Claymore's Dual Ethereum AMD+NVIDIA GPU Miner v15.0 (Windows/Linux)

[Raja_MBZ]

Has some around used Halnziye thermal paste for their GPU's? How good is it?

[SummersideGuy]

These days, does mining ethereum need >2GB vram or just 2GB Vram?

greater then 2GB

[Vann]

The latest version of Polaris Bios Editor v1.6 from jaschaknack makes it simple to apply the right performance timings for your card. With the 'One click timing patch' option it will apply the bundled performance strap to the correct timings. I tried it with several brands of RX 570/580with Hynix, Elpidia and Samsung memory and they all now get 29 M/s+ stable. Much better than randomly copying timings from the diffrent straps. Some cards like the Sapphire Nitro+ have two diffrent sets of straps from diffrent brands of memory and PBE will corretly detect and apply the right strap to the right timing. Great update!

https://github.com/jaschaknack/PolarisBiosEditor

[SummersideGuy]

The latest version of Polaris Bios Editor v1.6 from jaschaknack makes it simple to apply the right performance timings for your card. With the 'One click timing patch' option it will apply the bundled performance strap to the correct timings. I tried it with several brands of RX 570/580with Hynix, Elpidia and Samsung memory and they all now get 29 M/s+ stable. Much better than randomly copying timings from the diffrent straps. Some cards like the Sapphire Nitro+ have two diffrent sets of straps from diffrent brands of memory and PBE will corretly detect and apply the right strap to the right timing. Great update!

https://github.com/jaschaknack/PolarisBiosEditor

Going to try this out now

[Vann]

The latest version of Polaris Bios Editor v1.6 from jaschaknack makes it simple to apply the right performance timings for your card. With the 'One click timing patch' option it will apply the bundled performance strap to the correct timings. I tried it with several brands of RX 570/580with Hynix, Elpidia and Samsung memory and they all now get 29 M/s+ stable. Much better than randomly copying timings from the diffrent straps. Some cards like the Sapphire Nitro+ have two diffrent sets of straps from diffrent brands of memory and PBE will corretly detect and apply the right strap to the right timing. Great update!

https://github.com/jaschaknack/PolarisBiosEditor

Going to try this out now

Remember to save the Bios after it's patched

[yonton]

I get error 43 after flashing straps with atiwinflash. Is it true that I need pixel patcher to solve the bios signature check?

[YIz]

I'll update after I get my new shiny Vega. Hopefully, it improves the hashrate a bit.

[mengy]

anyone having issues with Eth Mining + Sia (using rx vega)

v9.8 works perfect, get around 36 Mhs and 900 Mh/s Sia.

v10 works with ETH however SIA reports all shares rejected ?

I'm using the same command line for both versions.

EthDcrMiner64.exe -epool us2.ethermine.org:4444 -ewal xxxx  -epsw x  -dpool stratum+tcp://asia.siamining.com:7777 -dwal yyyyyy -dcoin sia

tried searching for others with same, but can't find any hits.

Any ideas would be great ? currently rolled back to 9.8 as it mines flawlessly.

[yonton]

Ok so I did the my first successful 1500 strapping on my two rx 470 4g. One is at 23 mh/s and the other 22. Up from around 19.5. Is that good? What can I do next for more performance!

[Vann]

I get error 43 after flashing straps with atiwinflash. Is it true that I need pixel patcher to solve the bios signature check?

For most cards yes. Some RX 580's I have don't need the pixel patcher.

[Vann]

Ok so I did the my first successful 1500 strapping on my two rx 470 4g. One is at 23 mh/s and the other 22. Up from around 19.5. Is that good? What can I do next for more performance!

1150 MHz core clock, 2000 - 2100 MHz memory clock should get you to ~29 MH/s stable with a good timing strap bios mod. Also run HWinfo 'sensors only' to check for memory errors and reduce the memory clock by 25-50 MHz until there are no errors.

[TechPark]

Is there an other possibity for fixing the DAG epoch issues for Ethereum mining than the aug 23 blockchain driver?
I ask this because in my side, i have not found any way to run the blockchain driver with stability on my rig 8 gpu's under Windows 10, therefore i see the drop hashrate and i can do nothing to solve this issue at this day.

