Custom R9 380 BIOS for 23-24Mh/s - page 5.

Wolf0

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It was only the wind.

Quote from: Eliovp on September 19, 2016, 06:21:22 PM

Quote from: Wolf0 on September 19, 2016, 06:18:36 PM

Quote from: nerdralph on September 19, 2016, 11:40:25 AM

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

You add it in VoltageObjectInfo. Note this changes the length - this means go back and fix ALL the offsets in the main table lists, and check your padding at the end to keep the size right.

Not only those things. Also need to change the starting pointer which states how long the table is.
+ you will need to make sure the rom has the exact same size as it has before.
This doesn't mean, scroll way down and remove some FF's. No, you'll need to remove these where the UEFI part of your rom ends.

Wink

You mean where the UEFI part begins, correct?

doktor83

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Activity: 2548

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My bad, you did mention 380 nitro, but that was for eliovp's ROM.
Anyways, i copied the strap you posted in Asus and Msi cards 1750mhz strap, and now i get around 24Mhs on 900/1650Mhz with -100mV and same card temperatures (~65c).
I am still testing cards stability, but it looks promising.
Thank you for this

Just a quick question : does this huge memory overclock affect my cards life drastically ?

nerdralph

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Activity: 588

Merit: 251

Quote from: doktor83 on September 20, 2016, 01:12:27 AM

Sorry to interrupt you guys, but can i have a noobish question ?
If i copy the timing nerdralph gave from a 380 nitro ( 77 71 33 20 00 00 00 00 EF 51 6A 37 90 55 0F 12 32 17 9A 05 00 6A E4 00 22 AA 1C 08 74 02 14 20 CA 89 C0 A8 02 00 00 C0 15 10 23 28 59 28 33 15 ) to my Asus Strix 380 4GB 1750mhz strap, will it be better than copying my own timing from 1425mhz ?

That timing didn't come from a 380 nitro. Its a 1375Mhz strap from a MSI R9 380 OC BIOS that supported only Elpida.
Getting to your point, your card's 1425Mhz strap ~~will probably~~may be slower.

Wolf0

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Activity: 81

Merit: 1002

It was only the wind.

Quote from: nerdralph on September 19, 2016, 11:40:25 AM

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

You add it in VoltageObjectInfo. Note this changes the length - this means go back and fix ALL the offsets in the main table lists, and check your padding at the end to keep the size right.

nerdralph

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Activity: 588

Merit: 251

Quote from: Eliovp on September 19, 2016, 06:21:22 PM

Quote from: Wolf0 on September 19, 2016, 06:18:36 PM

Quote from: nerdralph on September 19, 2016, 11:40:25 AM

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

You add it in VoltageObjectInfo. Note this changes the length - this means go back and fix ALL the offsets in the main table lists, and check your padding at the end to keep the size right.

Not only those things. Also need to change the starting pointer which states how long the table is.
+ you will need to make sure the rom has the exact same size as it has before.
This doesn't mean, scroll way down and remove some FF's. No, you'll need to remove these where the Legacy part of your rom ends.

Wink

Ugh. Now I really miss Hawaii with it's really simple VDDCI table. :-(
If there's an easy way to completely disable VDDCI control, I might try that, and just control the NCP81022 through i2c. If I can figure out how to read the memory errors from the HWinfo source, then I could could write a small program that cranks up VDDCI until the memory errors drop below a minimal threshold...

doktor83

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Activity: 2548

Merit: 626

Sorry to interrupt you guys, but can i have a noobish question ?
If i copy the timing nerdralph gave from a 380 nitro ( 77 71 33 20 00 00 00 00 EF 51 6A 37 90 55 0F 12 32 17 9A 05 00 6A E4 00 22 AA 1C 08 74 02 14 20 CA 89 C0 A8 02 00 00 C0 15 10 23 28 59 28 33 15 ) to my Asus Strix 380 4GB 1750mhz strap, will it be better than copying my own timing from 1425mhz ?

Eliovp

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Activity: 1050

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Huh?

Quote from: Wolf0 on September 19, 2016, 06:34:45 PM

Quote from: Eliovp on September 19, 2016, 06:21:22 PM

Quote from: Wolf0 on September 19, 2016, 06:18:36 PM

Quote from: nerdralph on September 19, 2016, 11:40:25 AM

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

You add it in VoltageObjectInfo. Note this changes the length - this means go back and fix ALL the offsets in the main table lists, and check your padding at the end to keep the size right.

