F5F Stay Refreshed Power Users Overclocking One more FSB OC thread

One more FSB OC thread

One more FSB OC thread

W
Wither01
Member
201
12-03-2016, 08:47 PM
#1
I've been really focused on FSB overclocking lately. My current FSB is around 200 MHz, with a multiplier of 23, which gives a stable 4.6 GHz. I'm curious if increasing the FSB even more and reducing the clock to about 4.2 GHz would improve performance, even though the CPU clock is lower. I know that boosting both FSB and multiplier can help, but I can't cool it down enough or think my chip will handle it. I also think I need to adjust the RAM speed.

I believe that even with a lower CPU clock, raising the FSB would speed up the system's communication more than just a regular overclock, since clock speed isn't the only factor!

What do you think would perform better?
200 FSB x 23 = 4.6 GHz
VS
280-300ish FSB x around 14 MHz ≈ 4.2 GHz
Please note I have an AMD FX 6350 on a Gigabyte 970 UD3 board. Thanks!
W
Wither01
12-03-2016, 08:47 PM #1

I've been really focused on FSB overclocking lately. My current FSB is around 200 MHz, with a multiplier of 23, which gives a stable 4.6 GHz. I'm curious if increasing the FSB even more and reducing the clock to about 4.2 GHz would improve performance, even though the CPU clock is lower. I know that boosting both FSB and multiplier can help, but I can't cool it down enough or think my chip will handle it. I also think I need to adjust the RAM speed.

I believe that even with a lower CPU clock, raising the FSB would speed up the system's communication more than just a regular overclock, since clock speed isn't the only factor!

What do you think would perform better?
200 FSB x 23 = 4.6 GHz
VS
280-300ish FSB x around 14 MHz ≈ 4.2 GHz
Please note I have an AMD FX 6350 on a Gigabyte 970 UD3 board. Thanks!

R
Raidex20
Posting Freak
751
12-12-2016, 01:30 PM
#2
No matter the overclocking method, higher voltage is required which inevitably leads to increased heat. I experimented with both approaches but observed only minor differences in benchmark statistics. Currently, using a 24/7 operation setup with the Nepton 140XL cooler, the multiplier reached 23.5 * FSB 205 equals 4.82GHz. Because of the FX processor design, simply increasing the FSB and NB settings doesn't result in additional performance gains beyond basic multiplier adjustments.
R
Raidex20
12-12-2016, 01:30 PM #2

No matter the overclocking method, higher voltage is required which inevitably leads to increased heat. I experimented with both approaches but observed only minor differences in benchmark statistics. Currently, using a 24/7 operation setup with the Nepton 140XL cooler, the multiplier reached 23.5 * FSB 205 equals 4.82GHz. Because of the FX processor design, simply increasing the FSB and NB settings doesn't result in additional performance gains beyond basic multiplier adjustments.

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EMANKILLER12
Member
167
12-13-2016, 09:20 PM
#3
No matter the overclocking method, higher voltage is required which inevitably leads to increased heat. I experimented with both approaches but observed only minor differences in benchmark statistics. Currently, using a 24/7 operation setup with the Nepton 140XL cooler, the multiplier reached 23.5 * FSB 205 equals 4.82GHz. Because of the FX processor design, simply increasing the FSB and NB settings doesn't result in additional performance gains beyond basic multiplier adjustments.
E
EMANKILLER12
12-13-2016, 09:20 PM #3

No matter the overclocking method, higher voltage is required which inevitably leads to increased heat. I experimented with both approaches but observed only minor differences in benchmark statistics. Currently, using a 24/7 operation setup with the Nepton 140XL cooler, the multiplier reached 23.5 * FSB 205 equals 4.82GHz. Because of the FX processor design, simply increasing the FSB and NB settings doesn't result in additional performance gains beyond basic multiplier adjustments.