Troubleshooting and repair guide for AvalonMiner models 721, 741, 761, 821 & 841

[cromsps]

Hello,

Strange, all my 741 on different PIs and different networks were restarting after a few minutes, even with the nicehash image (there is one nicehash image for 741), I think that is when Nicehash changes the Job, than after I run cgminer in shell for the first time, and add the extra-nonce, they were ok... Now I'm getting the same with the 841, but the solution I had doesn't work anymore with 841 last image...  

I think that are packages to add to 841 to get the xnsub working, but I dont know how to install it ... it shouldn't be difficult cause its linux, we could update.

thanks for the tips :-)  I was already using the d=4096, but not the price :-)

[1715041118]

1715041118

[1715041118]

1715041118

[1715041118]

1715041118

[1715041118]

1715041118

[PassThePopcorn]

You're welcome, the price one is price per PH at least from what nicehash is currently using on sha256 and it's based on an average price of all orders they have. I'd read their documentation on it if you wanted better information.

I never tested nicehash  on the 841's I can try to if I need to do any tests with them in the future. But with the 851's they seemed to work without the xnsub using the 20180628 Canaan official firmware the only time I ever saw them leave the pool was when the price was under the threshold I set and their hashrates all seemed to be stable and the speeds I was expecting.

[cromsps]

Hello, its working now

After a few tests, I leave it running on the shell for a couple of hours and went to dinner, then when I restart it, it was ok... :-| very strange... but the same happened a lot of times with nicehash image — https://canaan.io/downloads/people/mikeqin/avalon741/openwrt/nicehash/20170719/ — on the 741 , and beside this question, there were others from other people without answer on reddit with the same question... Anyway, I think that for some how when we start Cgminer from shell it changes something

Code:

./cgminer -o stratum+tcp://sha256.eu.nicehash.com:3334 -u key.user -p d=4096

Ok I will read their info, thats a good thing to know, cause the prices and the orders are always changing :-)

Thanks once more :-)

[gwyden]

Submitted a support ticket to canaan more than a week ago and I have not heard back from them.  The 921s i have are reporting device hardware errors in excess of 50% at times and when running for a longer time it will drop to 2(ish)%.    The voltage seems to be about the same for the chips, the temps are within the 70-80C range, the errors are distributed between all the chips so it doesn't looks like there is a single point of the errors.     Maybe Canaan might see this and give some support for these units :|

Code:

