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Ryzen overclocking help needed

Ryzen overclocking help needed

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wilger_monster
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201
06-28-2018, 08:27 PM
#1
I'm trying to modify my Ryzen chip (R5 2600) with an ML240L cooler from Cooler Master, and in Ryzen Master I maintain a stable 4.1ghz at 1.425v. But when I switch to BIOS, it restricts the voltage offset to +204v. Can anyone clarify or assist me? Thanks in advance.
My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
PSU: Techsolo STP-650
Chassis: Phanteks Eclipse P400
OS: Windows 10
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wilger_monster
06-28-2018, 08:27 PM #1

I'm trying to modify my Ryzen chip (R5 2600) with an ML240L cooler from Cooler Master, and in Ryzen Master I maintain a stable 4.1ghz at 1.425v. But when I switch to BIOS, it restricts the voltage offset to +204v. Can anyone clarify or assist me? Thanks in advance.
My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
PSU: Techsolo STP-650
Chassis: Phanteks Eclipse P400
OS: Windows 10

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james26665
Senior Member
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537
07-02-2018, 04:45 PM
#2
I'm trying to change the OC settings for my Ryzen chip (Ryzen 5 2600) using an ML240L cooler. In Ryzen Master I can maintain a steady 4.1ghz at 1.425v, but when I switch to BIOS it won't allow a higher voltage offset than +204v. Can anyone clarify or help me? Thanks in advance.

My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
PSU: Techsolo STP-650
Chassis: Phanteks Eclipse P400
OS: Windows 10

If the 4.1 @ 1.425v is stable in Ryzen Master, just adjust it in BIOS settings. The default 2600 is 3400mhz—check Ryzen Master for the exact voltage value and make sure you're using the right offset.
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james26665
07-02-2018, 04:45 PM #2

I'm trying to change the OC settings for my Ryzen chip (Ryzen 5 2600) using an ML240L cooler. In Ryzen Master I can maintain a steady 4.1ghz at 1.425v, but when I switch to BIOS it won't allow a higher voltage offset than +204v. Can anyone clarify or help me? Thanks in advance.

My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
PSU: Techsolo STP-650
Chassis: Phanteks Eclipse P400
OS: Windows 10

If the 4.1 @ 1.425v is stable in Ryzen Master, just adjust it in BIOS settings. The default 2600 is 3400mhz—check Ryzen Master for the exact voltage value and make sure you're using the right offset.

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thaliadoll
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51
07-02-2018, 08:03 PM
#3
it adjusts its voltage offset, not sure what your typical voltage is (i’m too lazy to check), but raising the offset by +204 would increase your voltage—say 1.35v plus 204, resulting in about 1.554v
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thaliadoll
07-02-2018, 08:03 PM #3

it adjusts its voltage offset, not sure what your typical voltage is (i’m too lazy to check), but raising the offset by +204 would increase your voltage—say 1.35v plus 204, resulting in about 1.554v

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3
3bood_x4
Junior Member
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17
07-02-2018, 08:26 PM
#4
In reality, you don't require such large voltage shifts. Instead, I'd perform all overclocking through the BIOS, avoiding the use of Ryzen Master.
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3bood_x4
07-02-2018, 08:26 PM #4

In reality, you don't require such large voltage shifts. Instead, I'd perform all overclocking through the BIOS, avoiding the use of Ryzen Master.

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PaigeOfTheBook
Senior Member
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733
07-03-2018, 04:18 AM
#5
Currently the BIOS is configured with standard settings, I deleted the Ryzen Master option. However, when using CPU-Z or HWInfo it shows the CPU frequency as 3.800MHz instead of the default 3.400MHz.
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PaigeOfTheBook
07-03-2018, 04:18 AM #5

Currently the BIOS is configured with standard settings, I deleted the Ryzen Master option. However, when using CPU-Z or HWInfo it shows the CPU frequency as 3.800MHz instead of the default 3.400MHz.

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TheFreshestAC
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182
07-19-2018, 11:00 PM
#6
I'm attempting to modify my Ryzen chip (Ryzen 5 2600) using an ML240L cooler from Cooler Master. In Ryzen Master I maintain a consistent 4.1ghz at 1.425v, but when adjusting in BIOS it restricts the voltage offset to +204v. Could anyone clarify or assist me?
Thanks ahead of time.
My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
Power Supply: Techsolo STP-650
Chassis: Phanteks Eclipse P400
Operating System: Windows 10

If the stable 4.1 @ 1.425 is achievable in Ryzen Master, simply apply those settings to BIOS. The default 2600 runs at around 3400mhz; check Ryzen Master for the exact voltage value and adjust accordingly.
Ensure your CPU Vcore stays normal, add the offset under Dynamic Vcore (DVID), set Clock Ratio to 41 in Advanced Frequency settings, then save and restart.

*Note: I don’t own that board, I only reviewed the BIOS screens.*
https://www.kitguru.net/components/mothe...iew/all/1/
Also, your maximum XFR for this CPU is 3.9 single core—stability across all cores under load might be questionable.
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T
TheFreshestAC
07-19-2018, 11:00 PM #6

I'm attempting to modify my Ryzen chip (Ryzen 5 2600) using an ML240L cooler from Cooler Master. In Ryzen Master I maintain a consistent 4.1ghz at 1.425v, but when adjusting in BIOS it restricts the voltage offset to +204v. Could anyone clarify or assist me?
Thanks ahead of time.
My other details:
CPU: Ryzen 5 2600
Motherboard: Gigabyte B450 Aorus Elite
RAM: 2x8gb LPX Vengeance @3000
Storage: 128gb Kingston SSD, 1tb HDD 7.2k
GPU: RX580
Power Supply: Techsolo STP-650
Chassis: Phanteks Eclipse P400
Operating System: Windows 10

If the stable 4.1 @ 1.425 is achievable in Ryzen Master, simply apply those settings to BIOS. The default 2600 runs at around 3400mhz; check Ryzen Master for the exact voltage value and adjust accordingly.
Ensure your CPU Vcore stays normal, add the offset under Dynamic Vcore (DVID), set Clock Ratio to 41 in Advanced Frequency settings, then save and restart.

*Note: I don’t own that board, I only reviewed the BIOS screens.*
https://www.kitguru.net/components/mothe...iew/all/1/
Also, your maximum XFR for this CPU is 3.9 single core—stability across all cores under load might be questionable.

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PinkaminaPie
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113
07-20-2018, 05:40 AM
#7
i have a 1600x which shows a bit worse performance compared to the second generation, but the TDP remains similar for the same clocks. My 1600x reaches 4.1ghz on all cores using 1.375v vCore and +75mV offset (1.450v). during stress testing it will draw around 180w, with a temperature between 55-60°C and a radiator with 240mm fans at low speed.
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PinkaminaPie
07-20-2018, 05:40 AM #7

i have a 1600x which shows a bit worse performance compared to the second generation, but the TDP remains similar for the same clocks. My 1600x reaches 4.1ghz on all cores using 1.375v vCore and +75mV offset (1.450v). during stress testing it will draw around 180w, with a temperature between 55-60°C and a radiator with 240mm fans at low speed.

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