Not only those things. Also need to change the starting pointer which states how long the table is.
+ you will need to make sure the rom has the exact same size as it has before.
This doesn't mean, scroll way down and remove some FF's. No, you'll need to remove these where the UEFI part of your rom ends.

Wink

You mean where the UEFI part begins, correct?

Did i say that.. Nahh! I said Legacy ;-)

Haha, no, indeed it's at the end of the legacy part, or where the uefi part starts :-)

Eliovp

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Activity: 1050

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Huh?

Quote from: Wolf0 on September 19, 2016, 06:18:36 PM

Quote from: nerdralph on September 19, 2016, 11:40:25 AM

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

You add it in VoltageObjectInfo. Note this changes the length - this means go back and fix ALL the offsets in the main table lists, and check your padding at the end to keep the size right.

Not only those things. Also need to change the starting pointer which states how long the table is.
+ you will need to make sure the rom has the exact same size as it has before.
This doesn't mean, scroll way down and remove some FF's. No, you'll need to remove these where the Legacy part of your rom ends.

Wink

DPAY2016

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Congratulations. Works great.

VirosaGITS

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Quote from: nerdralph on September 19, 2016, 12:21:51 PM

Quote from: VirosaGITS on September 19, 2016, 11:54:22 AM

Quote from: nerdralph on September 19, 2016, 08:55:39 AM

Quote from: Wolf0 on September 18, 2016, 11:15:56 PM

EDIT: Btw, 02 isn't always Hynix.

Agreed. I've seen another ROM that had just a single set of straps and used type 00 for Hynix. I imagine it is just an enum in the BIOS code.
The way I figured out that it is Hynix for the Club3D BIOS I modded was by comparing the actual timing values to another BIOS that only supported Hynix.

That's what i've been doing, but there has to be sure fire way to look it up the reference somewhere in the BIOS. The order at which for example Hynix/EPI/Sam are referenced in one of my vBIOS arent in the order their straps appear either. I was told to check in the vram info table but atoms bios reader doesnt seem to have a clue.

Maybe there's a more complete tool out there? (I think i heard there was)

I don't have anything better than atom bios reader. If it helps, the JDEC mrf ID for Hynix is 0xAD80.

I can find AD 80 but seem random, part of other values, with no hint as to which mem block the 00, 01, 02 point to, if even it was actually a reference to Hynix mem. I'll figure it out... eventually. Cheesy

nerdralph

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Quote from: VirosaGITS on September 19, 2016, 11:54:22 AM

Quote from: nerdralph on September 19, 2016, 08:55:39 AM

Quote from: Wolf0 on September 18, 2016, 11:15:56 PM

EDIT: Btw, 02 isn't always Hynix.

Agreed. I've seen another ROM that had just a single set of straps and used type 00 for Hynix. I imagine it is just an enum in the BIOS code.
The way I figured out that it is Hynix for the Club3D BIOS I modded was by comparing the actual timing values to another BIOS that only supported Hynix.

That's what i've been doing, but there has to be sure fire way to look it up the reference somewhere in the BIOS. The order at which for example Hynix/EPI/Sam are referenced in one of my vBIOS arent in the order their straps appear either. I was told to check in the vram info table but atoms bios reader doesnt seem to have a clue.

Maybe there's a more complete tool out there? (I think i heard there was)

I don't have anything better than atom bios reader. If it helps, the JDEC mrf ID for Hynix is 0xAD80.

nerdralph

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Activity: 588

Merit: 251

Quote from: Eliovp on September 19, 2016, 10:48:19 AM

You're starting to surprise me..

I think i missjudged you.. Wink

You do have a history of letting your ego cloud your judgment. :-)
Remember the bitcanuck R9 380 thread in the ethereum forums? You were convinced that reducing the core clock would reduce eth hashrates, but you were wrong.
I can't find the thread any more, as I think one of the mods deleted it. I could probably find it with the wayback machine if you've "forgotten" it. :-)
Come to think of it, you're a mod on the ethereum forums, aren't you...

VirosaGITS

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Quote from: nerdralph on September 19, 2016, 08:55:39 AM

Quote from: Wolf0 on September 18, 2016, 11:15:56 PM

EDIT: Btw, 02 isn't always Hynix.