[Firmware Version] => Avalon Firmware - 20180926
    luci: 430c4d6
    cgminer: 2b2385f
    cgminer-packages: 07ff936
Reply was 'STATUS=S,When=1554511691,Code=70,Msg=CGMiner stats,Description=cgminer 4.10.0|STATS=0,ID=AV90,Elapsed=6663,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,MM ID1=Ver[9211809-b150820]
    DNA[013f0b060758403a]
    Elapsed[6666]
    MW[1852312 1854650 1854559 1851345]
    LW[7412866]
    MH[0 0 0 0]
    HW[0]
    DH[2.507%]
    Temp[21]
    TMax[85]
    Fan[6240]
    FanR[100%]
    Vi[1234 1234 1235 1235]
    Vo[4187 4200 4164 4185]
    PLL0[0 0 0 0 845 1324 4487]
    PLL1[0 0 0 0 1131 821 4704]
    PLL2[0 0 0 0 2992 2031 1633]
    PLL3[0 0 0 0 1635 1086 3935]
    GHSmm[21501.30]
    WU[213473.62]
    Freq[807.59]
    PG[15]
    Led[0]
    MW0[45 90 48 67 60 63 89 74 93 89 116 100 88 109 96 57 109 62 87 76 93 66 43 88 52 50]
    MW1[122 102 85 80 72 74 52 41 100 72 105 75 98 85 89 46 33 80 103 50 108 116 59 91 44 91]
    MW2[47 117 114 99 90 89 83 48 63 25 41 37 26 24 51 76 103 42 50 33 92 63 62 92 77 104]
    MW3[97 46 122 47 114 68 121 89 96 27 113 100 108 87 102 70 88 107 101 96 111 114 34 108 35 115]
    TA[104]
    ECHU[0 0 0 0]
    ECMM[0]
    FAC0[-9]
    OC[0]
    SF0[0 0 0 0 775 800 825]
    SF1[0 0 0 0 775 800 825]
    SF2[0 0 0 0 775 800 825]
    SF3[0 0 0 0 775 800 825]
    PMUV[2260 2260]
    PVT_T0[ 76  79  79  81  80  80  76  78  74  78  83  79  85  84  78  77  75  74  74  75  83  82  82  82  83  80]
    PVT_T1[ 78  80  80  79  77  74  73  75  76  78  81  80  82  84  84  76  75  73  74  74  73  77  82  80  79  78]
    PVT_T2[ 77  81  78  79  78  75  74  74  75  75  78  80  75  76  81  76  75  77  74  74  73  73  77  75  74  72]
    PVT_T3[ 84  79  78  79  78  77  75  76  77  76  80  76  85  78  75  76  74  73  75  82  84  85  84  81  79  78]
    PVT_V0[405 401 401 399 399 402 407 402 398 403 397 401 394 398 400 402 398 404 398 403 396 398 394 398 402 400]
    PVT_V1[402 409 404 403 398 405 401 404 412 402 399 397 394 398 393 395 397 402 402 408 401 400 395 401 398 401]
    PVT_V2[404 396 400 397 399 400 403 403 402 404 403 403 408 403 398 399 397 409 407 406 395 401 401 393 400 397]
    PVT_V3[403 405 405 399 405 409 403 400 409 401 402 401 396 407 411 399 403 402 407 410 406 399 396 397 396 401]
    PVT_P0_00[1279126c 12f612c0 129d12ba 12d812e8 12e612c1 12d712b4 13751362 130412f4 1352133a 133d12ff 13261332 134b1371 1314136f 13641318 135a1357 12f412e5 1343133d 1315130a 12c71328 12bc12d5 12da1301 12fa12fe 130b12a9 130512db 12c3129f 13191312]
    PVT_P1_00[1337131b 12b41265 1313130c 13201321 133c1348 13251330 13ab137d 131d12f8 129c12a7 133b12f9 13851330 1367135a 13551349 12d9129c 13aa13a5 13531339 12e412c9 134a1312 132412f1 12ef12d2 13621329 13211325 129e12b6 1307133f 12f41308 12df1305]
    PVT_P2_00[1369134a 13a81378 131512fa 134e135a 13581335 13651392 134c131f 132912de 134e12f8 131d130c 13551318 1343132e 133612ce 1310130e 130712de 13301346 131f1341 13381310 13441378 12e712dd 1331133c 12fd12f3 12fb1312 135e1360 13b01380 12fb12f4]
    PVT_P3_00[1372138c 132212ee 13791358 133712db 13fd13fc 13521387 13ba13d3 130b132f 132a12d9 12d512db 138713c2 139f136c 13af1373 12fc1318 130c1312 134112f4 13701393 138013a9 135b1320 12ec12ed 1396132c 13ad1390 133012ec 13a613eb 12f812dd 13601380]
    PVT_P0_01[118d1199 116b1183 118f1171 1171117a 11551146 11ac1197 123f1232 117c1186 11f211f6 119f11c0 11d811dd 120011e4 11d7122d 11ea1218 11f41219 11af11d4 11f9120d 1185119d 11ca11ba 115e1180 117d1199 11cc11e0 11d111a6 11711191 11761168 118e119a]
    PVT_P1_01[11a71189 1175115a 11aa11a7 11d211b8 11fd11fe 11d21201 1200122f 11e911c1 11681153 11d811b0 11cb11f1 12371222 11d911f4 118f1170 11e81204 11c811f8 119d11c9 11d511d7 11bf11d3 118111d4 1203124f 11c211f3 11af1175 11d011d6 11a511c1 119f11ce]
    PVT_P2_01[122a1212 121f11de 11d211b6 11e811e1 11d111bb 12501274 120f1213 119e118b 11fa11a2 11891177 117f1192 11ba117f 120111e2 11c8119b 117811b1 11e71212 1210120d 11ab1187 121d11f1 11291182 11c411e0 11a411c5 11ba11ab 11f211e6 121a120f 11c811b3]
    PVT_P3_01[11f911fd 1178114c 11af11fd 11ba115f 1214121b 11eb11e0 12041249 11a011b4 11b0119c 1195119e 121611fe 121c121c 11c91208 119c11a2 115c119f 11b411c2 11ca120b 120e11fa 11ed11a6 119811a9 11a6118f 122d1208 119f11c5 11ed120c 11a811a3 11d211f9]
    PVT_P0_02[109610c9 10ba10b4 109d10d2 10ca10da 10b110c7 10a810af 113f1129 10e21099 1126110d 10e610fb 111510f7 113010f2 110a1154 110610fe 11181130 10e010ef 10f91142 10cc10e6 10ea110a 10af10ad 10c210c9 10eb110c 10ff1100 10c210b6 10bf10bc 10bf10e7]
    PVT_P1_02[10c410db 109410a5 10bf109e 10ea1104 11171117 10f910e0 113a1134 112210f1 108810af 11271121 10d710ed 112d1128 110510e0 10e610bd 11021101 11411131 110810f8 10ed10e9 10d710d0 10e610e3 111a111f 10dd10d9 10cf10c9 10b410cf 111010d7 10c010bb]
    PVT_P2_02[113d110b 10f7110c 10d310c9 10e510e1 10e410e7 1141113d 1127112e 10e010b6 110510e4 109710b3 10ad10e2 10e410dd 110c110b 10f710e0 10ce10a1 10fa10db 11071106 10de10b0 110510f3 10bc109d 110b10e9 10dc10be 10e510d8 11101105 112f1107 10db1105]
    PVT_P3_02[11101116 10a010b2 111810f7 111210c6 11661132 10eb113e 11361132 10f9110d 10b710c0 11031108 112210f0 11121125 10db110c 10c610c5 10ca10dc 10ec1103 10eb10f8 1119110a 113310df 10bb10d3 10ee10af 113210ff 11161106 11101127 11021112 10ff110e]
    PVT_P0_03[1319134c 13841369 13321334 138b133d 139c1364 134f1339 1446146a 13841377 13fc13cc 13a513c5 13f413bb 14031406 140313e9 13ec13c8 140013c2 13621366 13e813b5 139c1352 136a1368 137e1353 1379134a 13ae1362 137c1360 1398135a 13261333 1396135b]
    PVT_P1_03[13c61388 136712fb 13bf138c 13f613b4 13e013c1 13da1390 142e144e 13c4138b 13111309 13fd13b1 13e413d2 14371403 13eb13c2 13911313 13fc13fe 140d13fe 13bd13a6 1422139f 137a1377 13581363 14091407 13bb13c0 1356135a 138a13ac 1390136d 13ea13ed]
    PVT_P2_03[13d913fe 13fb141c 13991382 13c113c6 13d213d8 13f41434 142513bd 139a1370 138d139e 13751391 140013b4 142e13ec 13b01398 13b01384 13ab13a5 13c313ab 13c313d8 13ed138b 140a1421 137a1342 13d213c2 13641361 138c138c 140a13dd 13c913e5 13b31399]
    PVT_P3_03[14301417 135f1351 14101427 13bf134d 149f1479 13f6142c 141c1442 1385138f 13a31363 13801369 14631450 141e13fc 142313ee 13931386 137b13cc 138f1386 13ed13f3 14361425 140213b4 13811389 142413fd 14581401 138b1384 144d1452 136d137c 14301421]
    PVT_P0_04[11571173 11741160 1170116d 1146112f 11341140 11701171 11fb120f 11a5116c 11ff11dc 115d116e 11cf11d2 11f811f5 11e81225 11be11d7 11c711d9 1199119d 11d211e2 11731171 118111b0 1143112f 11641152 119c119e 118d11a2 1153113f 116e118b 1155116b]
    PVT_P1_04[11af11b5 115c114b 117c117c 1189119e 11c711d1 11d311ac 11e31229 11cd11c6 112d1141 11ca118a 11be11d1 11ec1206 11ab11a4 1162114f 11dc11c5 11d211bb 11751169 11cc116a 11881184 11901196 11e0120a 11af11ba 1184117f 11811169 11991193 11861189]
    PVT_P2_04[11f611ba 11b011d8 11831175 11ab11be 114e118e 1230120f 12031207 116f1149 11a011ad 1120115b 115f117f 11971175 11be11b8 11731171 115b115f 11c911da 120e11d1 11771190 11e411d7 11361121 11a711bd 1192117c 116e1186 11a011b8 11f611e2 115b1178]
    PVT_P3_04[11d011d1 11451151 11be1195 1198115b 120b1204 11ce11b8 12041204 116211a1 11261128 1197117d 11fe11d5 11c711cf 11ac11c4 115e1183 117f1169 11b2116c 11c111a5 11cb11e0 11be11ac 11561165 118f1194 11dd11c5 1177117b 11b711d5 115d117b 11ac11b8]
    PVT_P0_05[10c810da 10f410e2 10da10df 10e910f4 10cc10e2 110e10dd 117a119b 111510df 11601143 112c1152 11301141 11591155 11681166 1149113f 1152114a 111f1117 113a1168 111f1138 10fb1120 10fa10f0 10fc1107 11201126 1127111d 10f9110b 10d710cb 110f10ff]
