F5F Stay Refreshed Power Users Overclocking Looking for assistance with boosting your AMD Athlon ii x2 240?

Looking for assistance with boosting your AMD Athlon ii x2 240?

Looking for assistance with boosting your AMD Athlon ii x2 240?

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Dingdongyou
Member
220
10-05-2016, 11:34 PM
#1
Hello, I need assistance with overclocking my CPU. The details are as follows: the CPU is an AMD Athlon ii x2 240 at 2.8 GHz, the GPU is a Nvidia GeForce GTX 750 with 2GB RAM, it runs on a Corsair VS650 power supply delivering 650W, the motherboard is a Biostar A780L3, and I would greatly appreciate any guidance.
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Dingdongyou
10-05-2016, 11:34 PM #1

Hello, I need assistance with overclocking my CPU. The details are as follows: the CPU is an AMD Athlon ii x2 240 at 2.8 GHz, the GPU is a Nvidia GeForce GTX 750 with 2GB RAM, it runs on a Corsair VS650 power supply delivering 650W, the motherboard is a Biostar A780L3, and I would greatly appreciate any guidance.

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Damara0704
Junior Member
8
10-06-2016, 02:55 AM
#2
Initially, anticipate limited gains from any overclocking since the CPU is constrained by a fixed clock speed. Focus on boosting the FSB to achieve higher performance. (MHz = FSB multiplied by the clock multiplier). Expect only modest improvements—up to around 100 MHz—and ensure your motherboard and power supply can handle the added load, along with an aftermarket cooler. **If your VRM lacks heat sinks, skip OC attempts.** Open BIOS, incrementally raise the FSB, save, exit to Windows, and perform a stress test such as Intel Burn Test using default parameters. If successful and core temperatures remain below 75°C, continue. Eventually, the core voltage (vcore) will...
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Damara0704
10-06-2016, 02:55 AM #2

Initially, anticipate limited gains from any overclocking since the CPU is constrained by a fixed clock speed. Focus on boosting the FSB to achieve higher performance. (MHz = FSB multiplied by the clock multiplier). Expect only modest improvements—up to around 100 MHz—and ensure your motherboard and power supply can handle the added load, along with an aftermarket cooler. **If your VRM lacks heat sinks, skip OC attempts.** Open BIOS, incrementally raise the FSB, save, exit to Windows, and perform a stress test such as Intel Burn Test using default parameters. If successful and core temperatures remain below 75°C, continue. Eventually, the core voltage (vcore) will...

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Wicked_World
Member
134
10-21-2016, 01:49 PM
#3
Initially, expect limited gains from any overclocking since the CPU is constrained by its clock multiplier. Focus on boosting the FSB (base clock) for real improvements. (MHz = FSB multiplied by the clock multiplier). Only target a few 100 MHz at most, provided your motherboard and power supply can handle the added load, and consider using an aftermarket cooler. **If your motherboard's VRMs lack heat sinks, I wouldn't go ahead with OC.** Open BIOS, gradually increase the FSB in tiny steps. Save your work, exit to Windows, and perform a stress test such as Intel Burn Test with default settings. If it succeeds and core temperatures remain under 75°C, continue. Once stable, you'll likely need to raise the core voltage (vcore) incrementally—starting around 0.025 to 0.050 volts—and verify it stays below 1.500V. Increasing FSB also raises the clock speed of connected components, so reduce RAM speed initially to avoid instability and misleading results.
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Wicked_World
10-21-2016, 01:49 PM #3

Initially, expect limited gains from any overclocking since the CPU is constrained by its clock multiplier. Focus on boosting the FSB (base clock) for real improvements. (MHz = FSB multiplied by the clock multiplier). Only target a few 100 MHz at most, provided your motherboard and power supply can handle the added load, and consider using an aftermarket cooler. **If your motherboard's VRMs lack heat sinks, I wouldn't go ahead with OC.** Open BIOS, gradually increase the FSB in tiny steps. Save your work, exit to Windows, and perform a stress test such as Intel Burn Test with default settings. If it succeeds and core temperatures remain under 75°C, continue. Once stable, you'll likely need to raise the core voltage (vcore) incrementally—starting around 0.025 to 0.050 volts—and verify it stays below 1.500V. Increasing FSB also raises the clock speed of connected components, so reduce RAM speed initially to avoid instability and misleading results.