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7800x3d reaching 3.8ghz

7800x3d reaching 3.8ghz

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ZachT0626
Member
50
10-20-2023, 11:37 PM
#1
You're observing unusual behavior with your 7800X3D during moderate workloads. The random spikes in clock speeds you're seeing could be due to thermal throttling, power management, or even minor instability in the CPU's performance under load. It doesn't necessarily mean a serious issue, but it's worth noting that such fluctuations might affect stability or efficiency. Since you've already adjusted voltages to optimize performance, this could help stabilize things further. Keep an eye on temperatures and performance trends to see if the pattern persists.
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ZachT0626
10-20-2023, 11:37 PM #1

You're observing unusual behavior with your 7800X3D during moderate workloads. The random spikes in clock speeds you're seeing could be due to thermal throttling, power management, or even minor instability in the CPU's performance under load. It doesn't necessarily mean a serious issue, but it's worth noting that such fluctuations might affect stability or efficiency. Since you've already adjusted voltages to optimize performance, this could help stabilize things further. Keep an eye on temperatures and performance trends to see if the pattern persists.

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HyperMouse
Member
75
10-23-2023, 04:11 PM
#2
It's typical. The load affects your clock speed too. My 5800X3D behaves the same.
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HyperMouse
10-23-2023, 04:11 PM #2

It's typical. The load affects your clock speed too. My 5800X3D behaves the same.

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DecoGamerEz
Member
212
10-25-2023, 12:35 AM
#3
It really hinges on the situation.
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DecoGamerEz
10-25-2023, 12:35 AM #3

It really hinges on the situation.

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Domencho
Member
71
10-25-2023, 06:25 AM
#4
The CPU functions as expected across different workloads and usage levels. When only a handful of cores are engaged, the system can increase their clock rates for enhanced efficiency. Conversely, when all cores are under heavy demand, clock speeds may drop slightly to handle the total load effectively. Picture a vehicle capable of reaching 300km/h quickly; adding weight or passengers slows its acceleration and may cap it near 295km/h. In the same way, your CPU adapts its clock rates in response to workload changes, ensuring peak performance without surpassing thermal or power constraints. Processors such as the 5800X3D employ built-in algorithms that track each core's activity and modify speeds as needed. Under light or targeted usage, specific cores can operate at higher frequencies, delivering stronger single-threaded results. This explains why certain cores occasionally reach 4.8 to 5 GHz.
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Domencho
10-25-2023, 06:25 AM #4

The CPU functions as expected across different workloads and usage levels. When only a handful of cores are engaged, the system can increase their clock rates for enhanced efficiency. Conversely, when all cores are under heavy demand, clock speeds may drop slightly to handle the total load effectively. Picture a vehicle capable of reaching 300km/h quickly; adding weight or passengers slows its acceleration and may cap it near 295km/h. In the same way, your CPU adapts its clock rates in response to workload changes, ensuring peak performance without surpassing thermal or power constraints. Processors such as the 5800X3D employ built-in algorithms that track each core's activity and modify speeds as needed. Under light or targeted usage, specific cores can operate at higher frequencies, delivering stronger single-threaded results. This explains why certain cores occasionally reach 4.8 to 5 GHz.