    PVT_P1_05[112410e4 10c710c6 10c710e1 112f1139 11241145 11421118 11921180 115b1154 10d210cc 1187113f 11031120 115e113e 112c1121 10f210ff 112d114a 11751163 114e1149 113710e7 10f510f1 11161127 11261189 11211102 11051128 10f410f5 11411139 10c410fe]
    PVT_P2_05[1176111d 11101133 10f810f4 10fc111e 10f9113e 11811165 116d118c 10e310d7 1146111c 10d810ff 10ef10ff 113410f3 1144111e 112d1120 10ff10fc 1126112b 1144113d 11121102 1134110e 10dc10cf 11131137 110a10d2 110b1102 113d1112 11491135 10e410bf]
    PVT_P3_05[11421137 10c710ab 11401111 110a10cc 11981157 117b115f 117c115d 10e010eb 10db10ca 1109111e 113b1111 1126110d 10ee111b 10fd10fc 110510ec 10e71116 11261118 11141148 112b1142 10e510f1 111910ed 11511139 111f111d 11441180 110b1116 11181140]
    PVT_P0_06[1727174c 17ab1789 1774173b 17aa179d 177517b1 178e1781 182c1833 17d517b3 182317e1 17a117e9 180617bf 181e17e6 185d17f2 17e117fe 17d217ff 17b417e1 182117bf 17a617e0 176917a5 179d1799 17bd17d4 17b41787 176f1750 17de17db 17a01787 18151793]
    PVT_P1_06[17b3176b 17701756 178117ad 17ad1774 180417d9 1804178e 17eb182c 17bf17f0 16ff1719 17d917aa 18031848 1874180c 17da17f9 17a6173f 1800186c 180c182d 17fc178e 17c71790 17bf178f 1784173c 181e17d4 17cf17be 1768174b 17d11805 17d017af 17c117b7]
    PVT_P2_06[17f417a7 1825186f 177e1750 179717ce 17fa17ad 184b17bb 180e1826 17b71796 17891799 17d11778 17c91798 178d177b 1763177c 17c81770 175e1789 17ad1778 18121810 173c1727 17e01769 17001703 17c417d6 17731722 176c175a 181e1806 17f61813 177d17f2]
    PVT_P3_06[185b183e 17541763 18091834 179a1740 18c9187d 184117fc 188a1881 17941785 175f1754 17711777 18521834 18431809 1842186e 175c175a 17b4173a 180017b7 1810186c 18461819 181717cb 17501788 181717b6 1870185d 17c5177b 185c1828 17561767 181a17e4]
    PVT_P0_07[167816c1 167f1690 16a016d0 168b1668 1654163a 16ad16a3 17181701 16a01650 16fd1715 165d16bc 16e716ee 16b816e2 16f31736 16d6169c 170d1723 16cc16f3 16ef1719 169c1667 16c316be 168f1627 165f1672 16a616d8 16fc16b5 16931650 16b116ad 16871686]
    PVT_P1_07[16cc1664 16511629 165a1630 16c41686 16ee16e5 16ab16a2 172316f6 16921677 1614167f 16d616d9 16b916b5 16d91721 16b016bd 16a71675 16f316e4 172a16f8 16e2166d 16a31697 168b1689 16651669 16dd16e6 16ad1689 16cd166f 168316be 16ce1687 1688167e]
    PVT_P2_07[16d6169f 16e216df 168e168e 16a016c2 16a616e1 1753171b 171916fd 1647164e 169016c2 166a1620 168c1652 1692167d 16a61658 16831688 16751659 16db16bb 173e1731 166e1611 16ed16b9 16261606 16c116ba 16b9163a 16721681 170116d5 16f516be 16bf169c]
    PVT_P3_07[16ac16f7 16841689 16bb165b 16ac163c 17211705 16b716c6 170c16e3 168e16ae 16801643 16971675 16f116ec 16eb16ca 16a316fa 166f1686 164d1629 16ae1684 16ca16d0 171116ed 16e016be 16931658 16b01688 16da16e6 16c616ca 172516e1 16ae1690 16c816b4]
    PVT_P0_08[16171674 16141630 1614165f 162c1631 15f71619 16371677 16c416a2 16471633 16b51676 16291661 16a01652 1670167e 1698168e 168f164d 169d16b2 16501679 167b1696 164b1635 164c1678 1633161f 16211641 16501688 169a166f 16341643 161e1654 1638165e]
    PVT_P1_08[162915f0 160715d9 15dc15d9 16831625 167316b6 165c165b 168c167f 1675167f 15ec1606 169a1684 16191642 1671167f 162d165f 1615163a 167d165b 16c116b8 16a0161d 161915ef 15cb1611 16681646 163a1682 16121617 16611656 15f6160e 16741677 161b15ff]
    PVT_P2_08[16641625 16761684 162515e6 160b1651 15f71659 169516dd 169d169c 16481606 1647164c 162e1618 16241605 163a162e 1646164e 165e1638 160e15f5 16171638 16941683 15f115bd 1662168e 15f815c1 1634162e 1618163f 163115f2 167e166a 16a31678 16491666]
    PVT_P3_08[167e1690 15e81622 16551651 16641643 16ac1693 16911681 1689169e 166a1655 15e01627 169316ba 16731660 1664164d 16381680 15e21648 15fe15f2 16b51653 165f1650 166e1677 164c1654 15f41620 166c1602 168d1649 169716eb 169c16a7 16ad16bb 1657163b]
    PVT_P0_09[1a281a11 1ad61b1d 19ad1abc 1ab01b07 1aba1a97 1a811a80 1b911bb8 1aed1ac1 1b671aeb 1aaf1b43 1b451b6c 1b3b1b5f 1b4c1b1e 1b1d1b41 1b2a1b51 1ae51af0 1b4c1b5a 1b601aeb 1ace1afc 1a941a76 1ae81ad4 1abb1afc 1aa21aa2 1ac01aca 1abf1ab4 1aaf1abc]
    PVT_P1_09[1b051ac4 1a6c1a5a 1b161af4 1b591ab9 1b421b5c 1b561afc 1b971ba9 1b1d1af0 1a4e1a42 1b751b0e 1b121bc1 1b531b7b 1b5b1b5d 1b001a50 1b261b84 1bb81b4a 1b501b0c 1b841aee 1ac61b07 1adb1a65 1b561b45 1ae71b75 1af11aa0 1af51aea 1b291af2 1b601b27]
    PVT_P2_09[1ac21ade 1b8f1ac8 1a6a1a33 1b651ad5 1b6c1b34 1bb11b48 1b731b63 1a7d1ada 1ab31a82 1a801ad4 1aeb1aeb 1b3d1b01 1a9a1a9f 1af71ad3 1ab71ae0 1a7a1a73 1af01b3a 1b131a9e 1ace1ad7 1ab71a1b 1b661ae4 1a411a1e 1a751a9c 1b7a1b08 1b541b13 1ab91a87]
    PVT_P3_09[1b9a1b5f 1a811a45 1b8e1b9a 1a9f1abd 1c071be6 1b921b7f 1bcb1bb5 1a9b1a8d 1ab31a59 1a501a7a 1beb1b8f 1b501b01 1b661b9c 1abf1adc 1a821a6e 1ad31aa2 1b461b85 1b721b31 1b461b80 1ad91abf 1b1c1b1c 1c061b7d 1a9b1add 1bc01bb1 1a7e1ab1 1b741b8a]
    PVT_P0_10[18d41935 18ad18ca 192e191b 190b18bd 18f218ac 19181909 198619ad 18f718ac 19e1193c 19011904 19a91959 1945191e 198919b2 19371960 1953198d 193e192c 19651985 18d418f6 1908195e 18e218b1 19211906 1932193f 1943194f 18bd18f7 1914193c 190518df]
    PVT_P1_10[18cf18db 18da189c 18b018e2 197318c5 19211971 1954193d 19f71993 19531936 18ab18b0 195f1951 1931198b 198d196c 192f193f 190d190a 19191979 199b1941 1954193f 1939190f 190118ed 190c193d 193b1979 192a192a 18fa192e 190418d3 19421912 18be18d3]
    PVT_P2_10[192d1914 19451949 18f71890 190b18f3 18e6190c 19ad196e 197f1952 18ec18ba 190118b7 18731895 18bd18d0 18ce18a0 18d618eb 18e018e2 187618a1 192518f6 19a71953 18751850 194218e8 18701833 1938194e 18e618ae 188418b5 195e195e 1900192e 19161938]
    PVT_P3_10[1939194d 18f81901 18f218f1 19031924 19a51984 192b1917 197419ca 195f1942 18cb18ea 1913195b 19421952 19991955 192c193e 18b718b7 18701864 1959191b 19541953 19321962 18fc192a 187318a5 18cd18bd 19461942 195f199f 19341926 19641955 190b1923]
    PVT_P0_11[16581665 161f168b 16691694 16431637 16301653 16631667 16fa1713 168a1657 16be1695 165c168b 16bb164d 16b71688 16dc16b3 16d21687 16c816d5 167316a2 16c716c3 16781636 167d16aa 1673163b 165f165b 16a016be 16cc16a3 164d1676 166f166f 165e167b]
    PVT_P1_11[16201608 160b160e 160f15ff 1690167f 16c1168a 167a16a3 16d616da 16e316b9 16151630 16e71700 162e168c 168d16a3 168e1688 16751697 16a51678 171416ec 16b816b1 163d1630 161c164a 169a168f 163816aa 16141651 16e7166a 1646161d 16de16cc 15f8160e]
    PVT_P2_11[16761656 16701666 165f15e5 164b1635 161c167d 168f168f 16b61670 160d1614 16561654 1637161f 16761645 164f1621 16711671 16621675 163f15f5 161315ec 16bb1679 163e1609 16451660 160215f0 1640168b 15f5164b 163b15e0 169a1677 16801674 164c1652]
    PVT_P3_11[169216ad 15f11622 16421656 16441647 16ed16c2 16971697 16b71698 16741664 160b161c 169016e3 16a6166d 16a91634 16241659 1608162e 16231620 16b2167a 1682165e 165d1690 1658168a 16161682 1655163d 167a165c 168a16ae 16a3169f 16c516d0 16701690]
    ERATIO0[  2.55%   1.36%   1.96%   1.58%   2.25%   1.79%   3.63%   1.86%   1.73%   1.70%   1.15%   1.60%   2.24%   1.39%   1.06%   2.24%   1.56%   1.77%   2.57%   2.01%   2.19%   1.75%   2.79%   2.02%   2.25%   1.81%]
    ERATIO1[  0.68%   1.28%   1.78%   4.70%   2.80%   1.87%   1.97%   2.58%   1.62%   3.02%   0.94%   1.18%   2.28%   6.79%   2.91%   3.43%   5.40%   1.03%   1.16%   2.10%   2.04%   0.92%   4.19%   1.09%   5.26%   1.37%]
    ERATIO2[  2.76%   2.29%   2.10%   2.30%   1.70%   2.17%   1.89%   3.35%   2.16%   3.42%   3.44%   3.72%   4.14%   3.97%   2.93%   2.43%   1.74%   4.24%   3.00%   3.66%   4.27%   2.09%   2.60%   3.65%   2.00%   4.49%]
    ERATIO3[  1.82%   3.95%   1.52%   5.44%   2.35%   2.27%   1.82%   3.41%   2.02%   3.88%   1.59%   1.74%   1.69%   1.94%   2.89%   5.09%   3.02%   1.52%   1.96%   2.23%   2.13%   1.38%   4.71%   1.79%   5.53%   2.19%]
