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Overclocking a Ryzen 3 1300X using A320M-DGS

Overclocking a Ryzen 3 1300X using A320M-DGS

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TheAlexZ_
Member
210
01-18-2017, 05:18 AM
#1
Hello. I've learned that updating the BIOS on the A320M motherboards now allows overclocking, as demonstrated by Tech Yes City's work with a Ryzen 5 1400 on an A320 board. If this is feasible, how much can I overclock my R3 1300X on that setup? Can I achieve around 3.7GHz without changing the voltage settings, and will the motherboard temperatures remain acceptable?
T
TheAlexZ_
01-18-2017, 05:18 AM #1

Hello. I've learned that updating the BIOS on the A320M motherboards now allows overclocking, as demonstrated by Tech Yes City's work with a Ryzen 5 1400 on an A320 board. If this is feasible, how much can I overclock my R3 1300X on that setup? Can I achieve around 3.7GHz without changing the voltage settings, and will the motherboard temperatures remain acceptable?

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FilhoDoZuko88
Member
64
01-18-2017, 10:27 PM
#2
It's possible, yes. It's not advisable, no. Nobody can accurately predict the final clock speed. It mostly relies on trial and error. Still, with the A320 even if some BIOS features might unlock for overclocking, I wouldn't be forcing the CPU too much on the motherboard. The chipset isn't designed for heavy overclocking. It has fewer power phases compared to mid-range models (like B350/B450). You could damage your board by pushing higher voltages than the chipset supports, which would also lead to VRM overheating and CPU throttling. If the BIOS permits, you're essentially adjusting the multiplier to 37.
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FilhoDoZuko88
01-18-2017, 10:27 PM #2

It's possible, yes. It's not advisable, no. Nobody can accurately predict the final clock speed. It mostly relies on trial and error. Still, with the A320 even if some BIOS features might unlock for overclocking, I wouldn't be forcing the CPU too much on the motherboard. The chipset isn't designed for heavy overclocking. It has fewer power phases compared to mid-range models (like B350/B450). You could damage your board by pushing higher voltages than the chipset supports, which would also lead to VRM overheating and CPU throttling. If the BIOS permits, you're essentially adjusting the multiplier to 37.

M
Metilwulf
Member
70
02-02-2017, 06:59 PM
#3
It's possible, yes. It's not advisable, no. Nobody can accurately predict the final clock speed. It mostly relies on trial and error. Still, with the A320 even if some BIOS features might unlock for overclocking, I wouldn't be forcing the CPU too much on the motherboard. The chipset isn't designed for heavy overclocking. It has fewer power phases compared to mid-range models like the B350/B450. You could easily damage your board by pushing higher voltages than the chipset supports, plus overheating the VRM which leads to CPU throttling.

If the BIOS permits, you're essentially adjusting the multiplier to 37.
M
Metilwulf
02-02-2017, 06:59 PM #3

It's possible, yes. It's not advisable, no. Nobody can accurately predict the final clock speed. It mostly relies on trial and error. Still, with the A320 even if some BIOS features might unlock for overclocking, I wouldn't be forcing the CPU too much on the motherboard. The chipset isn't designed for heavy overclocking. It has fewer power phases compared to mid-range models like the B350/B450. You could easily damage your board by pushing higher voltages than the chipset supports, plus overheating the VRM which leads to CPU throttling.

If the BIOS permits, you're essentially adjusting the multiplier to 37.

L
lb23kh
Member
141
02-04-2017, 09:14 AM
#4
alright thanks for the reply
L
lb23kh
02-04-2017, 09:14 AM #4

alright thanks for the reply

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Shadoox
Member
62
02-04-2017, 05:50 PM
#5
If you were planning to proceed, I would only increase to the 37 multiplier, which matches your maximum boost clock. If your PC restarts, use HWMon/info to monitor temperatures. Should they approach 80°C, I’d disable the overclock and stick to stock settings, or opt for a B350/B450 motherboard to ensure stability, and try an OC on a board built for that purpose.
S
Shadoox
02-04-2017, 05:50 PM #5

If you were planning to proceed, I would only increase to the 37 multiplier, which matches your maximum boost clock. If your PC restarts, use HWMon/info to monitor temperatures. Should they approach 80°C, I’d disable the overclock and stick to stock settings, or opt for a B350/B450 motherboard to ensure stability, and try an OC on a board built for that purpose.