Avalon 741 Wont mine

[Hookdisney]

The 12 volt PCIe plug. You can also find the voltage in the advanced settings parameter.

How do I test the voltage on the PCI-E power socket when its occupied with a connector?
Any pictures please?
And I don't see any voltage readings in the openwrt advanced settings, just an option to change voltage offset. Where is it?

[1714786469]

1714786469

[lightfoot]

Post the advanced logs, it's in there.

You can check voltage at the 4 pin old disk plug.

[jimmy_007vn]

Man, no need to check around. it's a damn AUC3. It happens to October and November batch. me and my friend got one ea. both didn't mine. We are waiting for support to response to our tickets.

[Hookdisney]

Post the advanced logs, it's in there.

You can check voltage at the 4 pin old disk plug.

Don't know which logs you mean with advanced logs, theres like 3 or 4 different logs in the advanced settings.
Can you give me the name of the tab where the information you're referencing to is located?

Here's the CG Miner API Log:

[spoiler] [Firmware Version] => Avalon Firmware - 20170603
    luci: ffc1d59
    cgminer: 2354004
    cgminer-packages: d309c69
Reply was 'STATUS=S,When=1509538276,Code=70,Msg=CGMiner stats,Description=cgminer 4.10.0|STATS=0,ID=AV70,Elapsed=526003,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,MM ID1=Ver[7411706-3162860]
    DNA[013ca713b808e6d5]
    Elapsed[526006]
    MW[5818362 5818353 5818340 5818340]
    LW[23273395]
    MH[5299 3554 3481 3399]
    HW[15733]
    DH[2.086%]
    Temp[33]
    TMax[90]
    Fan[5100]
    FanR[85%]
    Vi[1191 1191 1200 1200]
    Vo[4443 4411 4443 4443]
    GHSmm[8324.04]
    WU[111607.54]
    Freq[739.00]
    PG[15]
    Led[0]
    MW0[23968 23308 23175 23437 23489 22746 22782 23034 23369 22602 21857 22443 22382 22121 22897 22525 22589 23282 22826 22808 22897 23112]
    MW1[23214 22636 22313 22324 22160 23002 21807 22478 22187 21204 21306 21871 21624 22240 22091 21550 21807 22902 22982 22297 23844 22748]
    MW2[21932 23180 22667 22671 22315 22558 21758 22235 21549 21556 21218 21984 21975 21990 22089 22254 21998 22105 23086 23711 22843 22544]
    MW3[21959 21991 21257 21508 21422 21056 21145 21099 21104 21338 20352 22553 22030 21674 22742 21164 21744 21666 20535 21907 20694 21480]
    TA[88]
    ECHU[0 0 0 0]
    ECMM[0]
    FM[1]
    CRC[0 0 0 22]
    PAIRS[0 0 0]
    PVT_T[21-79/11-90/84 0-80/13-90/83 21-77/10-89/81 0-73/9-83/80],MM Count=1,Smart Speed=1,Connecter=AUC,AUC VER=AUC-20151208,AUC I2C Speed=400000,AUC I2C XDelay=19200,AUC Sensor=14451,AUC Temperature=31.48,Connection Overloaded=false,Voltage Offset=0,Nonce Mask=29,USB Pipe=0,USB Delay=r0 0.000000 w0 0.000000,USB tmo=0 0|STATS=1,ID=POOL0,Elapsed=526003,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,Pool Calls=0,Pool Attempts=0,Pool Wait=0.000000,Pool Max=0.000000,Pool Min=99999999.000000,Pool Av=0.000000,Work Had Roll Time=false,Work Can Roll=false,Work Had Expire=false,Work Roll Time=0,Work Diff=5176.00000000,Min Diff=1152.00000000,Max Diff=7431.00000000,Min Diff Count=105,Max Diff Count=3592,Times Sent=177517,Bytes Sent=21368310,Times Recv=196493,Bytes Recv=31356897,Net Bytes Sent=21368310,Net Bytes Recv=31356897|STATS=2,ID=POOL1,Elapsed=526003,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,Pool Calls=0,Pool Attempts=0,Pool Wait=0.000000,Pool Max=0.000000,Pool Min=99999999.000000,Pool Av=0.000000,Work Had Roll Time=false,Work Can Roll=false,Work Had Expire=false,Work Roll Time=0,Work Diff=0.00000000,Min Diff=0.00000000,Max Diff=0.00000000,Min Diff Count=0,Max Diff Count=0,Times Sent=2,Bytes Sent=150,Times Recv=6,Bytes Recv=2813,Net Bytes Sent=150,Net Bytes Recv=2813|STATS=3,ID=POOL2,Elapsed=526003,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,Pool Calls=0,Pool Attempts=0,Pool Wait=0.000000,Pool Max=0.000000,Pool Min=99999999.000000,Pool Av=0.000000,Work Had Roll Time=false,Work Can Roll=false,Work Had Expire=false,Work Roll Time=0,Work Diff=0.00000000,Min Diff=0.00000000,Max Diff=0.00000000,Min Diff Count=0,Max Diff Count=0,Times Sent=2,Bytes Sent=150,Times Recv=6,Bytes Recv=2813,Net Bytes Sent=150,Net Bytes Recv=2813|'
[STATUS] =>
(
   [STATUS] => S
   [When] => 1509538276
   