    C_00_00[ 418663  427253  420849  426032  424107  427500  414018  423162  428517  425742  432662  429674  424881  432702  433876  421807  430734  426263  423440  428708  431077  427516  420214  427647  426196  428405]
    C_01_00[ 437727  431805  431275  414345  422277  427311  424803  423538  432842  424880  436665  437133  430903  405938  428026  422357  408139  438984  437798  431770  437946  440595  423306  444732  419849  442632]
    C_02_00[ 421536  429984  427113  432670  434981  430175  429067  415155  422309  411403  414111  415230  407859  408506  415935  419087  430349  407779  412806  408604  417565  411040  418370  418600  421474  403766]
    C_03_00[ 418146  406055  422603  396787  418721  413548  418266  408904  419029  401384  423034  422127  424270  420211  416808  402608  417238  425592  419401  417600  423292  427537  400960  424120  397162  421210]
    C_00_01[  10973    5886    8434    6841    9742    7811   15594    8017    7558    7384    5028    6992    9733    6103    4637    9644    6838    7686   11182    8803    9638    7621   12057    8824    9809    7892]
    C_01_01[   2989    5588    7811   20427   12164    8125    8521   11225    7138   13225    4147    5209   10068   29567   12810   15024   23282    4564    5140    9254    9107    4071   18498    4909   23299    6155]
    C_02_01[  11986   10065    9180   10204    7508    9549    8259   14377    9310   14580   14739   16063   17619   16894   12544   10433    7628   18050   12778   15504   18635    8775   11152   15878    8592   18977]
    C_03_01[   7735   16688    6508   22821   10067    9596    7761   14457    8635   16196    6836    7494    7301    8324   12425   21574   13006    6548    8389    9521    9222    5970   19826    7734   23262    9453]
    GHSmm00[ 206.77  208.57  207.40  208.55  207.55  207.75  207.93  208.32  208.80  208.38  210.12  209.52  208.00  209.65  209.98  207.50  209.10  207.38  207.77  208.20  209.27  208.35  206.82  208.70  206.90  207.55]
    GHSmm01[ 210.35  209.43  209.77  207.15  207.93  207.52  207.20  205.90  208.75  207.60  210.25  209.75  208.73  207.00  208.60  206.68  204.77  208.93  209.25  206.77  209.45  209.73  206.70  210.18  206.65  209.25]
    GHSmm02[ 202.27  206.30  204.77  206.50  206.62  205.82  204.93  201.30  203.35  200.62  201.52  201.85  199.85  200.40  202.35  204.25  206.82  201.38  200.85  200.32  205.43  203.88  203.07  206.07  204.00  205.20]
    GHSmm03[ 207.15  205.02  209.38  203.95  208.93  205.77  207.80  206.50  207.02  202.15  208.80  208.93  209.35  207.12  208.32  205.80  208.00  208.38  206.25  206.98  209.12  209.35  202.70  208.40  202.35  208.95]
    FM[1]
    CRC[0 0 0 0],MM Count=1,Smart Speed=1,Connecter=AUC,AUC VER=AUC-20151208,AUC I2C Speed=400000,AUC I2C XDelay=24000,AUC Sensor=16709,AUC Temperature=24.36,Connection Overloaded=false,Voltage Level Offset=0,Nonce Mask=25,USB Pipe=0,USB Delay=r0 0.000000 w0 0.000000,USB tmo=0 0|STATS=1,ID=POOL0,Elapsed=6663,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=262144.00000000,Min Diff=32768.00000000,Max Diff=262144.00000000,Min Diff Count=1210,Max Diff Count=983,Times Sent=297,Bytes Sent=31498,Times Recv=598,Bytes Recv=199444,Net Bytes Sent=31498,Net Bytes Recv=199444|STATS=2,ID=POOL1,Elapsed=6663,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=152,Times Recv=3,Bytes Recv=244,Net Bytes Sent=152,Net Bytes Recv=244|STATS=3,ID=POOL2,Elapsed=6663,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=4096.00000000,Min Diff=4096.00000000,Max Diff=4096.00000000,Min Diff Count=1,Max Diff Count=1,Times Sent=2,Bytes Sent=152,Times Recv=4,Bytes Recv=1303,Net Bytes Sent=152,Net Bytes Recv=1303|'
[STATUS] =>
(
   [STATUS] => S
   [When] => 1554511691
   Code => 70
   [Msg] => CGMiner stats
   [Description] => cgminer 4.10.0
)
[STATS0] =>
(
   [STATS] => 0
   [ID] => AV90
   [Elapsed] => 6663
   [Calls] => 0
   [Wait] => 0.000000
   [Max] => 0.000000
   [Min] => 99999999.000000
   [MM ID1] => Ver[9211809-b150820]
    DNA[013f0b060758403a]
    Elapsed[6666]
    MW[1852312 1854650 1854559 1851345]
    LW[7412866]
    MH[0 0 0 0]
    HW[0]
    DH[2.507%]
    Temp[21]
    TMax[85]
    Fan[6240]
    FanR[100%]
    Vi[1234 1234 1235 1235]
    Vo[4187 4200 4164 4185]
    PLL0[0 0 0 0 845 1324 4487]
    PLL1[0 0 0 0 1131 821 4704]
    PLL2[0 0 0 0 2992 2031 1633]
    PLL3[0 0 0 0 1635 1086 3935]
    GHSmm[21501.30]
    WU[213473.62]
    Freq[807.59]
    PG[15]
    Led[0]
    MW0[45 90 48 67 60 63 89 74 93 89 116 100 88 109 96 57 109 62 87 76 93 66 43 88 52 50]
    MW1[122 102 85 80 72 74 52 41 100 72 105 75 98 85 89 46 33 80 103 50 108 116 59 91 44 91]
    MW2[47 117 114 99 90 89 83 48 63 25 41 37 26 24 51 76 103 42 50 33 92 63 62 92 77 104]
    MW3[97 46 122 47 114 68 121 89 96 27 113 100 108 87 102 70 88 107 101 96 111 114 34 108 35 115]
    TA[104]
    ECHU[0 0 0 0]
    ECMM[0]
    FAC0[-9]
    OC[0]
    SF0[0 0 0 0 775 800 825]
    SF1[0 0 0 0 775 800 825]
    SF2[0 0 0 0 775 800 825]
    SF3[0 0 0 0 775 800 825]
    PMUV[2260 2260]
    PVT_T0[ 76  79  79  81  80  80  76  78  74  78  83  79  85  84  78  77  75  74  74  75  83  82  82  82  83  80]
    PVT_T1[ 78  80  80  79  77  74  73  75  76  78  81  80  82  84  84  76  75  73  74  74  73  77  82  80  79  78]
    PVT_T2[ 77  81  78  79  78  75  74  74  75  75  78  80  75  76  81  76  75  77  74  74  73  73  77  75  74  72]
    PVT_T3[ 84  79  78  79  78  77  75  76  77  76  80  76  85  78  75  76  74  73  75  82  84  85  84  81  79  78]
    PVT_V0[405 401 401 399 399 402 407 402 398 403 397 401 394 398 400 402 398 404 398 403 396 398 394 398 402 400]
    PVT_V1[402 409 404 403 398 405 401 404 412 402 399 397 394 398 393 395 397 402 402 408 401 400 395 401 398 401]
    PVT_V2[404 396 400 397 399 400 403 403 402 404 403 403 408 403 398 399 397 409 407 406 395 401 401 393 400 397]
    PVT_V3[403 405 405 399 405 409 403 400 409 401 402 401 396 407 411 399 403 402 407 410 406 399 396 397 396 401]
    PVT_P0_00[1279126c 12f612c0 129d12ba 12d812e8 12e612c1 12d712b4 13751362 130412f4 1352133a 133d12ff 13261332 134b1371 1314136f 13641318 135a1357 12f412e5 1343133d 1315130a 12c71328 12bc12d5 12da1301 12fa12fe 130b12a9 130512db 12c3129f 13191312]
    PVT_P1_00[1337131b 12b41265 1313130c 13201321 133c1348 13251330 13ab137d 131d12f8 129c12a7 133b12f9 13851330 1367135a 13551349 12d9129c 13aa13a5 13531339 12e412c9 134a1312 132412f1 12ef12d2 13621329 13211325 129e12b6 1307133f 12f41308 12df1305]
    PVT_P2_00[1369134a 13a81378 131512fa 134e135a 13581335 13651392 134c131f 132912de 134e12f8 131d130c 13551318 1343132e 133612ce 1310130e 130712de 13301346 131f1341 13381310 13441378 12e712dd 1331133c 12fd12f3 12fb1312 135e1360 13b01380 12fb12f4]
    PVT_P3_00[1372138c 132212ee 13791358 133712db 13fd13fc 13521387 13ba13d3 130b132f 132a12d9 12d512db 138713c2 139f136c 13af1373 12fc1318 130c1312 134112f4 13701393 138013a9 135b1320 12ec12ed 1396132c 13ad1390 133012ec 13a613eb 12f812dd 13601380]
    PVT_P0_01[118d1199 116b1183 118f1171 1171117a 11551146 11ac1197 123f1232 117c1186 11f211f6 119f11c0 11d811dd 120011e4 11d7122d 11ea1218 11f41219 11af11d4 11f9120d 1185119d 11ca11ba 115e1180 117d1199 11cc11e0 11d111a6 11711191 11761168 118e119a]
    PVT_P1_01[11a71189 1175115a 11aa11a7 11d211b8 11fd11fe 11d21201 1200122f 11e911c1 11681153 11d811b0 11cb11f1 12371222 11d911f4 118f1170 11e81204 11c811f8 119d11c9 11d511d7 11bf11d3 118111d4 1203124f 11c211f3 11af1175 11d011d6 11a511c1 119f11ce]
    PVT_P2_01[122a1212 121f11de 11d211b6 11e811e1 11d111bb 12501274 120f1213 119e118b 11fa11a2 11891177 117f1192 11ba117f 120111e2 11c8119b 117811b1 11e71212 1210120d 11ab1187 121d11f1 11291182 11c411e0 11a411c5 11ba11ab 11f211e6 121a120f 11c811b3]
