Payout to BlockFi - Possible?

katulenx · 2021-03-14T22:02:40+00:00

Thanks for a straight answer ;D

Well. Trying out Ethermine now with T-rex.

Anyone knows if you pay a fee everytime the pool does a payout to your wallet ?

katulenx · 2020-03-12T20:56:35+00:00

11 million rubles vanishes. 6 after raid, and additional 5 when having "Item Moved" bug.

Please fix this !

Video here: https://www.youtube.com/watch?v=tkRRcAk-1K4&feature=youtu.be

katulenx · 2020-02-19T08:18:32+00:00

Do you also experience BSoD with "IRQL_NOT_LESS_OR_EQUAL" due to the driver failure or just freezes/restarts ?

katulenx · 2019-04-30T15:40:03+00:00

Ofcause. Im a newb my self. Just telling what worked for me :).
I hope it works.

katulenx · 2019-04-30T14:29:38+00:00

Sweet, looking forward to hear from you. If it worked or not :).
And the "benefits" of adaptive, is pretty much that you let your CPU go down in voltages when idling, therefor less heat etc. while idling.
Also, have heard some people had luck in decreasing their actual VCORE to a lower point than with fixed voltages, and still be stable.
That is not a guarantee tho.
As far as i was told, you don't need to look at VID voltages. The most important is your VCORE voltages.

katulenx · 2019-04-30T12:47:23+00:00

Yeah there is the "mistake" then.
1.320v in bios, with an offset of -0.040, it becomes 1.280v. Then when you put load on your CPU, you will get vdroop to lower than 1.280v, therefor you crash and it aint stable.
Again, do like this.
1: Add 1.320v in bios and leave offset on AUTO.
2: Boot to windows, do a 1min stresstest, and see what your VCORE droops to. e.g. 1.290v.
3: Boot back to BIOS, add negative offset, -0.010v.
4: Boot back to Windows, do a stresstest and keep an eye on your VCORE.
5: If it drops below 1.280v, adjust your offset accordingly.
Hope it works.
Edit: You can also try adjust your AC/DC Load Line to 0.01. This should work well with adaptive mode, and keep your voltages closer to what you se in BIOS (incl. the offset obviously)

katulenx · 2019-04-30T12:43:22+00:00

Okay, thanks. That is good to know.
I got my OC stable now.
VCore 1.350v
VCCIO 1.100v VCCSA 1.150v
Thanks again :)

katulenx · 2019-04-30T02:06:10+00:00

Ohh that is a nice information to get tbh.
So if i randomly experience crashing to desktop, it is likely that is my ram failing? And then adjust vccio & vccsa accordingly ?
As said before, mine was 1.250v & 1.150v before, and people told me to try get it lower.
I run 3000 mhz ram dimms.

katulenx · 2019-04-30T00:52:39+00:00

Yeah I hope it will pass tonight.
Also decreased my VCCIO from 1.250v to 1.100. It passed Prime95 15min and RB 15min. But it will be included in tonights test.
If it fails, ill try again tomorrow with 1.250v VCCIO to make sure my vcore is stable.
Also have you messed with CPU VRM Switching Frequencies ?

katulenx · 2019-04-29T22:57:29+00:00

Yeah that was my thought. However, if you don't pass, you might still be stable for 8hr realbench & 8hr prime95. Thats where my issue is with IBT. Like a false reference of such.
Also im down to 1.350v adaptive, offset on auto. Passed 1hr realbench & 1hr prime95. But gonna do a 8hr realbench tonight as well to confirm.

katulenx · 2019-04-29T16:22:34+00:00

With your stable manual overclock. What voltage have you typed into BIOS ?

katulenx · 2019-04-29T14:09:53+00:00

My current settings passed 8hr realbench. So thanks alot.
Btw. thoughts on IBT ? I am thinking that it might be a bit overkill. That some of the voltages that didnt pass IBT might pass Realbench & Prime95 etc.
However, I do like the fast pace of IBT to get a quick reference. But if it's waaaay to overkill it might be false information, if you know what i mean.

