Question GIGABYTE 5700 XT Bios mod fails

[AlleyCat]

Hi,
I am failing to update Gigabyte 5700 XT. The same procedure updates the BIOS on MSI cards with no problem. I follow the instructions on Igors Lab.

The sign of having trouble with the card bios flash shows in GPU-Z. After flash using amdvbflash the values of GPU and memory frequencies is empty. With stock bios there are Mhz frequencies.

Is there any known problems with flashing Gigabyte cards?
Any suggestions on what other forums I may ask for assistance?
Is it possible that the OEM bios is signed, and any modified bios will be rejected?
If the bios is signed, any tools to resign, or would I need to buy a card from a different vendor?

Thanks,

Alley Cat

 

[Mini_Me]

[ATTACH = full] 9087 [/ ATTACH]

Please use the setting below,est

Core clock, VDD: Memory clock, VDDCI, MVDD

Micron:
- 1415 MHz, 790 or 800 mV: 935 (1870/2) MHz, 870 mV, 1350 mV,

Samsung:
- 1390 MHz, 780 or 790 mV: 910 (1820/2) MHz, 850 mV, 1350 mV.

 

[Costis]

All 5700 with xt bios with apple straps
If i use original bios with apple straps I get 2x 55 and 54, very stable below 420W at the wall

it seems that both "give cow's milk" to be content with what we have!

 

[dapovoa]

Please use the setting below,

Core clock, VDD : Memory clock, VDDCI, MVDD

Micron:
- 1415 MHz, 790 or 800 mV : 935 (1870/2) MHz, 870 mV, 1350 mV,

Samsung:
- 1390 MHz, 780 or 790 mV : 910 (1820/2) MHz, 850 mV, 1350 mV.

let me try this out then. thanks!

 

[Costis]

Please use the setting below,

Core clock, VDD : Memory clock, VDDCI, MVDD

Micron:
- 1415 MHz, 790 or 800 mV : 935 (1870/2) MHz, 870 mV, 1350 mV,

Samsung:
- 1390 MHz, 780 or 790 mV : 910 (1820/2) MHz, 850 mV, 1350 mV.

increasing the VDDCI voltages to over 810 >>> 860. for me it leads to the increase of the temperature on the mem ..84 ">>> 91"

 

[dapovoa]

it seems that both "give cow's milk" to be content with what we have!

I don't know what you meant with cow milk , but if this is what i can pull from them. Well, that's it! Although i can undervolt very well with original bios and do 54mh on all of them.

Very stable and lower voltage under 400W at the wall
C1325/CV765/MCV750/MC890/MV1300

 

[Mini_Me]

increasing the VDDCI voltages to over 810 >>> 860. for me it leads to the increase of the temperature on the mem. 84 ">>> 91"

It depends on the card heatsink and the fan setting as well as the ventilation and ambient temperature.

Also that is why, the memory clock at 900 MHz and core clock at 1380 MHz is the best setting for balanced ratio,

Core clock, VDD: Memory clock, VDDCI, MVDD
1380 MHz, 770 or 780 mV: 900 (1800/2) MHz, 850 mV, 1350 mV.

 

[Costis]

I don't know what you meant with cow milk , but if this is what i can pull from them. Well, that's it! Although i can undervolt very well with original bios and do 54mh on all of them.

Very stable and lower voltage under 400W at the wall
C1325/CV765/MCV750/MC890/MV1300

it all depends on us

 

[Costis]

It depends on the card heatsink and the fan setting as well as the ventilation and ambient temperature.

I tested this on the ASUS STRIX RX 5700XT video card, It fits very well on coolers and fans! I say it's ok!

 

[Costis]

I tested this on the ASUS STRIX RX 5700XT video card, It fits very well on coolers and fans! I say it's ok!

For me, it works better with lower voltages around 800 mv, lower temperatures and consumption! I don't know if it's normal, but the reality is!

 

[Mini_Me]

For me, it works better with lower voltages around 800 mv, lower temperatures and consumption! I don't know if it's normal, but the reality is!

Most important thing is stability, if the rig works 24/7 operation better than restarting occasionally.

 

[Costis]

Most important thing is stability, if the rig works 24/7 operation better than restarting occasionally.

The most important thing is the stability, if the installation works 24/7..perfectly agreed..now it remains to test my platform for 24 hours..today I finished it. Before that I had platforms with rx 480 and 580 that worked for 4 years, very stable, no burned video cards, destroyed fans!

 

[dapovoa]

Use uma configuração abaixo, est

Relógio de núcleo, VDD: relógio de memória, VDDCI, MVDD

Micron:
- 1415 MHz, 790 ou 800 mV: 935 (1870/2) MHz, 870 mV, 1350 mV,

Samsung:
- 1390 MHz, 780 ou 790 mV: 910 (1820/2) MHz, 850 mV, 1350 mV.

I can't get pass 915 on the memory micron. Plus, I'm already using 910 on one of them.
I think I have achieved all the performance that I can pull out independently

 

[dapovoa]

I forgot to point this out. I'm using trm, but when using phoenix speed increase up to 57. Very stable with trm, less wattage too!

 

[Costis]

It depends on the card heatsink and the fan setting as well as the ventilation and ambient temperature.

Also that is why, the memory clock at 900 MHz and core clock at 1380 MHz is the best setting for balanced ratio,

Core clock, VDD: Memory clock, VDDCI, MVDD
1380 MHz, 770 or 780 mV: 900 (1800/2) MHz, 850 mV, 1350 mV.

perfectly true and tested settings! I don't understand on my platform with vddci sitting at 800 >>> 870, I'm not doing well ?!

 

[Costis]

Has anyone noticed that we have new OC settings in the bone hive?
SoC Frequency, Mhz
SoC VDDmax, mV
I saw them now!

 

[Mini_Me]

I can't get pass 915 on the memory micron. Plus, I'm already using 910 on one of them.
I think I have achieved all the performance that I can pull out independently

I believe the HiveOS falsely reading the memory type, I believe the Micron here is Samsung.

 

[Costis]

I don't understand why the "CORE" setting
between 1000..1350 .for rx 5600 xt cards, it only influences to a small extent the energy consumption. Doesn't it really affect hashrate at all?

 

[Mini_Me]

Has anyone noticed that we have new OC settings in the bone hive?
SoC Frequency, Mhz
SoC VDDmax, mV
I saw them now!

SoC VDD max is already set in yhe vbios and not needed however the SoC frequency can be capped (limited) as mentioned in the guide at page 32.

 

[Costis]

SoC VDD max is already set in yhe vbios and not needed however the SoC frequency can be capped (limited) as mentioned in the guide at page 32.

The SoC frequency can be limited (limited), as mentioned in the guide on page 32. Suppose the TRM miner shows the value 1266, if we then set it manually to 1093 or 950 can good or bad things happen with hashrate or consumption?

 

[Mini_Me]

The SoC frequency can be limited (limited), as mentioned in the guide on page 32. Suppose the TRM miner shows the value 1266, if we then set it manually to 1093 or 950 can good or bad things happen with hashrate or consumption?

If memory clock at 912 MHz or lower then soc clock can be capped at 953 MHz to save approximately 2 Watt of power per card,

If memory clock above 912 MHz then soc clock can be capped at 1093 MHz.