    PVT_P3_01[11f911fd 1178114c 11af11fd 11ba115f 1214121b 11eb11e0 12041249 11a011b4 11b0119c 1195119e 121611fe 121c121c 11c91208 119c11a2 115c119f 11b411c2 11ca120b 120e11fa 11ed11a6 119811a9 11a6118f 122d1208 119f11c5 11ed120c 11a811a3 11d211f9]
    PVT_P0_02[109610c9 10ba10b4 109d10d2 10ca10da 10b110c7 10a810af 113f1129 10e21099 1126110d 10e610fb 111510f7 113010f2 110a1154 110610fe 11181130 10e010ef 10f91142 10cc10e6 10ea110a 10af10ad 10c210c9 10eb110c 10ff1100 10c210b6 10bf10bc 10bf10e7]
    PVT_P1_02[10c410db 109410a5 10bf109e 10ea1104 11171117 10f910e0 113a1134 112210f1 108810af 11271121 10d710ed 112d1128 110510e0 10e610bd 11021101 11411131 110810f8 10ed10e9 10d710d0 10e610e3 111a111f 10dd10d9 10cf10c9 10b410cf 111010d7 10c010bb]
    PVT_P2_02[113d110b 10f7110c 10d310c9 10e510e1 10e410e7 1141113d 1127112e 10e010b6 110510e4 109710b3 10ad10e2 10e410dd 110c110b 10f710e0 10ce10a1 10fa10db 11071106 10de10b0 110510f3 10bc109d 110b10e9 10dc10be 10e510d8 11101105 112f1107 10db1105]
    PVT_P3_02[11101116 10a010b2 111810f7 111210c6 11661132 10eb113e 11361132 10f9110d 10b710c0 11031108 112210f0 11121125 10db110c 10c610c5 10ca10dc 10ec1103 10eb10f8 1119110a 113310df 10bb10d3 10ee10af 113210ff 11161106 11101127 11021112 10ff110e]
    PVT_P0_03[1319134c 13841369 13321334 138b133d 139c1364 134f1339 1446146a 13841377 13fc13cc 13a513c5 13f413bb 14031406 140313e9 13ec13c8 140013c2 13621366 13e813b5 139c1352 136a1368 137e1353 1379134a 13ae1362 137c1360 1398135a 13261333 1396135b]
    PVT_P1_03[13c61388 136712fb 13bf138c 13f613b4 13e013c1 13da1390 142e144e 13c4138b 13111309 13fd13b1 13e413d2 14371403 13eb13c2 13911313 13fc13fe 140d13fe 13bd13a6 1422139f 137a1377 13581363 14091407 13bb13c0 1356135a 138a13ac 1390136d 13ea13ed]
    PVT_P2_03[13d913fe 13fb141c 13991382 13c113c6 13d213d8 13f41434 142513bd 139a1370 138d139e 13751391 140013b4 142e13ec 13b01398 13b01384 13ab13a5 13c313ab 13c313d8 13ed138b 140a1421 137a1342 13d213c2 13641361 138c138c 140a13dd 13c913e5 13b31399]
    PVT_P3_03[14301417 135f1351 14101427 13bf134d 149f1479 13f6142c 141c1442 1385138f 13a31363 13801369 14631450 141e13fc 142313ee 13931386 137b13cc 138f1386 13ed13f3 14361425 140213b4 13811389 142413fd 14581401 138b1384 144d1452 136d137c 14301421]
    PVT_P0_04[11571173 11741160 1170116d 1146112f 11341140 11701171 11fb120f 11a5116c 11ff11dc 115d116e 11cf11d2 11f811f5 11e81225 11be11d7 11c711d9 1199119d 11d211e2 11731171 118111b0 1143112f 11641152 119c119e 118d11a2 1153113f 116e118b 1155116b]
    PVT_P1_04[11af11b5 115c114b 117c117c 1189119e 11c711d1 11d311ac 11e31229 11cd11c6 112d1141 11ca118a 11be11d1 11ec1206 11ab11a4 1162114f 11dc11c5 11d211bb 11751169 11cc116a 11881184 11901196 11e0120a 11af11ba 1184117f 11811169 11991193 11861189]
    PVT_P2_04[11f611ba 11b011d8 11831175 11ab11be 114e118e 1230120f 12031207 116f1149 11a011ad 1120115b 115f117f 11971175 11be11b8 11731171 115b115f 11c911da 120e11d1 11771190 11e411d7 11361121 11a711bd 1192117c 116e1186 11a011b8 11f611e2 115b1178]
    PVT_P3_04[11d011d1 11451151 11be1195 1198115b 120b1204 11ce11b8 12041204 116211a1 11261128 1197117d 11fe11d5 11c711cf 11ac11c4 115e1183 117f1169 11b2116c 11c111a5 11cb11e0 11be11ac 11561165 118f1194 11dd11c5 1177117b 11b711d5 115d117b 11ac11b8]
    PVT_P0_05[10c810da 10f410e2 10da10df 10e910f4 10cc10e2 110e10dd 117a119b 111510df 11601143 112c1152 11301141 11591155 11681166 1149113f 1152114a 111f1117 113a1168 111f1138 10fb1120 10fa10f0 10fc1107 11201126 1127111d 10f9110b 10d710cb 110f10ff]
    PVT_P1_05[112410e4 10c710c6 10c710e1 112f1139 11241145 11421118 11921180 115b1154 10d210cc 1187113f 11031120 115e113e 112c1121 10f210ff 112d114a 11751163 114e1149 113710e7 10f510f1 11161127 11261189 11211102 11051128 10f410f5 11411139 10c410fe]
    PVT_P2_05[1176111d 11101133 10f810f4 10fc111e 10f9113e 11811165 116d118c 10e310d7 1146111c 10d810ff 10ef10ff 113410f3 1144111e 112d1120 10ff10fc 1126112b 1144113d 11121102 1134110e 10dc10cf 11131137 110a10d2 110b1102 113d1112 11491135 10e410bf]
    PVT_P3_05[11421137 10c710ab 11401111 110a10cc 11981157 117b115f 117c115d 10e010eb 10db10ca 1109111e 113b1111 1126110d 10ee111b 10fd10fc 110510ec 10e71116 11261118 11141148 112b1142 10e510f1 111910ed 11511139 111f111d 11441180 110b1116 11181140]
    PVT_P0_06[1727174c 17ab1789 1774173b 17aa179d 177517b1 178e1781 182c1833 17d517b3 182317e1 17a117e9 180617bf 181e17e6 185d17f2 17e117fe 17d217ff 17b417e1 182117bf 17a617e0 176917a5 179d1799 17bd17d4 17b41787 176f1750 17de17db 17a01787 18151793]
    PVT_P1_06[17b3176b 17701756 178117ad 17ad1774 180417d9 1804178e 17eb182c 17bf17f0 16ff1719 17d917aa 18031848 1874180c 17da17f9 17a6173f 1800186c 180c182d 17fc178e 17c71790 17bf178f 1784173c 181e17d4 17cf17be 1768174b 17d11805 17d017af 17c117b7]
    PVT_P2_06[17f417a7 1825186f 177e1750 179717ce 17fa17ad 184b17bb 180e1826 17b71796 17891799 17d11778 17c91798 178d177b 1763177c 17c81770 175e1789 17ad1778 18121810 173c1727 17e01769 17001703 17c417d6 17731722 176c175a 181e1806 17f61813 177d17f2]
    PVT_P3_06[185b183e 17541763 18091834 179a1740 18c9187d 184117fc 188a1881 17941785 175f1754 17711777 18521834 18431809 1842186e 175c175a 17b4173a 180017b7 1810186c 18461819 181717cb 17501788 181717b6 1870185d 17c5177b 185c1828 17561767 181a17e4]
    PVT_P0_07[167816c1 167f1690 16a016d0 168b1668 1654163a 16ad16a3 17181701 16a01650 16fd1715 165d16bc 16e716ee 16b816e2 16f31736 16d6169c 170d1723 16cc16f3 16ef1719 169c1667 16c316be 168f1627 165f1672 16a616d8 16fc16b5 16931650 16b116ad 16871686]
    PVT_P1_07[16cc1664 16511629 165a1630 16c41686 16ee16e5 16ab16a2 172316f6 16921677 1614167f 16d616d9 16b916b5 16d91721 16b016bd 16a71675 16f316e4 172a16f8 16e2166d 16a31697 168b1689 16651669 16dd16e6 16ad1689 16cd166f 168316be 16ce1687 1688167e]
    PVT_P2_07[16d6169f 16e216df 168e168e 16a016c2 16a616e1 1753171b 171916fd 1647164e 169016c2 166a1620 168c1652 1692167d 16a61658 16831688 16751659 16db16bb 173e1731 166e1611 16ed16b9 16261606 16c116ba 16b9163a 16721681 170116d5 16f516be 16bf169c]
    PVT_P3_07[16ac16f7 16841689 16bb165b 16ac163c 17211705 16b716c6 170c16e3 168e16ae 16801643 16971675 16f116ec 16eb16ca 16a316fa 166f1686 164d1629 16ae1684 16ca16d0 171116ed 16e016be 16931658 16b01688 16da16e6 16c616ca 172516e1 16ae1690 16c816b4]
    PVT_P0_08[16171674 16141630 1614165f 162c1631 15f71619 16371677 16c416a2 16471633 16b51676 16291661 16a01652 1670167e 1698168e 168f164d 169d16b2 16501679 167b1696 164b1635 164c1678 1633161f 16211641 16501688 169a166f 16341643 161e1654 1638165e]
    PVT_P1_08[162915f0 160715d9 15dc15d9 16831625 167316b6 165c165b 168c167f 1675167f 15ec1606 169a1684 16191642 1671167f 162d165f 1615163a 167d165b 16c116b8 16a0161d 161915ef 15cb1611 16681646 163a1682 16121617 16611656 15f6160e 16741677 161b15ff]
    PVT_P2_08[16641625 16761684 162515e6 160b1651 15f71659 169516dd 169d169c 16481606 1647164c 162e1618 16241605 163a162e 1646164e 165e1638 160e15f5 16171638 16941683 15f115bd 1662168e 15f815c1 1634162e 1618163f 163115f2 167e166a 16a31678 16491666]
    PVT_P3_08[167e1690 15e81622 16551651 16641643 16ac1693 16911681 1689169e 166a1655 15e01627 169316ba 16731660 1664164d 16381680 15e21648 15fe15f2 16b51653 165f1650 166e1677 164c1654 15f41620 166c1602 168d1649 169716eb 169c16a7 16ad16bb 1657163b]
    PVT_P0_09[1a281a11 1ad61b1d 19ad1abc 1ab01b07 1aba1a97 1a811a80 1b911bb8 1aed1ac1 1b671aeb 1aaf1b43 1b451b6c 1b3b1b5f 1b4c1b1e 1b1d1b41 1b2a1b51 1ae51af0 1b4c1b5a 1b601aeb 1ace1afc 1a941a76 1ae81ad4 1abb1afc 1aa21aa2 1ac01aca 1abf1ab4 1aaf1abc]
    PVT_P1_09[1b051ac4 1a6c1a5a 1b161af4 1b591ab9 1b421b5c 1b561afc 1b971ba9 1b1d1af0 1a4e1a42 1b751b0e 1b121bc1 1b531b7b 1b5b1b5d 1b001a50 1b261b84 1bb81b4a 1b501b0c 1b841aee 1ac61b07 1adb1a65 1b561b45 1ae71b75 1af11aa0 1af51aea 1b291af2 1b601b27]