Agreed. I've seen another ROM that had just a single set of straps and used type 00 for Hynix. I imagine it is just an enum in the BIOS code.
The way I figured out that it is Hynix for the Club3D BIOS I modded was by comparing the actual timing values to another BIOS that only supported Hynix.

That's what i've been doing, but there has to be sure fire way to look it up the reference somewhere in the BIOS. The order at which for example Hynix/EPI/Sam are referenced in one of my vBIOS arent in the order their straps appear either. I was told to check in the vram info table but atoms bios reader doesnt seem to have a clue.

Maybe there's a more complete tool out there? (I think i heard there was)

adaseb

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I copied the 1500Strap from the 380 Bios that was posted here and replaced the timings from

F0 49 02 02 77 71 33 20 00 00 00 00 31 5A 7B 3A 90 53 09 12 36 29 AB 04 00 68 04 01 22 AA 1C 00 74 04 14 20 CA 89 00 A9 02 00 02 00 17 12 24 29 3B 2A 37 12

to

F0 49 02 02 77 71 33 20 00 00 00 00 CE CD 59 39 80 55 11 11 2E 15 89 08 00 48 C6 00 22 33 9D 08 6C 00 14 20 6A 89 00 A0 02 00 31 20 14 0F 26 2B 88 25 2F 15

However speed only increased by 0.1MH/s. Maybe its because my core clock is only 950Mhz since its undervolted.

nerdralph

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Quote from: Eliovp on September 19, 2016, 10:48:19 AM

Quote from: nerdralph on September 19, 2016, 10:32:29 AM

So it's just an offset to VDDC? I'd like to keep VDDCI fixed, while still having VDDC change according to the dpm state.

No it's an offset to VDDCI/AUX, they both have seperate offsets in the rom. In 90% of the cases you won't find VDDCI offset, so you can add it

8D = VDDC , 8E = VDDCI/AUX or MVDDC

So where would you add it? I only recently found ATOM BIOS reader, and still haven't figured out the dynamic voltage control for Tonga.
I know when Voltage Table2 in PowerPlayInfo has values that start with FF, that indicates dynamic voltage control. Otherwise it's just the voltage in mV for that DPM state (i.e. 84 03 = 0x384 = 900mV).
For the values that start with FF (i.e. 0xFF08), I think the 08 is an index to another table that contains values for calculating the dynamic voltage. But I haven't found where that table is in the ROM.

adaseb

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Ok thanks. For some reason the speeds are the same as before.

Eliovp

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Huh?

Quote from: adaseb on September 19, 2016, 11:00:46 AM

So I need to add that timing, won't that make the file larger? Can I do that? or do I have to remove something?

Basically add this

1C 19 02 00 77 71 33 20 00 00 00 00 EF 51 4A 2F 80 55 09 11 32 26 4A 04 00 6A E4 00 22 AA 1C 00 6C 02 14 20 CA 89 00 A8 02 00 07 C0 15 10 20 25 35 27 33 11

inbetween the 1250 and 1500 straps.

