F5F Stay Refreshed Hardware Desktop X570 Extra 4-Pin Power Adapter

X570 Extra 4-Pin Power Adapter

X570 Extra 4-Pin Power Adapter

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carlobolla
Member
184
03-15-2020, 10:16 PM
#21
It's safe to leave one connector off if it doesn't affect your cable setup. The design of OEM cables and connectors often supports higher power levels, but I focused on stabilizing the input voltage. Keep an eye on the EPS CPU +12V reading in HWinfo64 using a single connector first, then with both. Even though one connector can handle 350W, resistance changes might lower the value, leading to instability or reduced maximum OC potential—possibly needing a higher Vcore. For GPUs, PCIE monitoring can trigger random crashes if voltage drops below 11.50V, causing black screens.
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carlobolla
03-15-2020, 10:16 PM #21

It's safe to leave one connector off if it doesn't affect your cable setup. The design of OEM cables and connectors often supports higher power levels, but I focused on stabilizing the input voltage. Keep an eye on the EPS CPU +12V reading in HWinfo64 using a single connector first, then with both. Even though one connector can handle 350W, resistance changes might lower the value, leading to instability or reduced maximum OC potential—possibly needing a higher Vcore. For GPUs, PCIE monitoring can trigger random crashes if voltage drops below 11.50V, causing black screens.

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maskeddeath85
Member
168
03-16-2020, 05:17 AM
#22
That's interesting, considering the size of the chip. The 65W TDP is at its maximum power state. Are these values even possible at higher loads? Great details!
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maskeddeath85
03-16-2020, 05:17 AM #22

That's interesting, considering the size of the chip. The 65W TDP is at its maximum power state. Are these values even possible at higher loads? Great details!

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