    PVT_P2_09[1ac21ade 1b8f1ac8 1a6a1a33 1b651ad5 1b6c1b34 1bb11b48 1b731b63 1a7d1ada 1ab31a82 1a801ad4 1aeb1aeb 1b3d1b01 1a9a1a9f 1af71ad3 1ab71ae0 1a7a1a73 1af01b3a 1b131a9e 1ace1ad7 1ab71a1b 1b661ae4 1a411a1e 1a751a9c 1b7a1b08 1b541b13 1ab91a87]
    PVT_P3_09[1b9a1b5f 1a811a45 1b8e1b9a 1a9f1abd 1c071be6 1b921b7f 1bcb1bb5 1a9b1a8d 1ab31a59 1a501a7a 1beb1b8f 1b501b01 1b661b9c 1abf1adc 1a821a6e 1ad31aa2 1b461b85 1b721b31 1b461b80 1ad91abf 1b1c1b1c 1c061b7d 1a9b1add 1bc01bb1 1a7e1ab1 1b741b8a]
    PVT_P0_10[18d41935 18ad18ca 192e191b 190b18bd 18f218ac 19181909 198619ad 18f718ac 19e1193c 19011904 19a91959 1945191e 198919b2 19371960 1953198d 193e192c 19651985 18d418f6 1908195e 18e218b1 19211906 1932193f 1943194f 18bd18f7 1914193c 190518df]
    PVT_P1_10[18cf18db 18da189c 18b018e2 197318c5 19211971 1954193d 19f71993 19531936 18ab18b0 195f1951 1931198b 198d196c 192f193f 190d190a 19191979 199b1941 1954193f 1939190f 190118ed 190c193d 193b1979 192a192a 18fa192e 190418d3 19421912 18be18d3]
    PVT_P2_10[192d1914 19451949 18f71890 190b18f3 18e6190c 19ad196e 197f1952 18ec18ba 190118b7 18731895 18bd18d0 18ce18a0 18d618eb 18e018e2 187618a1 192518f6 19a71953 18751850 194218e8 18701833 1938194e 18e618ae 188418b5 195e195e 1900192e 19161938]
    PVT_P3_10[1939194d 18f81901 18f218f1 19031924 19a51984 192b1917 197419ca 195f1942 18cb18ea 1913195b 19421952 19991955 192c193e 18b718b7 18701864 1959191b 19541953 19321962 18fc192a 187318a5 18cd18bd 19461942 195f199f 19341926 19641955 190b1923]
    PVT_P0_11[16581665 161f168b 16691694 16431637 16301653 16631667 16fa1713 168a1657 16be1695 165c168b 16bb164d 16b71688 16dc16b3 16d21687 16c816d5 167316a2 16c716c3 16781636 167d16aa 1673163b 165f165b 16a016be 16cc16a3 164d1676 166f166f 165e167b]
    PVT_P1_11[16201608 160b160e 160f15ff 1690167f 16c1168a 167a16a3 16d616da 16e316b9 16151630 16e71700 162e168c 168d16a3 168e1688 16751697 16a51678 171416ec 16b816b1 163d1630 161c164a 169a168f 163816aa 16141651 16e7166a 1646161d 16de16cc 15f8160e]
    PVT_P2_11[16761656 16701666 165f15e5 164b1635 161c167d 168f168f 16b61670 160d1614 16561654 1637161f 16761645 164f1621 16711671 16621675 163f15f5 161315ec 16bb1679 163e1609 16451660 160215f0 1640168b 15f5164b 163b15e0 169a1677 16801674 164c1652]
    PVT_P3_11[169216ad 15f11622 16421656 16441647 16ed16c2 16971697 16b71698 16741664 160b161c 169016e3 16a6166d 16a91634 16241659 1608162e 16231620 16b2167a 1682165e 165d1690 1658168a 16161682 1655163d 167a165c 168a16ae 16a3169f 16c516d0 16701690]
    ERATIO0[  2.55%   1.36%   1.96%   1.58%   2.25%   1.79%   3.63%   1.86%   1.73%   1.70%   1.15%   1.60%   2.24%   1.39%   1.06%   2.24%   1.56%   1.77%   2.57%   2.01%   2.19%   1.75%   2.79%   2.02%   2.25%   1.81%]
    ERATIO1[  0.68%   1.28%   1.78%   4.70%   2.80%   1.87%   1.97%   2.58%   1.62%   3.02%   0.94%   1.18%   2.28%   6.79%   2.91%   3.43%   5.40%   1.03%   1.16%   2.10%   2.04%   0.92%   4.19%   1.09%   5.26%   1.37%]
    ERATIO2[  2.76%   2.29%   2.10%   2.30%   1.70%   2.17%   1.89%   3.35%   2.16%   3.42%   3.44%   3.72%   4.14%   3.97%   2.93%   2.43%   1.74%   4.24%   3.00%   3.66%   4.27%   2.09%   2.60%   3.65%   2.00%   4.49%]
    ERATIO3[  1.82%   3.95%   1.52%   5.44%   2.35%   2.27%   1.82%   3.41%   2.02%   3.88%   1.59%   1.74%   1.69%   1.94%   2.89%   5.09%   3.02%   1.52%   1.96%   2.23%   2.13%   1.38%   4.71%   1.79%   5.53%   2.19%]
    C_00_00[ 418663  427253  420849  426032  424107  427500  414018  423162  428517  425742  432662  429674  424881  432702  433876  421807  430734  426263  423440  428708  431077  427516  420214  427647  426196  428405]
    C_01_00[ 437727  431805  431275  414345  422277  427311  424803  423538  432842  424880  436665  437133  430903  405938  428026  422357  408139  438984  437798  431770  437946  440595  423306  444732  419849  442632]
    C_02_00[ 421536  429984  427113  432670  434981  430175  429067  415155  422309  411403  414111  415230  407859  408506  415935  419087  430349  407779  412806  408604  417565  411040  418370  418600  421474  403766]
    C_03_00[ 418146  406055  422603  396787  418721  413548  418266  408904  419029  401384  423034  422127  424270  420211  416808  402608  417238  425592  419401  417600  423292  427537  400960  424120  397162  421210]
    C_00_01[  10973    5886    8434    6841    9742    7811   15594    8017    7558    7384    5028    6992    9733    6103    4637    9644    6838    7686   11182    8803    9638    7621   12057    8824    9809    7892]
    C_01_01[   2989    5588    7811   20427   12164    8125    8521   11225    7138   13225    4147    5209   10068   29567   12810   15024   23282    4564    5140    9254    9107    4071   18498    4909   23299    6155]
    C_02_01[  11986   10065    9180   10204    7508    9549    8259   14377    9310   14580   14739   16063   17619   16894   12544   10433    7628   18050   12778   15504   18635    8775   11152   15878    8592   18977]
    C_03_01[   7735   16688    6508   22821   10067    9596    7761   14457    8635   16196    6836    7494    7301    8324   12425   21574   13006    6548    8389    9521    9222    5970   19826    7734   23262    9453]
    GHSmm00[ 206.77  208.57  207.40  208.55  207.55  207.75  207.93  208.32  208.80  208.38  210.12  209.52  208.00  209.65  209.98  207.50  209.10  207.38  207.77  208.20  209.27  208.35  206.82  208.70  206.90  207.55]
    GHSmm01[ 210.35  209.43  209.77  207.15  207.93  207.52  207.20  205.90  208.75  207.60  210.25  209.75  208.73  207.00  208.60  206.68  204.77  208.93  209.25  206.77  209.45  209.73  206.70  210.18  206.65  209.25]
    GHSmm02[ 202.27  206.30  204.77  206.50  206.62  205.82  204.93  201.30  203.35  200.62  201.52  201.85  199.85  200.40  202.35  204.25  206.82  201.38  200.85  200.32  205.43  203.88  203.07  206.07  204.00  205.20]
    GHSmm03[ 207.15  205.02  209.38  203.95  208.93  205.77  207.80  206.50  207.02  202.15  208.80  208.93  209.35  207.12  208.32  205.80  208.00  208.38  206.25  206.98  209.12  209.35  202.70  208.40  202.35  208.95]
    FM[1]
    CRC[0 0 0 0]
   [MM Count] => 1
   [Smart Speed] => 1
   [Connecter] => AUC
   [AUC VER] => AUC-20151208
   [AUC I2C Speed] => 400000
   [AUC I2C XDelay] => 24000
   [AUC Sensor] => 16709
   [AUC Temperature] => 24.36
   [Connection Overloaded] => false
   [Voltage Level Offset] => 0
   [Nonce Mask] => 25
   [USB Pipe] => 0
   [USB Delay] => r0 0.000000 w0 0.000000
   [USB tmo] => 0 0
)
[STATS1] =>
(
   [STATS] => 1
   [ID] => POOL0
   [Elapsed] => 6663
   [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] => 262144.00000000
   [Min Diff] => 32768.00000000
   [Max Diff] => 262144.00000000
   [Min Diff Count] => 1210
   [Max Diff Count] => 983
   [Times Sent] => 297
   [Bytes Sent] => 31498
   [Times Recv] => 598
   [Bytes Recv] => 199444
   [Net Bytes Sent] => 31498
   [Net Bytes Recv] => 199444
)
[STATS2] =>
(
   [STATS] => 2
   [ID] => POOL1
   [Elapsed] => 6663
   [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] => 152
   [Times Recv] => 3
   [Bytes Recv] => 244
   [Net Bytes Sent] => 152
   [Net Bytes Recv] => 244
)
[STATS3] =>
(
   [STATS] => 3
   [ID] => POOL2
   [Elapsed] => 6663
   [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] => 4096.00000000
   [Min Diff] => 4096.00000000
   [Max Diff] => 4096.00000000
   [Min Diff Count] => 1
   [Max Diff Count] => 1
   [Times Sent] => 2
   [Bytes Sent] => 152
   [Times Recv] => 4
   [Bytes Recv] => 1303
   [Net Bytes Sent] => 152
   [Net Bytes Recv] => 1303
)