Code:

 => 70
   [Msg] => CGMiner stats
   [Description] => cgminer 4.10.0
)
[STATS0] =>
(
   [STATS] => 0
   [ID] => AV70
   [Elapsed] => 526003
   [Calls] => 0
   [Wait] => 0.000000
   [Max] => 0.000000
   [Min] => 99999999.000000
   [MM ID1] => Ver[7411706-3162860]
    DNA[013ca713b808e6d5]
    Elapsed[526006]
    MW[5818362 5818353 5818340 5818340]
    LW[23273395]
    MH[5299 3554 3481 3399]
    HW[15733]
    DH[2.086%]
    Temp[33]
    TMax[90]
    Fan[5100]
    FanR[85%]
    Vi[1191 1191 1200 1200]
    Vo[4443 4411 4443 4443]
    GHSmm[8324.04]
    WU[111607.54]
    Freq[739.00]
    PG[15]
    Led[0]
    MW0[23968 23308 23175 23437 23489 22746 22782 23034 23369 22602 21857 22443 22382 22121 22897 22525 22589 23282 22826 22808 22897 23112]
    MW1[23214 22636 22313 22324 22160 23002 21807 22478 22187 21204 21306 21871 21624 22240 22091 21550 21807 22902 22982 22297 23844 22748]
    MW2[21932 23180 22667 22671 22315 22558 21758 22235 21549 21556 21218 21984 21975 21990 22089 22254 21998 22105 23086 23711 22843 22544]
    MW3[21959 21991 21257 21508 21422 21056 21145 21099 21104 21338 20352 22553 22030 21674 22742 21164 21744 21666 20535 21907 20694 21480]
    TA[88]
    ECHU[0 0 0 0]
    ECMM[0]
    FM[1]
    CRC[0 0 0 22]
    PAIRS[0 0 0]
    PVT_T[21-79/11-90/84 0-80/13-90/83 21-77/10-89/81 0-73/9-83/80]
   [MM Count] => 1
   [Smart Speed] => 1
   [Connecter] => AUC
   [AUC VER] => AUC-20151208
   [AUC I2C Speed] => 400000
   [AUC I2C XDelay] => 19200
   [AUC Sensor] => 14451
   [AUC Temperature] => 31.48
   [Connection Overloaded] => false
   [Voltage Offset] => 0
   [Nonce Mask] => 29
   [USB Pipe] => 0
   [USB Delay] => r0 0.000000 w0 0.000000
   [USB tmo] => 0 0
)
[STATS1] =>
(
   [STATS] => 1
   [ID] => POOL0
   [Elapsed] => 526003
   [Calls] => 0
   [Wait] => 0.000000
   [Max] => 0.000000
   [Min] => 99999999.000000
   [Pool Calls] => 0
   [Pool Attempts] => 0
   [Pool Wait] => 0.000000
   [Pool Max] => 0.000000
   [Pool Min] => 99999999.000000
   [Pool Av] => 0.000000
   [Work Had Roll Time] => false
   [Work Can Roll] => false
   [Work Had Expire] => false
   [Work Roll Time] => 0
   [Work Diff] => 5176.00000000
   [Min Diff] => 1152.00000000
   [Max Diff] => 7431.00000000
   [Min Diff Count] => 105
   [Max Diff Count] => 3592
   [Times Sent] => 177517
   [Bytes Sent] => 21368310
   [Times Recv] => 196493
   [Bytes Recv] => 31356897
   [Net Bytes Sent] => 21368310
   [Net Bytes Recv] => 31356897
)
[STATS2] =>
(
   [STATS] => 2
   [ID] => POOL1
   [Elapsed] => 526003
   [Calls] => 0
   [Wait] => 0.000000
   [Max] => 0.000000
   [Min] => 99999999.000000
   [Pool Calls] => 0
   [Pool Attempts] => 0
   [Pool Wait] => 0.000000
   [Pool Max] => 0.000000
   [Pool Min] => 99999999.000000
   [Pool Av] => 0.000000
   [Work Had Roll Time] => false
   [Work Can Roll] => false
   [Work Had Expire] => false
   [Work Roll Time] => 0
   [Work Diff] => 0.00000000
   [Min Diff] => 0.00000000
   [Max Diff] => 0.00000000
   [Min Diff Count] => 0
   [Max Diff Count] => 0
   [Times Sent] => 2
   [Bytes Sent] => 150
   [Times Recv] => 6
   [Bytes Recv] => 2813
   [Net Bytes Sent] => 150
   [Net Bytes Recv] => 2813
)
[STATS3] =>
(
   [STATS] => 3
   [ID] => POOL2
   [Elapsed] => 526003
   [Calls] => 0
   [Wait] => 0.000000
   [Max] => 0.000000
   [Min] => 99999999.000000
   [Pool Calls] => 0
   [Pool Attempts] => 0
   [Pool Wait] => 0.000000
   [Pool Max] => 0.000000
   [Pool Min] => 99999999.000000
   [Pool Av] => 0.000000
   [Work Had Roll Time] => false
   [Work Can Roll] => false
   [Work Had Expire] => false
   [Work Roll Time] => 0
   [Work Diff] => 0.00000000
   [Min Diff] => 0.00000000
   [Max Diff] => 0.00000000
   [Min Diff Count] => 0
   [Max Diff Count] => 0
   [Times Sent] => 2
   [Bytes Sent] => 150
   [Times Recv] => 6
   [Bytes Recv] => 2813
   [Net Bytes Sent] => 150
   [Net Bytes Recv] => 2813
)
 [/spoiler]