Thanks in advance for help.

Aug 11 driver
Your problems are elsewhere with the rig.
If you want to have a stable system you have to back to basics, find a good instruction online and do changes step by step carefully.
I have 3 rigs with W10 and they all work fine with Aug 11 driver.

[TechPark]

I dont understand the bios modding. What am I to be changing on my Polaris cards I am only get roughly 20mh/s out of them on ETH.

When i load the bios following instructions, they say change timing, the timings are all kinds of crazy hex numbers.

I also get an error about my bois being too small

You cannot use GPU-Z to save the BIOS as it only saves half of modern bioses. You must use ati flash to save the bios. You are copying the memory straps from either 1500 (hynix, micron and elpida) or 1750 (samsung) and pasting it to all memory straps higher than it, such as 1650, 1700, etc up to 2000 or higher. This makes the memory run with tighter memory settings so hashes more. But it can also make the card unstable and/or crash.

How do I tell memory brand... also I am using ATI flash to pull them. They appear to already read as 2000 as thier default memory speed?

It is obvious that you do not know what to do.
Just google and find a good step by step instruction and follow.
That is it. You are not the first one nor the last one.

[TechPark]

Can't undervolt/overclock with AMD Blockchain driver even with v10.0 I know we can do that with Wattman, but I don't want. And with Afterburner we can't undervolt memory and it's limited.
Is it planned in next update ? Thanks

You problem is elsewhere. I an undervolt/overclock with AMD Blockchain driver even with v10.0

[TechPark]

I dont understand the bios modding. What am I to be changing on my Polaris cards I am only get roughly 20mh/s out of them on ETH.

When i load the bios following instructions, they say change timing, the timings are all kinds of crazy hex numbers.

I also get an error about my bois being too small

You cannot use GPU-Z to save the BIOS as it only saves half of modern bioses. You must use ati flash to save the bios. You are copying the memory straps from either 1500 (hynix, micron and elpida) or 1750 (samsung) and pasting it to all memory straps higher than it, such as 1650, 1700, etc up to 2000 or higher. This makes the memory run with tighter memory settings so hashes more. But it can also make the card unstable and/or crash.

How do I tell memory brand... also I am using ATI flash to pull them. They appear to already read as 2000 as thier default memory speed?

When you start GPU-Z, it reports the memory brand. Also use the following article for BIOS flashing as it tells you the correct Polaris BIOS editor version to use in order to get rid of the craxy hex numbers you're seeing:
http://1stminingrig.com/sapphire-nitro-rx-470-8gb-oc-bios-flash-mod-tutorial-hynix-samsung/

Okay all m y cards are hynix so I can OC them a bit? My screen for timing looks nothing like his.

You are using outdated version of PBE. Find a good step by step instruction with the links to the 1.4.1 version

[Vann]

I dont understand the bios modding. What am I to be changing on my Polaris cards I am only get roughly 20mh/s out of them on ETH.

When i load the bios following instructions, they say change timing, the timings are all kinds of crazy hex numbers.

I also get an error about my bois being too small

You cannot use GPU-Z to save the BIOS as it only saves half of modern bioses. You must use ati flash to save the bios. You are copying the memory straps from either 1500 (hynix, micron and elpida) or 1750 (samsung) and pasting it to all memory straps higher than it, such as 1650, 1700, etc up to 2000 or higher. This makes the memory run with tighter memory settings so hashes more. But it can also make the card unstable and/or crash.

How do I tell memory brand... also I am using ATI flash to pull them. They appear to already read as 2000 as thier default memory speed?

When you start GPU-Z, it reports the memory brand. Also use the following article for BIOS flashing as it tells you the correct Polaris BIOS editor version to use in order to get rid of the craxy hex numbers you're seeing:
http://1stminingrig.com/sapphire-nitro-rx-470-8gb-oc-bios-flash-mod-tutorial-hynix-samsung/

Okay all m y cards are hynix so I can OC them a bit? My screen for timing looks nothing like his.

