nice... hmm dont know whether can achieve that...

1.45v gave me an error between 100-200%.
Need to tweak a bit.

Can I know this wc test bench links to what size of radiator? It looks pretty basic and neat.

Case: Dimastech EasyDual V2.5: https://forum.lowyat.net/index.php?showtopic=2301151
Radiator: 2x XSPC RX360 V2 (EOL)
Custom WC: EK-Supremacy EVO RGB + EK D5 Vario + EK-RES X2 250 + 2x RX360 + 12x GT AP15

No need 1.50v, actually 1.475v is enough.



4x8GB DDR4-4400 CL19-19-19-39-2T @ 1.475v:


QVL of MXF:

Hi. Wanna ask, the red circle on this thing is mosfet?
I jus notice this mobo dont have heatsink on here lol..
Wonder if installing 3rd party heatsink is ok? Like those small vrm heatsink

And if install, if needed to RMA, can simply remove the heatsink? Assuming applied with included thermal pads

Thanks

This post has been edited by xFreedomBoix: Sep 22 2018, 03:07 PM


Attached thumbnail(s)

Yes, those are another set of MOSFETs/VRM. Not being cooled by any heatsink probably because they are a little weak (low-end mobo) and won't generate too much heat.

Moreover, usually board manufacturer would expect users of such entry-level would only use air cooler hence the cool air coming from the cooling fans on top of VRM area.

However, if you feel that this area is toasty then you may consider putting a 3rd party heatsink over there. You can remove the heatsink before sending for RMA.

hello, thanks for replying

wanna ask, will the included thermal pads be too adhesive? haha i don't wanna damage the mosfets when removing the heatsinks.

should've went for more expensive mobo, but guess ill make do with what i have

on a side note, is TMPIN3 temps related to these mosfets? tq

Thermal pads are easily removable, won't stick to the MOSFETs.

I don't think TMPIN3 represents the MOSFETs temp. Usually named as VRM temp in monitoring software such as HWiNFO64. But take note that not all mobo provides VRM temp monitoring, only those higher end boards do. Yours is low end, so...

ok noted

so i'll just grab something like this right?
https://www.amazon.com/Gadgeter-Aluminum-Ra...ds=vrm+heatsink

Yes, that's right.

Thanks man. Finally got some time to try this setting.

Set in bios 1.28V
LLC level 6

Still running Prime95. Lets see what will happen


[attachmentid=10035233]

Well done, good chip you got there!

So i stopped my stress test after 4 hours without any error. I guess that's enough? or need more.

[attachmentid=10035357]

For AVX offset, do I really need to set it? I read your post previously it is being used in games such as bf but I dont play that game hehehe. I tried running prime95 with avx offset 3, so it runs @ 4.7GHz the whole time?

For me, 4 hours priming without any error already can confirm that your OC is stable for 24/7.

Since your 5.0GHz already stable with AVX offset 0 and still within your cooling limit, I don't see why you need to play with AVX offset at 5.0GHz.

Or maybe you can try playing with 5.1GHz AVX offset -1 at the current vCore @ 1.296v.

This post has been edited by owikh84: Sep 24 2018, 10:39 AM

Z390 dah keluar any specialty?

Z390 is just like the Z370 but now comes with native support for up 6x USB 3.1 Gen2 (10Gbps) ports and CNVi (Integrated Wifi-AC) support.

Source: https://www.techspot.com/news/76816-intel-l...h-gen-core.html

Key features of 9th Core CPUs:

- First performance Intel Core i9 desktop S-series processor Up to 8 cores
- Intel Z390 chipset compatible
- Solder Thermal Interface Material (STIM)
- Integrated USB 3.1 gen 2 and Integrated Intel Wireless-AC
- Up to 16 threads, 5.0 GHz, 16 MB cache, and 40 platform PCIe lanes (16 CPU + 24 PCH)
- Compatible with all Intel 300 series chipsets
- Intel Optane memory and Intel Optane SSD support
- Thunderbolt 3 support

Their ITX board designs are so much nicer, particularly the GIGABYTE Z390 I Aorus Pro WIFI or MSI MPG Z390I Gaming Edge AC.

Thermal cooling will be better than the traditional thermal paste application?

This post has been edited by wongtheboy92: Oct 10 2018, 04:37 PM

Of course, solder is basically metal (indium?), which conducts heat better than any thermal paste.
CPU temps will definitely be excellent after this, without needing to delid the CPU.

this time Gigabyte Z390 aorus master vrm heatsink is so much better than z370 series..seriously so much better, direct heat pipe contact with good quality 1.5mm thermal pad between vrm and heatsink...
damn... 3 months back just bought gigabyte Z370 aorus gaming 7...haiz

This post has been edited by djandrew: Oct 11 2018, 09:59 PM