Nice! So all is unlocked now and visible to you? If yes, thanks for confirmation and thanks again to @zr1971jp

Zitat von Lost_N_BIOS im Beitrag #31

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Nice! So all is unlocked now and visible to you? If yes, thanks for confirmation and thanks again to @zr1971jp

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I can't see your BIOS, you'll have to show me what all memory options you have visible. Can you see the memory multiplier option?
Are you certain your memory has XMP Profiles? "They are blank" sounds like no XMP profiles. XMP may not be ideal, especially with everything else on auto, that may be why it's not booting, or your CPU cannot handle the XMP speed and timings, with stock voltage, hard to guess
What is your memory model? Is it 2x4GB or 2x8GB etc? Please show me image of CPU-z SPD tab, and one image of HWINFO64 main little window that looks similar to CPU-z, this way we can see what XMP profiles are there, if any

To get 2666 manually, you have to set one of the following (either way can work, but it's possible only one way will work)
Memory Profile = Custom (For both below)
Memory Reference Clock >> Set 100 >> Set Memory Multiplier >> 26 = 2600
Memory Reference Clock >> Set 133 >> Set Memory Multiplier >> 20 = 2660

For both, set your memory standard voltage, and main timings + nMode = 1 (2 at first if you want, this is command rate 1T/2T)

https://imgur.com/a/PKa3UKI

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Zitat von Lost_N_BIOS im Beitrag #33

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I can't see your BIOS, you'll have to show me what all memory options you have visible. Can you see the memory multiplier option?
Are you certain your memory has XMP Profiles? "They are blank" sounds like no XMP profiles. XMP may not be ideal, especially with everything else on auto, that may be why it's not booting, or your CPU cannot handle the XMP speed and timings, with stock voltage, hard to guess
What is your memory model? Is it 2x4GB or 2x8GB etc? Please show me image of CPU-z SPD tab, and one image of HWINFO64 main little window that looks similar to CPU-z, this way we can see what XMP profiles are there, if any

To get 2666 manually, you have to set one of the following (either way can work, but it's possible only one way will work)
Memory Profile = Custom (For both below)
Memory Reference Clock >> Set 100 >> Set Memory Multiplier >> 26 = 2600
Memory Reference Clock >> Set 133 >> Set Memory Multiplier >> 20 = 2660

For both, set your memory standard voltage, and main timings + nMode = 1 (2 at first if you want, this is command rate 1T/2T)

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@Brask - WOW, please edit your posts if you need to add more info and no one has replied yet, thanks! Look at all those posts I had to merge

CPU-z images are not helpful, and only show JEDEC profiles, please send CPU-z dump.txt or look in HWINFO64 at each module directly at Motherboard >> Memory >> Choose memory stick, then scroll down, there you will find if they have XMP or not.
Mixing memory is never suggested or ideal, and often will not work together smoothly, especially at high speeds, and even more-so at stock speed when memory are not even same size or type (different IC's probably used for these, especially since two different brands, speeds, timings, and size) = terrible mix-match here

From your second linked image gallery, unsure what that is from, maybe some strange area in HWINFO64 that I've not seen/used before But, anyway, it looks like neither have XMP if that is some HWINFO window, it shows XMP if present in the "Ext" column

This is all 1.20V memory, I would not use 1.35 as it may damage them. Setting memory timings, you can use what you see in the JEDEC tables.

I don't know what would be optimal settings for the memory timings, or speed, I personally would not use those sticks together as it will never be stable, except maybe under stock speed (ie 2400 or so, there you may get lucky)

If you can run 3000Mhz and be stable, then no problem to use that, there is no limitation. Benefit can only be measured via benchmarks and stability tests, find what you can use best timings and lowest voltages that are stable at 3000 then benchmark best timings/voltages you can find that are stable at 2400/2666
Stable means passing benchmarks and memory stability tests, not "can it run windows for a day or more OK"

Memtest86+ 12 hours or longer is good way to test, but I would also do multiple instances of HCI memtest with free memory divided between as many instances of this test per how many CPU cores you have (including HT, so if 4C/8T then use 8x instances with free memory divided beteeen then - minus a little to spare)

I am happy running at 2666MHz 14-16-16-32-420

What do you think about it? Thank you @Lost_N_BIOS

I like the tRFC value

@Lost_N_BIOS is there any way to increse voltage or TDP of the RTX 2070 MaxQ and convert it to MaxP?

Increase voltages or TDP may be possible, send me a dump of the vBIOS using GPU-z

Attached dump , thank you and sorry for my late response.

Zitat von Lost_N_BIOS im Beitrag #39

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Increase voltages or TDP may be possible, send me a dump of the vBIOS using GPU-z

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Zitat von Lost_N_BIOS im Beitrag #39

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Increase voltages or TDP may be possible, send me a dump of the vBIOS using GPU-z

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@Brask - Sorry for late reply, always buried over here!! Flash programmer or not, I am not sure, you will need to google your GFX card model (or Turing) and vBIOS and see if mod BIOS flash is possible
What did you dump that with, it's not proper sized vBIOS? Although, I see this often with Nvida, something must not let GPU-z dump all the chip usually?

This works on your vBIOS, and TDP, thermal controls etc all populate properly - http://forum.notebookreview.com/threads/...-thread.806161/
https://github.com/LaneLyng/MobilePascalTDPTweaker/releases

You may or may not need programmer, due to this, but I would get one and make a full backup first, before doing anything. Also, make a backup with this, and see if it's standard/proper size (1024kb)
https://www.techpowerup.com/248064/new-n...-turing-support

Zitat von zr1971jp im Beitrag #19

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modified BIOS

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Thanks Lost_N_BIOS and zr1971jp! Followed the H20UVE steps and was able to reveal hidden options on my Clevo P960RF InsydeH20 bios. :)

Update: - so, i can change various settings like ac/dc loadline, imon etc. but it seems i can't change memory settings when i enable custom profile, something coded wrong in memory custom profile perhaps? On reboot pc screen stays blank, and then it reboots but self-reverts to default bios settings. Re-entering bios OC settings it shows it did not take my changes to uncore voltage and memory multiplier (tried 11 instead of 10). I also can't set ME FW re-flash to enabled (it keeps toggling back to disabled on boot).

attaching original bios, modded bios (just has show all options set), fd and 2 pics. The first is of my uncore page where the offset units are shown as negative numbers whilst there's a separate property for prefix (+/-) and the 2nd pic is when i re-enter OC menu for memory, it shows: question value mismatch with option value, memory voltage mismatch value is 0.

any ideas?

edit2: i have my a recent bios flash package from my manufacturer. i see they have some ME flash scripts included, but this specific package only updates bios not ME. Wondering if theres anything in there that could be modified to also change the ME? https://www.mediafire.com/file/87rrya5bo...update.zip/file . Meanwhile i've ordered an spi programmer as it may come in handy if i mess something up whilst poking around.