to issues with larger AM3 chips, especially when heat buildup occurs from prolonged operation. This problem was already known for the 790 models, yet no changes were made for the 890 version—simply repeating the same setup. If you want a reliable long-term solution, consider replacing your board. For a practical upgrade, choose a Sabertooth 2.0; it offers similar performance with fewer VRM phases and is more affordable and readily available. Alternatively, you can upgrade your system as needed.

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