[Steamtyme]

Your voltage is fine, everything looks good as far as your miner logs are concerned. Your "MW" numbers look super high, but that might just be a setting, I think they represent hashrates for individual chips, not sure I've been looking for answers as to what a few of those things mean.

Looking at this it looks like everything is hashing normal

Even your elapsed time suggests something like 1 week.

If all you are concerned with us your hashrate  being to high, you are lucky. It has to do with the programing of canaan's miners something called smart hash, if it can it will work harder or slower depending on how it's performing.

Your 1400 w psu will be fine, just don't overclock it by adjusting the voltage setting.

[Hookdisney]

Your voltage is fine, everything looks good as far as your miner logs are concerned. Your "MW" numbers look super high, but that might just be a setting, I think they represent hashrates for individual chips, not sure I've been looking for answers as to what a few of those things mean.

Looking at this it looks like everything is hashing normal

Even your elapsed time suggests something like 1 week.

If all you are concerned with us your hashrate  being to high, you are lucky. It has to do with the programing of canaan's miners something called smart hash, if it can it will work harder or slower depending on how it's performing.

Your 1400 w psu will be fine, just don't overclock it by adjusting the voltage setting.

I only have a 1300w PSU, it draws 1480w from the wall. According to that I have a small bit of headroom as far as available power goes.
Where do you see my voltage? I average about 8.1 THs on slushpool.
If you don't know what MW is how do you know they look high?

Thanks for the responses, i'm just trying to figure out how I can monitor it myself.

[Steamtyme]

Okay I got you. Your psu should be okay. If you look at the VI, that represents voltage in and is read in milivolts. The VO, is voltage out.
I am able to run 2 units off a 2450w server PSU AT 0 voltage offset with no issue, I am definitely pushing it but it's a quality PSU.

The MW is just an observation, based on what mine looked like, I will check them later at home to see if they have also climbed, they might also be some sort of timer, that would explain why yours is higher than mine, as I have done a shutdown and restart recently.

[Hookdisney]

Okay I got you. Your psu should be okay. If you look at the VI, that represents voltage in and is read in milivolts. The VO, is voltage out.
I am able to run 2 units off a 2450w server PSU AT 0 voltage offset with no issue, I am definitely pushing it but it's a quality PSU.

The MW is just an observation, based on what mine looked like, I will check them later at home to see if they have also climbed, they might also be some sort of timer, that would explain why yours is higher than mine, as I have done a shutdown and restart recently.

Ah, now I'm tracking.
Thanks!

But when it comes to the milivolt readings, I'm seeing "1191 1191 1200 1200" Are those just 4 different sample readings, so one reading would be 1191?
Can I determine watts or amps from that? Not sure how to plug those numbers into a conversion calculator.
http://rapidtables.com/calc/electric/Volt_to_Watt_Calculator.htm

[Steamtyme]

Okay I got you. Your psu should be okay. If you look at the VI, that represents voltage in and is read in milivolts. The VO, is voltage out.
I am able to run 2 units off a 2450w server PSU AT 0 voltage offset with no issue, I am definitely pushing it but it's a quality PSU.

The MW is just an observation, based on what mine looked like, I will check them later at home to see if they have also climbed, they might also be some sort of timer, that would explain why yours is higher than mine, as I have done a shutdown and restart recently.

Ah, now I'm tracking.
Thanks!

But when it comes to the milivolt readings, I'm seeing "1191 1191 1200 1200" Are those just 4 different sample readings, so one reading would be 1191?
Can I determine watts or amps from that? Not sure how to plug those numbers into a conversion calculator.
http://rapidtables.com/calc/electric/Volt_to_Watt_Calculator.htm

1 of the many things I haven't thought about. I'm not sure why there are 4, I would have though 6 based power connectors. What you can take from that is 11.91 volt and 12 volt. These wont really help you for calculations as they just show you are supplying th eproper voltage to your miner. You are good. W=V x A is the basic formula so if you know your supply voltage, and you can estimate the amps being drawn based on specs, of 1150 W.

I also restarted my cgminer and avalons today and noticed my MW readings started back at 0 so it must be some sort of tally, probably time related.

Hope that helps