F5F Stay Refreshed Hardware Desktop The 6500 isn't hitting the advertised turbo speed of 3.6 GHz consistently.

The 6500 isn't hitting the advertised turbo speed of 3.6 GHz consistently.

The 6500 isn't hitting the advertised turbo speed of 3.6 GHz consistently.

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puymoyen
Junior Member
6
03-29-2016, 06:46 AM
#1
The i5-6500 runs at a base frequency of 3.2 GHz with a maximum turbo of 3.6 GHz, but it consistently caps around 3.3 GHz instead of reaching the full potential. I attempted various fixes such as turning on high performance mode and checking for thermal throttling, though the CPU stays idle between 60–65°C even when nothing is running. The recent system data from the past 48 hours shows normal usage patterns including gaming, photo editing, and schoolwork.
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puymoyen
03-29-2016, 06:46 AM #1

The i5-6500 runs at a base frequency of 3.2 GHz with a maximum turbo of 3.6 GHz, but it consistently caps around 3.3 GHz instead of reaching the full potential. I attempted various fixes such as turning on high performance mode and checking for thermal throttling, though the CPU stays idle between 60–65°C even when nothing is running. The recent system data from the past 48 hours shows normal usage patterns including gaming, photo editing, and schoolwork.

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Kelros
Junior Member
47
03-29-2016, 07:39 AM
#2
65C running at idle is unusual for a well-cooled consumer CPU. You may need to remove the cooler, clean all components, reapply thermal paste, and then reinstall it. If you're using an Intel stock cooler, spending about $20 on a quality aftermarket option like Deepcool Gammaxx 400, Vetroo V5, Snowman or Aresgame could help.
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Kelros
03-29-2016, 07:39 AM #2

65C running at idle is unusual for a well-cooled consumer CPU. You may need to remove the cooler, clean all components, reapply thermal paste, and then reinstall it. If you're using an Intel stock cooler, spending about $20 on a quality aftermarket option like Deepcool Gammaxx 400, Vetroo V5, Snowman or Aresgame could help.

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poezenkop
Junior Member
36
04-05-2016, 09:40 PM
#3
3.6GHz even with just one core under load. That means single core turbo. 3.3GHz activates all cores, which is functioning properly. It’s preventing it from downclocking, and the temps are normal for the standard cooler.
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poezenkop
04-05-2016, 09:40 PM #3

3.6GHz even with just one core under load. That means single core turbo. 3.3GHz activates all cores, which is functioning properly. It’s preventing it from downclocking, and the temps are normal for the standard cooler.

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SPIKEBALL21
Member
135
04-11-2016, 11:29 PM
#4
You mentioned owning a 6500 for some time, but it hasn’t been used much—only occasionally at full load and rarely while idling.
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SPIKEBALL21
04-11-2016, 11:29 PM #4

You mentioned owning a 6500 for some time, but it hasn’t been used much—only occasionally at full load and rarely while idling.

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FramezTheBest
Member
222
04-15-2016, 11:48 PM
#5
This plan keeps the CPU running at full speed continuously. For optimal performance, your system needs adequate cooling or airflow. I’m seeing around 70°C in a case with a 6600 processor, and only two fans for cooling. No dedicated GPU.
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FramezTheBest
04-15-2016, 11:48 PM #5

This plan keeps the CPU running at full speed continuously. For optimal performance, your system needs adequate cooling or airflow. I’m seeing around 70°C in a case with a 6600 processor, and only two fans for cooling. No dedicated GPU.

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FlyingFarter21
Junior Member
29
04-17-2016, 11:51 PM
#6
It was the same space I had been working in, usually maintaining about 26°C. The setup used a Thermaltake Core V1, which meant good airflow wasn’t a concern. Maybe that’s the key factor.
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FlyingFarter21
04-17-2016, 11:51 PM #6

It was the same space I had been working in, usually maintaining about 26°C. The setup used a Thermaltake Core V1, which meant good airflow wasn’t a concern. Maybe that’s the key factor.

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LeonardoGame
Member
235
04-19-2016, 12:06 AM
#7
I replaced the CPU fan and inspected the thermal paste—it was damaged and looked old. It’s been about four years since I installed the PC, so I believe it’s time to swap it out too. The fan also seems to have an issue; it only starts spinning when the CPU hits around 80–85°C, then runs at full speed like a jet engine, cooling the system down to about 55–65°C before stopping and repeating the cycle. I think I should also change the fan motor. Thanks for your advice!
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LeonardoGame
04-19-2016, 12:06 AM #7

I replaced the CPU fan and inspected the thermal paste—it was damaged and looked old. It’s been about four years since I installed the PC, so I believe it’s time to swap it out too. The fan also seems to have an issue; it only starts spinning when the CPU hits around 80–85°C, then runs at full speed like a jet engine, cooling the system down to about 55–65°C before stopping and repeating the cycle. I think I should also change the fan motor. Thanks for your advice!

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williamxll
Member
132
04-24-2016, 03:47 PM
#8
Yeah, that sounds about right. It’s likely I noticed the CPU hitting around 3491 MHz before I fully reset or dealt with any fan problems. I saw it in Task Manager, HWinfo, OpenHardWareMonitor, and CPU-Z. But maybe I misremembered. Either way, your message clarified my question.
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williamxll
04-24-2016, 03:47 PM #8

Yeah, that sounds about right. It’s likely I noticed the CPU hitting around 3491 MHz before I fully reset or dealt with any fan problems. I saw it in Task Manager, HWinfo, OpenHardWareMonitor, and CPU-Z. But maybe I misremembered. Either way, your message clarified my question.

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Kay123_
Senior Member
368
04-26-2016, 04:01 PM
#9
Intel's restricted non-K processors require specific core settings in BIOS to unlock peak turbo performance. Many users overlook this detail. Experts usually suggest turning off the C states, which actually slows down these CPUs. https://www.cpu-world.com/CPUs/Core_i5/Intel-Core i5-6500.html Using ThrottleStop helps verify that your core C states are active. https://www.techpowerup.com/download/tec...ottlestop/ This tool also accurately tracks the CPU multiplier during single-core operation.
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Kay123_
04-26-2016, 04:01 PM #9

Intel's restricted non-K processors require specific core settings in BIOS to unlock peak turbo performance. Many users overlook this detail. Experts usually suggest turning off the C states, which actually slows down these CPUs. https://www.cpu-world.com/CPUs/Core_i5/Intel-Core i5-6500.html Using ThrottleStop helps verify that your core C states are active. https://www.techpowerup.com/download/tec...ottlestop/ This tool also accurately tracks the CPU multiplier during single-core operation.

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Gbop10
Member
198
04-28-2016, 09:48 AM
#10
Thanks for the info, my c states are not enabled and I don't have a option in my bios to enable them, it might be because that have a oem HP prebuilt. But thanks for showing me a new program to check my cpu temps/voltage though! Highly appreciated.
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Gbop10
04-28-2016, 09:48 AM #10

Thanks for the info, my c states are not enabled and I don't have a option in my bios to enable them, it might be because that have a oem HP prebuilt. But thanks for showing me a new program to check my cpu temps/voltage though! Highly appreciated.

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