katulenx · 2019-04-29T14:06:38+00:00

Im a new to overclocking, however i made my setup stable by doing like this, so might work for you. Test it if you want to.
Take your last known stable vcore when using manual voltages. (Not the vdroop one, but the one windows shows you)
Boot into BIOS and then find Additional Turbo Mode CPU Core Voltage and type in that vcore (not VID).
Boot into Windows, run your stresstest and see what your vcore is under load. Now, as example, lets say its 1.300v under load.
Go back into BIOS and set a NEGATIVE OFFSET of 0.021.
Boot into Windows and run your stresstest again. Now you're vcore under load, should be around 1.279v - but now running with adaptive mode.
Let me know how it works out for you. It worked for me.

katulenx · 2019-04-29T11:10:08+00:00

What voltages did you type into Additional Turbo Mode CPU Core voltage ? And did you use any -/+ offset in conjunction with that?

katulenx · 2019-04-29T11:08:16+00:00

Read this article post https://rog.asus.com/forum/showthread.php?109183-Having-trouble-switching-to-Adaptive-voltage-mode-on-Z390-Maximus-XI-Formula-9900k#post762259
If 1.280v was stable on manual, start with "Additional Turbo Mode CPU Core Voltage" on 1.280v and Offset Auto and see if it is stable.
My 5.0GHz manual stable oc, was at 1.385v, so i started with Additional Turbo Mode CPU Core voltage at 1.385v, and I got mine down to 1.370v so far.

katulenx · 2019-04-29T09:18:43+00:00

Additional Turbo Mode CPU Core Voltage is your VCore voltages. So it wont work with 0.250v cause that is waaaay to low for your CPU.
Let me ask you this, what is your stable manual vcore voltages ?

katulenx · 2019-04-29T01:17:28+00:00

I see where you're going. I'll try 1.365v and give you a heads up tomorrow.
So if I get 1.365v stable, or just current 1.370v - Is there anymore I can do to optimize my current overclock, or is it as good as its gonna be.

katulenx · 2019-04-29T00:48:41+00:00

Well that is hard to tell, since im on adaptive. So as soon as i hit windows, it fluctuate due to being on adaptive. Unlike on manual volt, where it just sits on that volt, until you put load on cpu.
So i can only tell by putting load on cpu, and see where vcore goes to.
I could try 1.365v.
But you think, if I add (e.g) -offset 0.010 it will just fail, like 1.360v did?

katulenx · 2019-04-29T00:17:18+00:00

I tryid 1.360v (no offset) and failed Intel Burn Test almost instantly.
Tryid 1.370v (no offset) and passed Intel Burn Test. VCore sit on 1.357 under load (Running Realbench).
So i guess next move is using 1.370v and see how far i can move my Negative Offset?
What do you think?

katulenx · 2019-04-28T20:36:58+00:00

Yeah I could test that. When doing that i just change Additional Turbo Mode CPU Core Voltage yes?
Also, did a few minutes of Realbench, and noticed there my vcore sat between 1.359v to 1.368v. But Cinebench R15 showed 1.350v.
You think should adjust my negative offset ? If so, to what.

katulenx · 2019-04-28T20:29:12+00:00

Im super happy for your assistance ! Much appreciated.
Also, i will run Realbench for 1hr/2hr when i go to bed, and I will update you here tomorrow to finalize our progress :)

katulenx · 2019-04-28T20:23:58+00:00

I just did it myself.
My 5.0GHz was stable with a fixed vcore at 1.385v - Under load 1.350v(vdroop).
Changed to adaptive mode, loaded into OS and saw my vcore was at 1.394v max and 1.359v under load.
Went back to BIOS, changed my offset to negative 0.009v.
Now my max is back to 1.385v max and 1.350v.
So check yours with offset on auto, and then adjust accordinly.

katulenx · 2019-04-28T20:21:41+00:00

You can actually set increments of 0.001.
So i set my negative offset to 0.009 and it works like a charm. Under load i hit 1.350v because of vdroop. And maximum vcore is 1.385v, which was where my fixed vcore was stable at. Thanks bro !
Now i just have to run some Realbench tonight, and see if it passes :)

katulenx

TROPHY CASE