Replace them

Quote

20 4E 00 01 33 31 33 20 00 00 00 00 61 88 11 08 D0 54 07 04 0C 07 C1 00 00 21 60 00 22 AA 1C 00 02 00 14 20 8A 88 80 A1 00 00 01 20 03 02 06 07 09 08 0D 0B
40 9C 00 01 55 51 33 20 00 00 00 00 63 10 22 10 10 55 09 09 10 0E 92 01 00 21 60 00 22 AA 1C 00 2B 01 14 20 8A 88 00 A3 00 00 01 20 05 04 0C 0D 11 0F 11 0E
80 38 01 01 55 51 33 20 00 00 00 00 E7 A4 44 20 50 55 0B 0D 1A 97 34 03 00 26 A1 00 22 AA 1C 00 4B 06 14 20 9A 88 C0 A5 00 00 01 20 0A 08 17 19 21 18 1B 11
90 5F 01 01 55 51 33 20 00 00 00 00 08 29 45 24 50 55 0C 0D 1C 18 A5 03 00 27 C1 00 22 AA 1C 00 4B 07 14 20 9A 88 80 A6 00 00 01 20 0B 09 1A 1C 25 19 1D 11
A0 86 01 01 55 51 33 20 00 00 00 00 29 AD 55 27 50 55 0C 0D 1E 99 05 04 00 28 C2 00 22 AA 1C 00 4B 08 14 20 AA 88 00 A7 00 00 01 20 0C 0A 1C 1E 28 1A 1F 11
74 B7 01 01 55 51 33 20 00 00 00 00 6B B5 66 2D 60 55 0D 0E 22 9C 96 04 00 29 E3 00 22 CC 1C 00 53 0A 14 20 BA 88 00 A8 00 00 01 20 0E 0C 20 22 2E 1D 23 12
48 E8 01 01 55 51 33 20 00 00 00 00 8C 39 67 31 70 55 0E 0F 24 1E 17 05 00 4B 04 01 22 DD 1C 00 5B 0B 14 20 4A 89 C0 A8 00 00 01 20 0F 0D 23 25 32 1F 25 13
1C 19 02 01 55 51 33 20 00 00 00 00 AD 41 78 37 80 55 0E 10 28 21 98 05 00 4C 05 01 22 FF 1C 00 63 0D 14 20 5A 89 C0 A9 00 00 01 20 11 0E 27 2A 38 22 29 14
F0 49 02 01 77 71 33 20 00 00 00 00 CE C5 88 3B 80 55 10 11 2B A3 18 06 00 4E 26 01 22 11 9D 00 6C 0E 14 20 6A 89 80 AA 00 00 01 20 12 0F 2A 2D 3C 24 2C 15
20 4E 00 00 99 91 33 20 00 00 00 00 60 88 11 07 C0 54 0A 06 0F 09 91 00 00 20 41 00 22 AA 1C 00 15 00 14 20 9A 88 40 A1 00 00 07 C0 03 01 05 07 08 0A 10 0C
40 9C 00 00 99 91 33 20 00 00 00 00 60 94 12 0F D0 54 0A 07 15 8D 32 01 00 20 41 00 22 AA 1C 00 1D 03 14 20 9A 88 80 A2 00 00 07 C0 06 01 0A 0F 10 0E 16 0C
80 38 01 00 77 71 33 20 00 00 00 00 A5 AC 35 1F 30 55 09 0C 20 98 75 02 00 44 82 00 22 AA 1C 00 44 09 14 20 2A 89 00 A5 00 00 07 C0 0C 06 14 1A 20 19 21 0F
90 5F 01 00 77 71 33 20 00 00 00 00 E7 B4 36 23 40 55 09 0D 24 9B C6 02 00 44 A2 00 22 AA 1C 00 4C 0B 14 20 2A 89 80 A5 00 00 07 C0 0E 08 16 1C 24 1C 25 0F
A0 86 01 00 77 71 33 20 00 00 00 00 29 39 57 26 50 55 09 0E 26 1D 17 03 00 68 C2 00 22 AA 1C 00 54 0C 14 20 AA 89 00 A6 00 00 07 C0 0F 0A 18 1D 27 1E 27 10
48 E8 01 00 77 71 33 20 00 00 00 00 AD 49 49 2F 70 55 09 10 2D 23 E9 03 00 68 C3 00 22 AA 1C 00 64 0F 14 20 BA 89 80 A7 00 00 07 C0 13 0E 1E 23 31 24 2E 11
F0 49 02 00 77 71 33 20 00 00 00 00 31 5A 4B 2F 90 55 09 12 36 29 AB 04 00 6A E4 00 22 AA 1C 00 74 04 14 20 CA 89 00 A9 02 00 07 C0 17 12 24 29 3B 2A 37 12
C4 7A 02 00 77 71 33 20 00 00 00 00 73 62 5C 32 B0 55 09 14 3A 2D 1C 05 00 69 26 01 22 AA 1C 00 04 06 14 20 EA 89 80 A9 03 00 07 C0 19 14 26 2B 3F 2E 3B 13
98 AB 02 00 77 71 33 20 00 00 00 00 B5 6A 5D 34 C0 55 09 15 3E 30 7D 05 00 6A 27 01 22 AA 1C 00 0C 08 14 20 FA 89 40 AA 03 00 07 C0 1B 16 29 2E 44 31 3F 13

I did it for you, made them tighter as well.

adaseb

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So I need to add that timing, won't that make the file larger? Can I do that? or do I have to remove something?

Basically add this

1C 19 02 00 77 71 33 20 00 00 00 00 EF 51 4A 2F 80 55 09 11 32 26 4A 04 00 6A E4 00 22 AA 1C 00 6C 02 14 20 CA 89 00 A8 02 00 07 C0 15 10 20 25 35 27 33 11

inbetween the 1250 and 1500 straps.

Eliovp

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Huh?