You are using outdated version of PBE. Find a good step by step instruction with the links to the 1.4.1 version

The most current version of PBE is v1.6. It now includes 'one click' bundled performance timings. Very easy to use. Just save your original Bios using Atiwinflash and open it in PBE. The 'one click' option automatically applies the bundled performance timings and then save the Bios and flash it using Atiwinflash.

https://bitcointalk.org/index.php?topic=1433925.msg21518785#msg21518785

[deadsix]

I dont understand the bios modding. What am I to be changing on my Polaris cards I am only get roughly 20mh/s out of them on ETH.

When i load the bios following instructions, they say change timing, the timings are all kinds of crazy hex numbers.

I also get an error about my bois being too small

You cannot use GPU-Z to save the BIOS as it only saves half of modern bioses. You must use ati flash to save the bios. You are copying the memory straps from either 1500 (hynix, micron and elpida) or 1750 (samsung) and pasting it to all memory straps higher than it, such as 1650, 1700, etc up to 2000 or higher. This makes the memory run with tighter memory settings so hashes more. But it can also make the card unstable and/or crash.

How do I tell memory brand... also I am using ATI flash to pull them. They appear to already read as 2000 as thier default memory speed?

When you start GPU-Z, it reports the memory brand. Also use the following article for BIOS flashing as it tells you the correct Polaris BIOS editor version to use in order to get rid of the craxy hex numbers you're seeing:
http://1stminingrig.com/sapphire-nitro-rx-470-8gb-oc-bios-flash-mod-tutorial-hynix-samsung/

Okay all m y cards are hynix so I can OC them a bit? My screen for timing looks nothing like his.

You are using outdated version of PBE. Find a good step by step instruction with the links to the 1.4.1 version

The most current version of PBE is v1.6. It now includes 'one click' bundled performance timings. Very easy to use. Just save your original Bios using Atiwinflash and open it in PBE. The 'one click' option automatically applies the bundled performance timings and then save the bBios and flash it using Atiwinflash.

https://bitcointalk.org/index.php?topic=1433925.msg21518785#msg21518785

This version applies performance timings to the 2000 strap by default. Any way to get it to apply performance timings to a lower strap?

[Vann]

I dont understand the bios modding. What am I to be changing on my Polaris cards I am only get roughly 20mh/s out of them on ETH.

When i load the bios following instructions, they say change timing, the timings are all kinds of crazy hex numbers.

I also get an error about my bois being too small

You cannot use GPU-Z to save the BIOS as it only saves half of modern bioses. You must use ati flash to save the bios. You are copying the memory straps from either 1500 (hynix, micron and elpida) or 1750 (samsung) and pasting it to all memory straps higher than it, such as 1650, 1700, etc up to 2000 or higher. This makes the memory run with tighter memory settings so hashes more. But it can also make the card unstable and/or crash.

How do I tell memory brand... also I am using ATI flash to pull them. They appear to already read as 2000 as thier default memory speed?

When you start GPU-Z, it reports the memory brand. Also use the following article for BIOS flashing as it tells you the correct Polaris BIOS editor version to use in order to get rid of the craxy hex numbers you're seeing:
http://1stminingrig.com/sapphire-nitro-rx-470-8gb-oc-bios-flash-mod-tutorial-hynix-samsung/

Okay all m y cards are hynix so I can OC them a bit? My screen for timing looks nothing like his.

You are using outdated version of PBE. Find a good step by step instruction with the links to the 1.4.1 version

The most current version of PBE is v1.6. It now includes 'one click' bundled performance timings. Very easy to use. Just save your original Bios using Atiwinflash and open it in PBE. The 'one click' option automatically applies the bundled performance timings and then save the bBios and flash it using Atiwinflash.

https://bitcointalk.org/index.php?topic=1433925.msg21518785#msg21518785

This version applies performance timings to the 2000 strap by default. Any way to get it to apply performance timings to a lower strap?

The timing is applied according to what your cards memory type is. If you want you could copy it to the other timings manually by clicking on the strap you want to change and using the box on the bottom. I found it wasn't necessary and the cards are more stable than when I was just copying the 1500 Mhz strap to the higher frequencies.