[Steamtyme]

Just looking at this it looks like your hashrate is good 21.5 TH , and you have no error codes [ECHU] or [ECMM]

I think you have a non issue, are you newer to mining? As long as your pool side hashrate matches roughly the same as your seeing in Miner status you are fine. I'm surprised you didn't get a response saying everything is okay, but I can't speak for them.

[gwyden]

Just looking at this it looks like your hashrate is good 21.5 TH , and you have no error codes [ECHU] or [ECMM]

I think you have a non issue, are you newer to mining? As long as your pool side hashrate matches roughly the same as your seeing in Miner status you are fine. I'm surprised you didn't get a response saying everything is okay, but I can't speak for them.

By golly you are right on this one.  I didn't realize this debug only showed one of the three miners in the chain.   Now ti figure out why the other two are no longer reporting in.       

[Steamtyme]

It can be a couple of things but Avalons are generally really easy to troubleshoot and narrow down issues.

Sounds like you are running 3 of these. If you are running them all off 1 AUC3 I would double check the 5 pin cables running from miner 1 to miner 2, do the same from 2 to 3. Once you've confirmed they are secure, try swapping them around if all 3 miners aren't showing up yet. I have found this is usually my issue after I move things around.

If all 3 still aren't reporting you should changing the order of the miners in the chain. Hopefully that helps get them back online.

[wormixx]

Have anyone dealt with high DH value (device hardware errors)?
Now I have three Avalon 851 with DH=14%, 35% and 50% and reduced hashrate respectively.
I could suppose it is a single defect with one miner or hashboard, but it's happened with 3 miners out of 5 one after another during 4 months after purchase.

Particularly alarming, that all of the troubled miners worked with "Low power" firmware (2018-12-22) since purchasing, while other miners from the same batch worked with high-performance firmware all the time and they are ok now (firmware 2018-06-28). It's a strange coincidence.
All miners worked in the same environment - in a cool room with good ventilation and ambient temperature 18C.
Low power mode means more gentle conditions for hardware - lower frequency, lower heating. How could hashboards degrade so fast in low power mode?
Sounds like nonsense, but is the "Low Power mode" danger for hashboards on long working period?
Or it's just inexplicable coincidence and manufacturing defect?