Elpida

adaseb

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Quote from: Eliovp on September 19, 2016, 10:04:32 AM

Quote from: adaseb on September 19, 2016, 09:55:17 AM

The 380 Elpida timings that you posted? Any chance they would work on the 7950/7970 with Elpida memory?

Here are my stock timings

Quote

20 4E 00 01 33 31 33 20 00 00 00 00 61 88 11 08 D0 54 07 04 0C 07 C1 00 00 21 60 00 22 AA 1C 00 02 00 14 20 8A 88 80 A1 00 00 01 20 03 02 06 07 09 08 0D 0B
40 9C 00 01 55 51 33 20 00 00 00 00 63 10 22 10 10 55 09 09 10 0E 92 01 00 21 60 00 22 AA 1C 00 2B 01 14 20 8A 88 00 A3 00 00 01 20 05 04 0C 0D 11 0F 11 0E
80 38 01 01 55 51 33 20 00 00 00 00 E7 A4 44 20 50 55 0B 0D 1A 97 34 03 00 26 A1 00 22 AA 1C 00 4B 06 14 20 9A 88 C0 A5 00 00 01 20 0A 08 17 19 21 18 1B 11
90 5F 01 01 55 51 33 20 00 00 00 00 08 29 45 24 50 55 0C 0D 1C 18 A5 03 00 27 C1 00 22 AA 1C 00 4B 07 14 20 9A 88 80 A6 00 00 01 20 0B 09 1A 1C 25 19 1D 11
A0 86 01 01 55 51 33 20 00 00 00 00 29 AD 55 27 50 55 0C 0D 1E 99 05 04 00 28 C2 00 22 AA 1C 00 4B 08 14 20 AA 88 00 A7 00 00 01 20 0C 0A 1C 1E 28 1A 1F 11
74 B7 01 01 55 51 33 20 00 00 00 00 6B B5 66 2D 60 55 0D 0E 22 9C 96 04 00 29 E3 00 22 CC 1C 00 53 0A 14 20 BA 88 00 A8 00 00 01 20 0E 0C 20 22 2E 1D 23 12
48 E8 01 01 55 51 33 20 00 00 00 00 8C 39 67 31 70 55 0E 0F 24 1E 17 05 00 4B 04 01 22 DD 1C 00 5B 0B 14 20 4A 89 C0 A8 00 00 01 20 0F 0D 23 25 32 1F 25 13
1C 19 02 01 55 51 33 20 00 00 00 00 AD 41 78 37 80 55 0E 10 28 21 98 05 00 4C 05 01 22 FF 1C 00 63 0D 14 20 5A 89 C0 A9 00 00 01 20 11 0E 27 2A 38 22 29 14
F0 49 02 01 77 71 33 20 00 00 00 00 CE C5 88 3B 80 55 10 11 2B A3 18 06 00 4E 26 01 22 11 9D 00 6C 0E 14 20 6A 89 80 AA 00 00 01 20 12 0F 2A 2D 3C 24 2C 15
20 4E 00 02 99 91 33 20 00 00 00 00 60 88 11 07 C0 52 0A 06 0F 09 91 00 00 20 41 00 22 AA 1C 00 15 00 14 20 9A 88 40 A1 00 00 00 00 03 01 05 07 08 0A 10 0C
40 9C 00 02 99 91 33 20 00 00 00 00 60 94 12 0F D0 52 0A 07 15 8D 32 01 00 20 41 00 22 AA 1C 00 1D 03 14 20 9A 88 80 A2 00 00 00 00 06 01 0A 0F 10 0E 16 0C
80 38 01 02 77 71 33 20 00 00 00 00 A5 AC 35 1F 30 53 09 0C 20 98 75 02 00 44 82 00 22 AA 1C 00 44 09 14 20 2A 89 00 A5 00 00 00 00 0C 06 14 1A 20 19 21 0F
90 5F 01 02 77 71 33 20 00 00 00 00 E7 B4 36 23 40 53 09 0D 24 9B C6 02 00 44 A2 00 22 AA 1C 00 4C 0B 14 20 2A 89 80 A5 00 00 00 00 0E 08 16 1C 24 1C 25 0F
A0 86 01 02 77 71 33 20 00 00 00 00 29 39 77 26 50 53 09 0E 26 1D 17 03 00 64 A2 00 22 AA 1C 00 54 0C 14 20 AA 89 00 A6 00 00 00 00 0F 0A 18 1D 27 1E 27 10
48 E8 01 02 77 71 33 20 00 00 00 00 AD 49 79 30 70 53 09 10 2D 23 E9 03 00 66 E3 00 22 AA 1C 00 64 0F 14 20 BA 89 80 A7 00 00 00 00 13 0E 1E 23 31 24 2E 11
F0 49 02 02 77 71 33 20 00 00 00 00 31 5A 7B 3A 90 53 09 12 36 29 AB 04 00 68 04 01 22 AA 1C 00 74 04 14 20 CA 89 00 A9 02 00 02 00 17 12 24 29 3B 2A 37 12
C4 7A 02 02 77 71 33 20 00 00 00 00 73 62 7C 3E B0 53 09 14 3A 2D 1C 05 00 69 26 01 22 AA 1C 00 04 06 14 20 EA 89 80 A9 03 00 03 00 19 14 26 2B 3F 2E 3B 13
98 AB 02 02 77 71 33 20 00 00 00 00 B5 6A 7D 43 C0 53 09 15 3E 30 7D 05 00 6A 27 01 22 AA 1C 00 0C 08 14 20 FA 89 40 AA 03 00 03 00 1B 16 29 2E 44 31 3F 13