[kkourmousis]

So I have been using the latest Claymore version since it came out.

My rig:

ASUZ Prime Z270-P
8x RX 580 8GB Nitro+ (Hynix)
Windows 10
Blockchain Beta Official Drivers
Claymore Dual Miner v.10.0
Modded BIOS, OC through Claymore @162w from the wall per card
Dual mining ETH (233 Mh/s) +DCR (7000 Mh/s)


I am overall happy with the new update, but I have had some issues:

• Sometimes miner can't reach maximum speed. I open the miner, clocks and voltages are being set properly but hashrate lies in the 225mh/s area. A simple miner restart resolves the issue
• Computer freezes. This has happened 2 times in my rig and 1 time in my PC (same setup with 1 gpu only) in the last 2 days. Here is the last part of the log @Claymore in case you find something interesting here
  

Code:

01:32:31:853	10f0	ETH: Share accepted (78 ms)!
01:32:26:712	10f0	new buf size: 0
01:32:28:462	1d4c	GPU 0 temp = 69, old fan speed = 47, new fan speed = 35 
01:32:28:493	1d4c	GPU 1 temp = 68, old fan speed = 33, new fan speed = 25 
01:32:28:525	1d4c	GPU 2 temp = 68, old fan speed = 51, new fan speed = 39 
01:32:28:540	1d4c	GPU 3 temp = 61, old fan speed = 36, new fan speed = 25 
01:32:28:556	1d4c	GPU 4 temp = 68, old fan speed = 37, new fan speed = 28 
01:32:28:572	1d4c	GPU 5 temp = 68, old fan speed = 41, new fan speed = 32 
01:32:28:587	1d4c	GPU 6 temp = 68, old fan speed = 43, new fan speed = 32 
01:32:28:618	1d4c	GPU 7 temp = 66, old fan speed = 46, new fan speed = 32 
01:32:30:603	10f0	ETH: checking pool connection...
01:32:30:603	10f0	send: {"worker": "", "jsonrpc": "2.0", "params": [], "id": 3, "method": "eth_getWork"}
01:32:30:619	6d4	recv: 66
01:32:30:619	6d4	srv pck: 65
01:32:30:665	10f0	got 248 bytes
01:32:30:665	10f0	buf: {"id":3,"jsonrpc":"2.0","result":["0x5f62e74681e5c356df92c659e1dc03b508de7690db773a735eab4b18e3ce54fd","0x89ec0600d6137ca02d3089f808f6fb2b550cd6ab12a76d8b20320e52403a20d3","0x0112e0be826d694b2e62d01511f12a6061fbaec8bc02357593e70e52ba","0x40ae6f"]}
01:32:30:665	10f0	parse packet: 247
01:32:30:665	10f0	ETH: job is the same
01:32:30:665	10f0	new buf size: 0
01:32:30:853	6d4	srv bs: 0
01:32:30:853	6d4	sent: 312
01:32:31:103	1d04	recv: 66
01:32:31:103	1d04	srv pck: 65
01:32:31:322	1d04	srv bs: 0
01:32:31:322	1d04	sent: 312
01:32:31:759	f2c	ETH: put share nonce 71397fb8c855326c
01:32:31:759	f2c	ETH round found 1 shares
01:32:31:775	10f0	ETH: 09/05/17-01:32:31 - SHARE FOUND - (GPU 4)
01:32:31:775	10f0	send: {"id":4,"method":"eth_submitWork","params":["0x71397fb8c855326c","0x5f62e74681e5c356df92c659e1dc03b508de7690db773a735eab4b18e3ce54fd","0x077aca16b879eb83a278749a8b79e880ccacb30f7570b9efb6c4d5103f1d53d2"]}
01:32:31:853	10f0	got 39 bytes
01:32:31:853	10f0	buf: {"id":4,"jsonrpc":"2.0","result":true}
