F5F Stay Refreshed Hardware Desktop Performance peaks at 100°C under maximum workload

Performance peaks at 100°C under maximum workload

Performance peaks at 100°C under maximum workload

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lkfTimLeung
Member
136
09-17-2023, 12:18 AM
#1
It's acceptable for the 14700k to operate at these temperatures under full load. Idle periods are fine. With a 360 AIO, the main improvement would be a custom loop.
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lkfTimLeung
09-17-2023, 12:18 AM #1

It's acceptable for the 14700k to operate at these temperatures under full load. Idle periods are fine. With a 360 AIO, the main improvement would be a custom loop.

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Brudora
Senior Member
726
09-17-2023, 10:44 AM
#2
It makes sense given the specs. The 14700K consumes a lot of power and stays hot, making cooling tough. A good contact frame can help, as can undervolting, though temps won’t drop below the low 70s even with full synthetic loads—just not realistically. Avoid HWMonitor; it often gives inaccurate readings on modern boards. Switching to HWInfo64 is a safer bet for reliability.
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Brudora
09-17-2023, 10:44 AM #2

It makes sense given the specs. The 14700K consumes a lot of power and stays hot, making cooling tough. A good contact frame can help, as can undervolting, though temps won’t drop below the low 70s even with full synthetic loads—just not realistically. Avoid HWMonitor; it often gives inaccurate readings on modern boards. Switching to HWInfo64 is a safer bet for reliability.

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Choco_Spy
Junior Member
40
09-17-2023, 03:28 PM
#3
I recommend avoiding constant full-load operation. Brief spikes to 100°C are acceptable, but for offline rendering or similar tasks you should maintain adequate power constraints. Right now the system draws 350-400W, which is within safe limits for your motherboard. However, it’s not ideal to let it operate at that level continuously. For gaming or general use without maximum demand, aim for under 80W. Always disable multicore boost in BIOS and set the LLC voltage to avoid unnecessary extra power draw, ensuring stability. Even when idle or lightly loaded, expect consumption between 3W and 20W, with higher usage around 80W based on the game. If you're setting up a rig for long offline sessions, consider applying strict limits—such as under 200W or even 180W—to keep temperatures manageable.
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Choco_Spy
09-17-2023, 03:28 PM #3

I recommend avoiding constant full-load operation. Brief spikes to 100°C are acceptable, but for offline rendering or similar tasks you should maintain adequate power constraints. Right now the system draws 350-400W, which is within safe limits for your motherboard. However, it’s not ideal to let it operate at that level continuously. For gaming or general use without maximum demand, aim for under 80W. Always disable multicore boost in BIOS and set the LLC voltage to avoid unnecessary extra power draw, ensuring stability. Even when idle or lightly loaded, expect consumption between 3W and 20W, with higher usage around 80W based on the game. If you're setting up a rig for long offline sessions, consider applying strict limits—such as under 200W or even 180W—to keep temperatures manageable.

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Xardenka
Junior Member
15
09-17-2023, 03:50 PM
#4
Thanks for the guidance - it's great that it remains quite cool and consumes minimal energy during regular use.
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Xardenka
09-17-2023, 03:50 PM #4

Thanks for the guidance - it's great that it remains quite cool and consumes minimal energy during regular use.