F5F Stay Refreshed Hardware Desktop Discussing clock types: Boost clock and base clock.

Discussing clock types: Boost clock and base clock.

Discussing clock types: Boost clock and base clock.

M
Medved_Ru
Junior Member
21
07-11-2016, 01:12 AM
#1
Determining the optimal approach depends on your needs. A high base clock offers consistent performance, while boosting to higher speeds can provide extra power when required.
M
Medved_Ru
07-11-2016, 01:12 AM #1

Determining the optimal approach depends on your needs. A high base clock offers consistent performance, while boosting to higher speeds can provide extra power when required.

X
xXHooplahXx
Junior Member
26
07-16-2016, 11:10 AM
#2
Normally clock doesn't matter that much, cpu performance does. Look at reviews of the cpus in programs you use. Normally there is a "all core turbo" that a cpu will sit at during normal loads. This depends on many things like cooling and power limits, and is often not on labels.
X
xXHooplahXx
07-16-2016, 11:10 AM #2

Normally clock doesn't matter that much, cpu performance does. Look at reviews of the cpus in programs you use. Normally there is a "all core turbo" that a cpu will sit at during normal loads. This depends on many things like cooling and power limits, and is often not on labels.

K
Ks34_MisteR
Member
245
07-16-2016, 12:33 PM
#3
This outcome relies entirely on your workload, cooling, and power output. Heavy, continuous tasks like rendering rarely maintain high boost times. Boost performance longer is possible with ample cooling and sufficient power capacity. Gaming presents a different challenge—fluctuating performance spikes help maintain consistent frame rates. Additionally, boost clocks are typically limited to one or two cores, making them ideal for gaming but less suitable for rendering.
K
Ks34_MisteR
07-16-2016, 12:33 PM #3

This outcome relies entirely on your workload, cooling, and power output. Heavy, continuous tasks like rendering rarely maintain high boost times. Boost performance longer is possible with ample cooling and sufficient power capacity. Gaming presents a different challenge—fluctuating performance spikes help maintain consistent frame rates. Additionally, boost clocks are typically limited to one or two cores, making them ideal for gaming but less suitable for rendering.

I
iDoNotEvenLift
Posting Freak
936
07-16-2016, 09:08 PM
#4
Overclocking the base clock is done for performance gains, even though boosting is usually turned off to achieve a higher core frequency.
I
iDoNotEvenLift
07-16-2016, 09:08 PM #4

Overclocking the base clock is done for performance gains, even though boosting is usually turned off to achieve a higher core frequency.

J
JediMind2
Junior Member
15
07-17-2016, 04:35 AM
#5
Focus on the boost clock instead of the base clock. The processor adjusts its pace based on demand, and it may slow down when the base clock is running at minimal load. In fact, the base clock doesn't provide much useful information.
J
JediMind2
07-17-2016, 04:35 AM #5

Focus on the boost clock instead of the base clock. The processor adjusts its pace based on demand, and it may slow down when the base clock is running at minimal load. In fact, the base clock doesn't provide much useful information.

N
Nachin_2013
Junior Member
8
07-18-2016, 11:36 AM
#6
@djd3 Thats a slightly sad and slightly cool question. There has been less and less overclocking headroom as boost clocks have gotten better. This means that they are tuned better to produce the best performance out of the box, which is cool. But it sad because it also means that the joy of getting really significant performance enhancements from overclocking is going away. All of that said, you can still get some performance beyond the boost clocks (most of the time) But that requires lots of cooling and power headroom. I guess to simplify my previous post. Pay attention to the boost clock if you have the cooling to make it a constant. Pay attention to the base if you don't have the cooling to keep it going. (or power but usually cooling) Side note: Its been quite some time since I heard this, but I believe Intel only boosts for a specific amount of time. After that it drops to base. I could be wrong about that and that may be a "feature" that can be disabled even if I am right. An overclock will stay consistent as long as the system stays stable.
N
Nachin_2013
07-18-2016, 11:36 AM #6

@djd3 Thats a slightly sad and slightly cool question. There has been less and less overclocking headroom as boost clocks have gotten better. This means that they are tuned better to produce the best performance out of the box, which is cool. But it sad because it also means that the joy of getting really significant performance enhancements from overclocking is going away. All of that said, you can still get some performance beyond the boost clocks (most of the time) But that requires lots of cooling and power headroom. I guess to simplify my previous post. Pay attention to the boost clock if you have the cooling to make it a constant. Pay attention to the base if you don't have the cooling to keep it going. (or power but usually cooling) Side note: Its been quite some time since I heard this, but I believe Intel only boosts for a specific amount of time. After that it drops to base. I could be wrong about that and that may be a "feature" that can be disabled even if I am right. An overclock will stay consistent as long as the system stays stable.