This is what you want Wink

Quote

20 4E 00 00 99 91 33 20 00 00 00 00 60 88 11 07 C0 54 0A 06 0F 09 91 00 00 20 41 00 22 AA 1C 00 15 00 14 20 9A 88 40 A1 00 00 07 C0 03 01 05 07 08 0A 10 0C
40 9C 00 00 99 91 33 20 00 00 00 00 60 94 12 0F D0 54 0A 07 15 8D 32 01 00 20 41 00 22 AA 1C 00 1D 03 14 20 9A 88 80 A2 00 00 07 C0 06 01 0A 0F 10 0E 16 0C
80 38 01 00 77 71 33 20 00 00 00 00 A5 AC 35 1F 30 55 09 0C 20 98 75 02 00 44 82 00 22 AA 1C 00 44 09 14 20 2A 89 00 A5 00 00 07 C0 0C 06 14 1A 20 19 21 0F
90 5F 01 00 77 71 33 20 00 00 00 00 E7 B4 36 23 40 55 09 0D 24 9B C6 02 00 44 A2 00 22 AA 1C 00 4C 0B 14 20 2A 89 80 A5 00 00 07 C0 0E 08 16 1C 24 1C 25 0F
A0 86 01 00 77 71 33 20 00 00 00 00 29 39 57 26 50 55 09 0E 26 1D 17 03 00 68 C2 00 22 AA 1C 00 54 0C 14 20 AA 89 00 A6 00 00 07 C0 0F 0A 18 1D 27 1E 27 10
48 E8 01 00 77 71 33 20 00 00 00 00 AD 49 49 2F 70 55 09 10 2D 23 E9 03 00 68 C3 00 22 AA 1C 00 64 0F 14 20 BA 89 80 A7 00 00 07 C0 13 0E 1E 23 31 24 2E 11
1C 19 02 00 77 71 33 20 00 00 00 00 EF 51 4A 2F 80 55 09 11 32 26 4A 04 00 6A E4 00 22 AA 1C 00 6C 02 14 20 CA 89 00 A8 02 00 07 C0 15 10 20 25 35 27 33 11
F0 49 02 00 77 71 33 20 00 00 00 00 31 5A 4B 2F 90 55 09 12 36 29 AB 04 00 6A E4 00 22 AA 1C 00 74 04 14 20 CA 89 00 A9 02 00 07 C0 17 12 24 29 3B 2A 37 12
C4 7A 02 00 77 71 33 20 00 00 00 00 73 62 5C 32 B0 55 09 14 3A 2D 1C 05 00 69 26 01 22 AA 1C 00 04 06 14 20 EA 89 80 A9 03 00 07 C0 19 14 26 2B 3F 2E 3B 13
98 AB 02 00 77 71 33 20 00 00 00 00 B5 6A 5D 34 C0 55 09 15 3E 30 7D 05 00 6A 27 01 22 AA 1C 00 0C 08 14 20 FA 89 40 AA 03 00 07 C0 1B 16 29 2E 44 31 3F 13

So the timings you gave me are for which memory? Hynix or Elpida?

Topic: Custom R9 380 BIOS for 23-24Mh/s - page 5. (Read 21838 times)