F5F Stay Refreshed Hardware Desktop No, the R7 3700X is not compatible with the Gigabyte B450 Aorus Elite.

No, the R7 3700X is not compatible with the Gigabyte B450 Aorus Elite.

No, the R7 3700X is not compatible with the Gigabyte B450 Aorus Elite.

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I
IAmLiam
Member
193
06-01-2019, 10:30 AM
#11
If you understood it would cause an issue similar to mine, you should have addressed it earlier. My VRM temperatures are extremely stable, but the Aorus Elite won’t perform well without proper airflow.
I
IAmLiam
06-01-2019, 10:30 AM #11

If you understood it would cause an issue similar to mine, you should have addressed it earlier. My VRM temperatures are extremely stable, but the Aorus Elite won’t perform well without proper airflow.

F
Flyyyyyyy
Junior Member
21
06-01-2019, 11:19 AM
#12
It feels discouraging. You're torn between enhancing your cabinet's ventilation and upgrading your motherboard. Which option aligns better with your needs?
F
Flyyyyyyy
06-01-2019, 11:19 AM #12

It feels discouraging. You're torn between enhancing your cabinet's ventilation and upgrading your motherboard. Which option aligns better with your needs?

I
iTzDrVansPT
Member
165
06-01-2019, 04:06 PM
#13
This board performs exceptionally well with airflow, consistently achieving high VRM temperatures during open testing with a Ryzen 1800X under heavy overclocking. The airflow around the VRM doesn’t cause any issues. How much are you willing to invest and where would you like to place your order?
I
iTzDrVansPT
06-01-2019, 04:06 PM #13

This board performs exceptionally well with airflow, consistently achieving high VRM temperatures during open testing with a Ryzen 1800X under heavy overclocking. The airflow around the VRM doesn’t cause any issues. How much are you willing to invest and where would you like to place your order?

1
1winnie5
Member
62
06-02-2019, 07:40 PM
#14
This setup has a solid foundation but could benefit from tweaks to boost airflow. Consider adding more intake fans or adjusting their placement for better intake velocity. The exhaust fan is positioned well, but ensuring it's not too close to the intake can help maintain optimal airflow. You might also explore optimizing the AIO’s fan settings for improved performance.
1
1winnie5
06-02-2019, 07:40 PM #14

This setup has a solid foundation but could benefit from tweaks to boost airflow. Consider adding more intake fans or adjusting their placement for better intake velocity. The exhaust fan is positioned well, but ensuring it's not too close to the intake can help maintain optimal airflow. You might also explore optimizing the AIO’s fan settings for improved performance.

C
52
06-03-2019, 12:51 AM
#15
Reverse the radiator position and use it as an intake at the front of the chassis. Let the two top fans direct air into your case. You don’t need high RPM fans if they act as static pressure fans like my sickleflows—this setup will cool your VRM directly.
C
Cheetahfast256
06-03-2019, 12:51 AM #15

Reverse the radiator position and use it as an intake at the front of the chassis. Let the two top fans direct air into your case. You don’t need high RPM fans if they act as static pressure fans like my sickleflows—this setup will cool your VRM directly.

C
60
06-06-2019, 08:03 PM
#16
The VRM can withstand continuous exposure up to around 90°C, 24 hours a day. It may feel warm to the touch, but that’s normal. If you push the CPU beyond its limits in a poorly ventilated space, extra power use could push temperatures near 100°C, triggering the VRM to slow down the CPU and lower its speed to save energy and reduce heat. Stick with the hardware, choose a stable board, avoid overclocking (it usually gives only a small boost—5-10% under heavy load), and if you’re concerned about heat, add a case fan. Use a case fan with 80/92/120mm size, mount it between the I/O shield and CPU, and secure it with zip ties. Direct airflow should blow across the heatsinks to keep things cool.
C
ClassyCucumber
06-06-2019, 08:03 PM #16

The VRM can withstand continuous exposure up to around 90°C, 24 hours a day. It may feel warm to the touch, but that’s normal. If you push the CPU beyond its limits in a poorly ventilated space, extra power use could push temperatures near 100°C, triggering the VRM to slow down the CPU and lower its speed to save energy and reduce heat. Stick with the hardware, choose a stable board, avoid overclocking (it usually gives only a small boost—5-10% under heavy load), and if you’re concerned about heat, add a case fan. Use a case fan with 80/92/120mm size, mount it between the I/O shield and CPU, and secure it with zip ties. Direct airflow should blow across the heatsinks to keep things cool.

M
maxouk84
Junior Member
8
06-07-2019, 06:40 PM
#17
Could a similar approach be effective for cooling the VRM?
M
maxouk84
06-07-2019, 06:40 PM #17

Could a similar approach be effective for cooling the VRM?

U
UberBR
Junior Member
49
06-16-2019, 08:11 PM
#18
You might want to consider cooling the VRM to improve performance and longevity.
U
UberBR
06-16-2019, 08:11 PM #18

You might want to consider cooling the VRM to improve performance and longevity.

G
GoodNinja6
Member
53
06-17-2019, 02:54 AM
#19
Yes, but when you close the side cover on your device, it may have trouble circulating air. The optimal path is directly from the exterior into the case.
G
GoodNinja6
06-17-2019, 02:54 AM #19

Yes, but when you close the side cover on your device, it may have trouble circulating air. The optimal path is directly from the exterior into the case.

J
Jakobkrax
Member
189
06-23-2019, 06:24 AM
#20
For your intended use, consider fans with high RPM or high CFM ratings. Good options include the following:
J
Jakobkrax
06-23-2019, 06:24 AM #20

For your intended use, consider fans with high RPM or high CFM ratings. Good options include the following:

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