01:32:31:853	10f0	parse packet: 38
01:32:31:853	10f0	ETH: Share accepted (78 ms)!
01:32:31:853	10f0	new buf size: 0
01:32:32:134	1d4c	GPU 0 temp = 69, old fan speed = 47, new fan speed = 35 
01:32:32:166	1d4c	GPU 1 temp = 68, old fan speed = 33, new fan speed = 25 
01:32:32:181	1d4c	GPU 2 temp = 68, old fan speed = 51, new fan speed = 39 
01:32:32:213	1d4c	GPU 3 temp = 61, old fan speed = 36, new fan speed = 25 
01:32:32:228	1d4c	GPU 4 temp = 68, old fan speed = 37, new fan speed = 28 
01:32:32:244	1d4c	GPU 5 temp = 68, old fan speed = 41, new fan speed = 32 
01:32:32:275	1d4c	GPU 6 temp = 68, old fan speed = 43, new fan speed = 32 
01:32:32:306	1d4c	GPU 7 temp = 66, old fan speed = 45, new fan speed = 31 
01:32:32:431	b48	ETH: put share nonce 792b4840c4e1aa22
01:32:32:431	b48	ETH round found 1 shares
01:32:32:447	10f0	ETH: 09/05/17-01:32:32 - SHARE FOUND - (GPU 7)
01:32:32:447	10f0	send: {"id":4,"method":"eth_submitWork","params":["0x792b4840c4e1aa22","0x5f62e74681e5c356df92c659e1dc03b508de7690db773a735eab4b18e3ce54fd","0x8b7613c5a3bf1d953bccc84c41968f0d3f1ecfd511efc2769f807721ceba1c78"]}
01:32:32:744	10f0	got 248 bytes
01:32:32:744	10f0	buf: {"id":0,"jsonrpc":"2.0","result":["0xacecab87c2a7b1b5dfc7311bffcf58c5c0c509790210e2dc63fcdaa8b66fdad5","0x89ec0600d6137ca02d3089f808f6fb2b550cd6ab12a76d8b20320e52403a20d3","0x0112e0be826d694b2e62d01511f12a6061fbaec8bc02357593e70e52ba","0x40ae70"]}
01:32:32:744	10f0	parse packet: 247
01:32:32:744	10f0	ETH: job changed
01:32:32:744	10f0	new buf size: 0
01:32:32:744	10f0	ETH: 09/05/17-01:32:32 - New job from eu2.ethermine.org:4444
01:32:32:744	10f0	target: 0x0000000112e0be82 (diff: 4000MH), epoch 141(2.10GB)
01:32:32:744	10f0	ETH - Total Speed: 232.917 Mh/s, Total Shares: 832, Rejected: 1, Time: 04:07
01:32:32:759	10f0	ETH: GPU0 29.339 Mh/s, GPU1 29.327 Mh/s, GPU2 28.714 Mh/s, GPU3 29.929 Mh/s, GPU4 29.196 Mh/s, GPU5 29.020 Mh/s, GPU6 28.907 Mh/s, GPU7 28.485 Mh/s
01:32:32:759	10f0	 DCR - Total Speed: 6987.511 Mh/s, Total Shares: 821, Rejected: 9
01:32:32:759	10f0	 DCR: GPU0 880.163 Mh/s, GPU1 879.796 Mh/s, GPU2 861.411 Mh/s, GPU3 897.882 Mh/s, GPU4 875.890 Mh/s, GPU5 870.601 Mh/s, GPU6 867.216 Mh/s, GPU7 854.552 Mh/s
01:32:32:947	10f0	got 79 bytes
01:32:32:947	10f0	buf: {"id":4,"jsonrpc": "2.0","result": false,"error": "Unrequested work provided"}
01:32:32:947	10f0	parse packet: 73
01:32:32:947	10f0	ETH: Share rejected (500 ms)!
01:32:32:947	10f0	new buf size: 0
01:32:32:963	10f0	Socket was closed remotely (by pool)
01:32:32:963	10f0	ETH: Connection lost, retry in 20 sec...
01:32:35:635	12c0	recv: 66
01:32:35:635	12c0	srv pck: 65
01:32:35:791	1d4c	GPU 0 temp = 63, old fan speed = 48, new fan speed = 32 
01:32:35:807	1d4c	GPU 1 temp = 63, old fan speed = 34, new fan speed = 25 
