F5F Stay Refreshed Hardware Desktop i7-7700hq reaches its highest turbo speed across every core

i7-7700hq reaches its highest turbo speed across every core

i7-7700hq reaches its highest turbo speed across every core

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Zemboyy
Member
235
11-07-2016, 03:35 AM
#1
Yes, you can get close to 3.8GHz across all cores with turbo boost on the i7-7700HQ. It may not exceed it, but it can reach 3.8GHz on one core and around 3.4GHz on all cores.
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Zemboyy
11-07-2016, 03:35 AM #1

Yes, you can get close to 3.8GHz across all cores with turbo boost on the i7-7700HQ. It may not exceed it, but it can reach 3.8GHz on one core and around 3.4GHz on all cores.

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nathanspike
Member
171
11-07-2016, 07:31 AM
#2
The HQ is indeed a laptop CPU. You're worried it might move too much air and cause the laptop to lose stability, especially if it only reaches 3.8 on one core instead of all four. That could lead to the laptop behaving erratically, almost like it's turning into a jet engine.
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nathanspike
11-07-2016, 07:31 AM #2

The HQ is indeed a laptop CPU. You're worried it might move too much air and cause the laptop to lose stability, especially if it only reaches 3.8 on one core instead of all four. That could lead to the laptop behaving erratically, almost like it's turning into a jet engine.

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Realbattle
Junior Member
35
11-07-2016, 10:01 AM
#3
Yeah, I am using a pavillion laptop. I was just wondering if it could be done, not if it should ahah. It would probably get pretty hot. Still, I would like to achieve 3.8 in all cores: I very much prefer emulators over current-gen games and emulators are easily cpu-bottlenecked. Moreover, my cpu usually stays at 70-73 Celsius in a stress test so there is a little room for more temperature, I guess.
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Realbattle
11-07-2016, 10:01 AM #3

Yeah, I am using a pavillion laptop. I was just wondering if it could be done, not if it should ahah. It would probably get pretty hot. Still, I would like to achieve 3.8 in all cores: I very much prefer emulators over current-gen games and emulators are easily cpu-bottlenecked. Moreover, my cpu usually stays at 70-73 Celsius in a stress test so there is a little room for more temperature, I guess.

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MaryLove
Junior Member
15
11-07-2016, 01:28 PM
#4
I don't believe the clock speeds can be altered, but I'm confident you can lower the voltage slightly to aid thermal performance, which should improve boost performance. My GE72VR uses that chip and has excellent cooling, yet I'm struggling to reach 3.8 across all cores.
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MaryLove
11-07-2016, 01:28 PM #4

I don't believe the clock speeds can be altered, but I'm confident you can lower the voltage slightly to aid thermal performance, which should improve boost performance. My GE72VR uses that chip and has excellent cooling, yet I'm struggling to reach 3.8 across all cores.

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NrosenYT
Member
174
11-09-2016, 05:07 AM
#5
According to online reports, the CPU typically reaches 3.4 GHz across all cores during consistent all-core stress tests (Intel Xeon). I’m curious if it’s possible to hit 3.8 GHz with all cores. Just boosting one part isn’t enough.
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NrosenYT
11-09-2016, 05:07 AM #5

According to online reports, the CPU typically reaches 3.4 GHz across all cores during consistent all-core stress tests (Intel Xeon). I’m curious if it’s possible to hit 3.8 GHz with all cores. Just boosting one part isn’t enough.

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IoandGamer
Member
55
11-10-2016, 12:25 AM
#6
This feature comes from the system board maker to let you adjust settings at the firmware level on the motherboard. I believe it's better not to attempt overclocking or exceeding factory specifications, since laptop cooling systems are typically built around a fixed power rating. Pushing all cores to 3.8GHz could cause excessive heat and drain more power than the system can handle over time. If the hardware also reduces performance when temperatures rise, you'll probably see only small improvements.
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IoandGamer
11-10-2016, 12:25 AM #6

This feature comes from the system board maker to let you adjust settings at the firmware level on the motherboard. I believe it's better not to attempt overclocking or exceeding factory specifications, since laptop cooling systems are typically built around a fixed power rating. Pushing all cores to 3.8GHz could cause excessive heat and drain more power than the system can handle over time. If the hardware also reduces performance when temperatures rise, you'll probably see only small improvements.

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67
11-10-2016, 01:20 AM
#7
Maybe changing the microcode would free you from the current situation, leaving only a slight adjustment to the clock around 3%.
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DragonKiller37
11-10-2016, 01:20 AM #7

Maybe changing the microcode would free you from the current situation, leaving only a slight adjustment to the clock around 3%.

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Rosie_The_Fox
Member
213
11-11-2016, 10:58 PM
#8
Thank you for your prompt response. I discovered the topic today. Typically, makers fixate on a fixed core frequency for thermal stability in laptops due to their compact design. Using the same chip in desktops allows higher single-core and multi-core performance. However, laptops can adjust this via software such as throttlestop. Some models support boosting all cores to 3.8 while maintaining a steady temperature by lowering the voltage. I applied this on my Dell 7567 7700hq with settings like core=-0.125, cache=-0.1191, and Intel GPU=-0.04.
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Rosie_The_Fox
11-11-2016, 10:58 PM #8

Thank you for your prompt response. I discovered the topic today. Typically, makers fixate on a fixed core frequency for thermal stability in laptops due to their compact design. Using the same chip in desktops allows higher single-core and multi-core performance. However, laptops can adjust this via software such as throttlestop. Some models support boosting all cores to 3.8 while maintaining a steady temperature by lowering the voltage. I applied this on my Dell 7567 7700hq with settings like core=-0.125, cache=-0.1191, and Intel GPU=-0.04.