F5F Stay Refreshed Power Users Overclocking Q9550 OC help me

Q9550 OC help me

Q9550 OC help me

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TheBozoPlays
Senior Member
642
09-16-2016, 03:15 AM
#1
Plyta Asus P5E64 WS EVOLUTION PROCESOR Q9550 jest dostępna jako rozwiązanie bez silnika, oferując 600W i 8 GB pamięci. Nie mam trudności z ustawieniem napięcia, ale wiele zmian w bucie są trudne do obsługi.
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TheBozoPlays
09-16-2016, 03:15 AM #1

Plyta Asus P5E64 WS EVOLUTION PROCESOR Q9550 jest dostępna jako rozwiązanie bez silnika, oferując 600W i 8 GB pamięci. Nie mam trudności z ustawieniem napięcia, ale wiele zmian w bucie są trudne do obsługi.

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hyperdrive57
Member
67
09-16-2016, 08:14 AM
#2
CPU: Motherboard: RAM: SSD/HDD: GPU: PSU: Chassis: OS
Please note the specific brands, models, and the age of your PSU.
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hyperdrive57
09-16-2016, 08:14 AM #2

CPU: Motherboard: RAM: SSD/HDD: GPU: PSU: Chassis: OS
Please note the specific brands, models, and the age of your PSU.

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LubyDaOreo
Member
120
10-01-2016, 03:05 AM
#3
Zapytanie od robertwalter2: "Wykręcić q9550 na asus"
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LubyDaOreo
10-01-2016, 03:05 AM #3

Zapytanie od robertwalter2: "Wykręcić q9550 na asus"

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Bap56
Member
58
10-01-2016, 03:46 AM
#4
CPU model is Q9550 REV C1, motherboard ASUS P5E64 WS, RAM includes two 4 GB DDR3 modules from Corsair CMX8GX3M2B1600C9, storage setup features a 120 GB SSD ADATA SP550, GPU is an HD 5850 with 1GB memory, power supply is a 600W BE QUEIT unit, chassis type is COLLER MASTER, operating system is Windows 10 64 bit. Help me achieve stable 3.5 GHz performance.
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Bap56
10-01-2016, 03:46 AM #4

CPU model is Q9550 REV C1, motherboard ASUS P5E64 WS, RAM includes two 4 GB DDR3 modules from Corsair CMX8GX3M2B1600C9, storage setup features a 120 GB SSD ADATA SP550, GPU is an HD 5850 with 1GB memory, power supply is a 600W BE QUEIT unit, chassis type is COLLER MASTER, operating system is Windows 10 64 bit. Help me achieve stable 3.5 GHz performance.

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JuleMein
Junior Member
15
10-01-2016, 02:54 PM
#5
Exact model details for the Be Quiet! PSU and its age are unknown. The cooler choice for the CPU is not specified. The case model isn't mentioned. You're unsure about airflow within the case. Overclocking generates heat that could reduce performance if cooling isn't sufficient.
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JuleMein
10-01-2016, 02:54 PM #5

Exact model details for the Be Quiet! PSU and its age are unknown. The cooler choice for the CPU is not specified. The case model isn't mentioned. You're unsure about airflow within the case. Overclocking generates heat that could reduce performance if cooling isn't sufficient.

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Laurance_Wings
Junior Member
6
10-02-2016, 10:46 PM
#6
In general, to achieve a high overclock, start by setting the FSB to its maximum until the system stops booting. Once you reach the last FSB (like 400), reduce it by 50 and test in Windows for stability. If it doesn’t work, increase the North Bridge voltage by 0.1V and adjust RAM speed by one notch (for example, from 1600 to 1333MHz). You’ll likely hit a limit around 400 MHz, and every 200Mhz increase on the core might require an extra 0.1V of voltage (1.2V to 1.25V). Keep CPU voltage below 1.45V with a good cooler, and RAM voltage under 1.7-1.8V. If your cooler is weak—such as aftermarket options or stock aluminum—you can push the overclock with only a slight voltage boost.
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Laurance_Wings
10-02-2016, 10:46 PM #6

In general, to achieve a high overclock, start by setting the FSB to its maximum until the system stops booting. Once you reach the last FSB (like 400), reduce it by 50 and test in Windows for stability. If it doesn’t work, increase the North Bridge voltage by 0.1V and adjust RAM speed by one notch (for example, from 1600 to 1333MHz). You’ll likely hit a limit around 400 MHz, and every 200Mhz increase on the core might require an extra 0.1V of voltage (1.2V to 1.25V). Keep CPU voltage below 1.45V with a good cooler, and RAM voltage under 1.7-1.8V. If your cooler is weak—such as aftermarket options or stock aluminum—you can push the overclock with only a slight voltage boost.