01:32:35:822	1d4c	GPU 2 temp = 63, old fan speed = 51, new fan speed = 36 
01:32:35:838	1d4c	GPU 3 temp = 55, old fan speed = 37, new fan speed = 25 
01:32:35:885	1d4c	GPU 4 temp = 62, old fan speed = 37, new fan speed = 25 
01:32:35:916	1d4c	GPU 5 temp = 63, old fan speed = 42, new fan speed = 29 
01:32:35:947	1d4c	GPU 6 temp = 63, old fan speed = 44, new fan speed = 29 
01:32:35:979	1d4c	GPU 7 temp = 61, old fan speed = 44, new fan speed = 27 
01:32:36:088	2158	recv: 66
01:32:36:104	2158	srv pck: 65
01:32:36:197	12c0	srv bs: 0
01:32:36:197	12c0	sent: 290
01:32:36:354	2158	srv bs: 0
01:32:36:354	2158	sent: 290
01:32:39:479	1d4c	GPU 0 temp = 60, old fan speed = 44, new fan speed = 28 
01:32:39:495	1d4c	GPU 1 temp = 60, old fan speed = 34, new fan speed = 25 
01:32:39:510	1d4c	GPU 2 temp = 60, old fan speed = 48, new fan speed = 32 
01:32:39:510	1d4c	GPU 3 temp = 52, old fan speed = 37, new fan speed = 25 
01:32:39:526	1d4c	GPU 4 temp = 59, old fan speed = 34, new fan speed = 25 
01:32:39:541	1d4c	GPU 5 temp = 60, old fan speed = 38, new fan speed = 25 
01:32:39:541	1d4c	GPU 6 temp = 60, old fan speed = 40, new fan speed = 25 
01:32:39:557	1d4c	GPU 7 temp = 59, old fan speed = 39, new fan speed = 25 
01:32:40:604	166c	recv: 66
01:32:40:604	166c	srv pck: 65
01:32:40:807	166c	srv bs: 0
01:32:40:807	166c	sent: 207
01:32:41:088	1310	recv: 66
01:32:41:104	1310	srv pck: 65
01:32:41:307	1310	srv bs: 0
01:32:41:307	1310	sent: 207
01:32:43:042	1d4c	GPU 0 temp = 59, old fan speed = 39, new fan speed = 25 
01:32:43:057	1d4c	GPU 1 temp = 59, old fan speed = 34, new fan speed = 25 
01:32:43:073	1d4c	GPU 2 temp = 59, old fan speed = 43, new fan speed = 27 
01:32:43:073	1d4c	GPU 3 temp = 51, old fan speed = 37, new fan speed = 25 
01:32:43:089	1d4c	GPU 4 temp = 58, old fan speed = 33, new fan speed = 25 
01:32:43:104	1d4c	GPU 5 temp = 59, old fan speed = 34, new fan speed = 25 
01:32:43:120	1d4c	GPU 6 temp = 59, old fan speed = 36, new fan speed = 25 
01:32:43:120	1d4c	GPU 7 temp = 58, old fan speed = 36, new fan speed = 25 
01:32:43:292	1d4c	GPU0 t=59C fan=39%, GPU1 t=59C fan=34%, GPU2 t=59C fan=42%, GPU3 t=51C fan=37%, GPU4 t=58C fan=33%, GPU5 t=58C fan=34%, GPU6 t=59C fan=36%, GPU7 t=58C fan=36%
01:32:43:292	1d4c	em hbt: 10329, dm hbt: 0, fm hbt: 94, 
01:32:43:292	1d4c	watchdog - thread 0 (gpu0), hb time 79
01:32:43:307	1d4c	watchdog - thread 1 (gpu0), hb time 47
01:32:43:307	1d4c	watchdog - thread 2 (gpu1), hb time 62
01:32:43:307	1d4c	watchdog - thread 3 (gpu1), hb time 31
01:32:43:307	1d4c	watchdog - thread 4 (gpu2), hb time 78
01:32:43:307	1d4c	watchdog - thread 5 (gpu2), hb time 109
01:32:43:307	1d4c	watchdog - thread 6 (gpu3), hb time 78
01:32:43:307	1d4c	watchdog - thread 7 (gpu3), hb time 47
