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I'm still holding onto my 6900k and strix x99 board for a render node. The cpu doesn't get above 4.4 without going past 1.4v, so I may take advantage of my tuning plan warranty and send it in, maybe get a better chip. Or might be a worse chip...
Or sell it and get a 9900k, but then I wouldn't be able to add two GPUs at x16. That said, I don't think GPU rendering really saturates GPU lanes, so x8 might be fine. Decisions
Or sell it and get a 9900k, but then I wouldn't be able to add two GPUs at x16. That said, I don't think GPU rendering really saturates GPU lanes, so x8 might be fine. Decisions
ZMT watercool setup -- Phanteks Enthoo Elite -- hwlabs gtr 420 x 2 -- noctua A14 PWM x8 -- d5 pwm -- 9900x -- x299 TUF Mk1
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Wandering & Wondering
Join Date: Oct 2014
Location: NYC
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Quote:
Originally Posted by KCDC
I'm still holding onto my 6900k and strix x99 board for a render node. The cpu doesn't get above 4.4 without going past 1.4v, so I may take advantage of my tuning plan warranty and send it in, maybe get a better chip. Or might be a worse chip...
Or sell it and get a 9900k, but then I wouldn't be able to add two GPUs at x16. That said, I don't think GPU rendering really saturates GPU lanes, so x8 might be fine. Decisions
Or sell it and get a 9900k, but then I wouldn't be able to add two GPUs at x16. That said, I don't think GPU rendering really saturates GPU lanes, so x8 might be fine. Decisions
.
Strix X99 Gaming, 6900K @4.600GHz, 32GB (4x8) G Skill F4-3600C16Q-32GTZR, XSPC Raystorm 2x RX360 L-Cooler
24x7: 100 Strap adptv: 46 mult, 100 BCLK, 3.7GHz 37x NB, [email protected] 14-14-13-32-1T, 1.41v DRAM,
vcore 1.395 turbo, vcache [email protected] offset, vccsa [email protected] offset, vccin 1.8, vccio 1.05, LLC +6
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Need help in understanding adaptive voltage.
I have my cpu oc'ed, and now I guess i should (?) adjust adaptive voltage.
When I change voltage to adaptive in bios, the VCCSA field disappears and there's only SA Offset left.
How should I adjust it so I'll get the value I want?
And should I overall use adaptive voltage as a must?
I have my cpu oc'ed, and now I guess i should (?) adjust adaptive voltage.
When I change voltage to adaptive in bios, the VCCSA field disappears and there's only SA Offset left.
How should I adjust it so I'll get the value I want?
And should I overall use adaptive voltage as a must?
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Adaptive voltage is neat if you want additional power-savings in idle, but it's in no way a must.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
Overclocker in training
Join Date: Apr 2017
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Quote:
Originally Posted by AndiWandi
Adaptive voltage is neat if you want additional power-savings in idle, but it's in no way a must.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
Yeah you'd have to go back several pages to see voltages used mostly on auto
https://www.overclock.net/forum/27830206-post7756.html
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New to Overclock.net
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Location: Ukraine, Odesa
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Quote:
Originally Posted by AndiWandi
Adaptive voltage is neat if you want additional power-savings in idle, but it's in no way a must.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
For VCCSA you will have to see where its default value ranges at, then add the offset on top of that. You could read out the default value with HWiNFO and monitor accordingly.
Usually default is ~0.9V.
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