01:32:43:307	1d4c	watchdog - thread 8 (gpu4), hb time 78
01:32:43:307	1d4c	watchdog - thread 9 (gpu4), hb time 0
01:32:43:307	1d4c	watchdog - thread 10 (gpu5), hb time 31
01:32:43:307	1d4c	watchdog - thread 11 (gpu5), hb time 78
01:32:43:307	1d4c	watchdog - thread 12 (gpu6), hb time 78
01:32:43:307	1d4c	watchdog - thread 13 (gpu6), hb time 109
01:32:43:307	1d4c	watchdog - thread 14 (gpu7), hb time 47
01:32:43:307	1d4c	watchdog - thread 15 (gpu7), hb time 78
01:32:45:761	55c	recv: 66
01:32:45:761	55c	srv pck: 65
01:32:45:964	55c	srv bs: 0
01:32:45:964	55c	sent: 207
01:32:46:105	10e0	recv: 66
01:32:46:105	10e0	srv pck: 65
01:32:46:292	10e0	srv bs: 0
01:32:46:308	10e0	sent: 207
01:32:46:792	1d4c	GPU 0 temp = 58, old fan speed = 35, new fan speed = 25 
01:32:46:808	1d4c	GPU 1 temp = 58, old fan speed = 34, new fan speed = 25 
01:32:46:823	1d4c	GPU 2 temp = 58, old fan speed = 36, new fan speed = 25 
01:32:46:823	1d4c	GPU 3 temp = 50, old fan speed = 37, new fan speed = 25 
01:32:46:839	1d4c	GPU 4 temp = 56, old fan speed = 33, new fan speed = 25 
01:32:46:855	1d4c	GPU 5 temp = 57, old fan speed = 34, new fan speed = 25 
01:32:46:855	1d4c	GPU 6 temp = 58, old fan speed = 35, new fan speed = 25 
01:32:46:870	1d4c	GPU 7 temp = 57, old fan speed = 36, new fan speed = 25 
01:32:50:371	1d4c	GPU 0 temp = 57, old fan speed = 35, new fan speed = 25 
01:32:50:386	1d4c	GPU 1 temp = 57, old fan speed = 34, new fan speed = 25 
01:32:50:386	1d4c	GPU 2 temp = 57, old fan speed = 34, new fan speed = 25 
01:32:50:402	1d4c	GPU 3 temp = 49, old fan speed = 37, new fan speed = 25 
01:32:50:418	1d4c	GPU 4 temp = 55, old fan speed = 33, new fan speed = 25 
01:32:50:433	1d4c	GPU 5 temp = 57, old fan speed = 34, new fan speed = 25 
01:32:50:433	1d4c	GPU 6 temp = 57, old fan speed = 36, new fan speed = 25 
01:32:50:449	1d4c	GPU 7 temp = 56, old fan speed = 37, new fan speed = 25 
01:32:50:605	1454	recv: 66
01:32:50:605	1454	srv pck: 65
01:32:50:808	1454	srv bs: 0
01:32:50:808	1454	sent: 207

I know the fun part is

Code:

01:32:32:963   10f0   Socket was closed remotely (by pool)
01:32:32:963   10f0   ETH: Connection lost, retry in 20 sec...

but this does not justify a computer freeze

[yonton]

Ok so I did the my first successful 1500 strapping on my two rx 470 4g. One is at 23 mh/s and the other 22. Up from around 19.5. Is that good? What can I do next for more performance!

1150 MHz core clock, 2000 - 2100 MHz memory clock should get you to ~29 MH/s stable with a good timing strap bios mod. Also run HWinfo 'sensors only' to check for memory errors and reduce the memory clock by 25-50 MHz until there are no errors.

Im up to 26 mh/ each now. at 1150 1950 -70 voltage. Past 1950 is black screen. Not bad for 470 4g