Canaan removed DH parameter from cgminer status page (it was present at the page for Avalon7) and it was a bad idea to remove it for Avalon8, because it is the most important health indicator alongside with power good indicator.
Additionally, the status page now shows miner's individual hashrate without considering hardware errors and it is difficult to notice the growth of hardware errors.
You are looking at individual miners hashrates and they are ok. But overall daisy-chain hashrate gradually decreases month by month.
And then one day a few months later you look and realize that it's become steadily smaller than before.
Look at the screenshot.
https://i.imgur.com/BKO5kSH.png
Miners work with last firmware with Low power mode.
Individual miners hashrate is 9093 and 8772, but overall hashrate isn't exceeded 12800 (should be ~17800) after 1 hour of heating.
cgminer log shows:
 DH[14.638%] for miner A851S-0-1 and DH[54.779%] for miner A851S-0-2
But healthy miners have DH not greater 2-3% after 10-15 minutes of heating
cgminer log has values

Code:

    ERATIO0[ 16.85%  56.00%  18.64%  75.77%  59.03%   3.47%  10.91%  77.26%  79.47%  21.65%  69.13%   7.62%  42.37%  84.72%  59.43%  43.69%  64.23%  45.52%  80.81%  98.77%  17.58%  73.80%  68.72%  87.45%  11.55%  48.68%]
    ERATIO1[ 88.56%   1.95%  13.13%   3.20%   3.44%  36.88%  52.08%  27.48%   6.68%  23.04%  29.88%  57.11%  75.88%  51.02%  33.27%  40.86%   2.95%  93.26%  18.67%  74.89%   3.16%  24.74%  44.41%  75.87%   3.31%  67.16%]
    ERATIO2[ 66.05%   8.08%  68.06%  37.40%  96.47%  11.17%  56.95%  47.59%   4.86%  86.95%   9.54%  67.08%  52.28%  46.89%  33.27%  35.74%  10.27%  16.56%  25.82%  66.88%  23.80%  56.00%  40.72%  25.09%  61.23%  91.35%]
    ERATIO3[ 93.08%  87.69%  18.85%  75.79% 100.00%  66.48%  88.05%  72.23%  73.15%  65.12%  99.10%  89.62%  95.88%  95.03%  96.93%  81.98%  99.99%  76.08%  90.88%  94.63%  50.08%  86.05%  93.09%  80.70%  99.99%  85.68%]

I suppose it is a hardware errors ratio for every chip. Looks terrible.

Full cgminer log:

Code:

[Firmware Version] => Avalon Firmware - 20190404
    luci: b9dea8e
    cgminer: b2356a1
    cgminer-packages: bff9628
Reply was 'STATUS=S,When=1547392931,Code=70,Msg=CGMiner stats,Description=cgminer 4.10.0|STATS=0,ID=AV80,Elapsed=1857,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,MM ID1=Ver[8511904-82ceb60]
    DNA[013a148f8304c732]
    Elapsed[1828]
    MW[534675 534882 534310 534484]
    LW[2138351]
    MH[0 0 0 0]
    HW[0]
    DH[14.638%]
    Temp[14]
    TMax[50]
    Fan[1440]
    FanR[0%]
    Vi[1189 1189 1183 1183]
    Vo[3686 3660 3623 3652]
    PLL0[0 0 1756 2716]
    PLL1[0 0 2411 2061]
    PLL2[0 0 3521 951]
    PLL3[0 0 3088 1384]
    GHSmm[9067.71]
    WU[115644.86]
    Freq[506.92]
    PG[15]
    Led[0]
    PM[2]
    ME[1 1 1 1]
    MW0[9 15 13 17 10 11 17 14 9 12 14 9 17 8 7 13 17 21 24 18 18 6 15 15 25 14]
    MW1[14 9 13 17 11 12 17 13 17 14 19 13 14 12 18 12 7 11 12 15 18 11 19 5 16 13]
    MW2[12 12 17 15 12 9 12 15 18 9 7 9 13 15 11 20 9 13 19 9 10 7 9 10 5 6]
    MW3[4 11 10 11 11 15 10 12 9 2 9 10 3 14 5 12 9 23 7 12 10 16 17 12 18 10]
    TA[104]
    ECHU[0 0 0 0]
    ECMM[0]
    FAC0[0 -1 -1 -1 -1]
    OC[0]
    SF0[0 0 487 537]
    SF1[0 0 487 537]
    SF2[0 0 487 537]
    SF3[0 0 487 537]
    PMUV[0000 0000]
    PVT_T0[ 40  41  43  43  45  46  47  48  49  49  48  48  47  47  48  47  47  48  48  47  46  46  44  43  40  40]
    PVT_T1[ 41  44  44  45  47  47  47  48  49  49  50  49  50  50  50  50  50  48  48  47  47  46  44  45  43  44]
    PVT_T2[ 38  41  42  42  44  44  45  46  47  47  48  49  47  46  47  47  47  47  46  46  44  43  42  42  40  41]
    PVT_T3[ 41  40  41  42  43  44  45  45  46  47  49  46  47  46  47  47  47  46  46  45  43  43  41  40  39  38]
    PVT_V0[362 363 353 355 359 355 357 357 351 348 345 352 355 351 352 358 346 349 354 351 355 356 360 366 363 361]
    PVT_V1[355 357 366 359 349 360 353 359 343 350 348 350 354 352 349 359 359 348 351 352 362 360 358 356 359 352]
    PVT_V2[353 355 360 356 357 357 352 346 344 351 356 351 348 351 348 349 348 351 352 351 351 353 356 361 352 359]
    PVT_V3[359 355 355 353 363 350 363 350 359 356 353 348 362 349 358 354 356 351 358 360 355 355 358 354 360 365]
    ERATIO0[  9.92%   3.45%   0.15%   0.54%   2.16%   8.40%   2.06%   4.21%  14.49%   1.27%   3.88%   3.10%   1.92%   2.80%   7.47%   1.64%   1.30%   1.30%   0.23%   0.66%   1.04%   0.66%  11.00%   0.34%   0.24%   1.21%]
    ERATIO1[  0.35%   2.12%  54.88%   5.78%   1.39%  45.29%  15.11%  28.23%   1.60%  18.37%   6.49%   1.57%   3.38%   3.37%   0.98%  33.15%   3.66%   1.03%   0.92%   2.56%   0.50%  32.14%   0.29%   6.73%  13.01%  21.27%]
    ERATIO2[ 37.27%   6.75%  19.90%  30.76%  24.51%  19.17%  33.67%   1.54%   1.21%   3.16%  33.13%  31.43%   2.14%   8.18%   1.98%   2.81%  30.12%   5.14%  54.72%  19.87%  24.00%  28.42%   2.94%  73.37%  50.48%   7.63%]
    ERATIO3[ 71.21%  30.86%   8.24%   1.52%   2.84%   1.09%   5.83%  11.11%   4.26%  77.67%  10.67%   1.33%  68.32%   0.76%  68.75%  10.47%  20.69%   0.81%  42.56%  34.15%   3.93%   4.59%   4.52%   3.85%   3.40%  11.63%]
    GF0_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF0_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF0_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF0_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF1_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF1_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF1_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF1_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF2_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF2_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF2_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF2_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF3_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF3_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF3_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF3_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    PLL0_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL0_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL0_2[ 98  99   6  15  94 101 112 123 135 104  39  68  77  59  78  78  41  92   2  22  38  50 109  22  13 104]
    PLL0_3[ 74  73 166 157  78  71  60  49  37  68 133 104  95 113  94  94 131  80 170 150 134 122  63 150 159  68]
    PLL1_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL1_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL1_2[ 14  83 119 136  99 103 122 111 105  72  41  95 119 101  68 163 133  56  43  80  48 130  32 122  77 135]
    PLL1_3[158  89  53  36  73  69  50  61  67 100 131  77  53  71 104   9  39 116 129  92 124  42 140  50  95  37]
    PLL2_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL2_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL2_2[149 151 142 166 148 162 121  79  62 141 170 160  88 107 128 110 126 143 127 145 120 109 137 156 172 155]
    PLL2_3[ 23  21  30   6  24  10  51  93 110  31   2  12  84  65  44  62  46  29  45  27  52  63  35  16   0  17]
    PLL3_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL3_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL3_2[167  68 147  91 137  26 152 113 156 172 158  71 167   8 162  36 151  52 172 172 144 135 140 102 144  60]
    PLL3_3[  5 104  25  81  35 146  20  59  16   0  14 101   5 164  10 136  21 120   0   0  28  37  32  70  28 112]
    C_00_00[ 158225  166398  184920  181024  171741  159419  169988  164785  146534  174581  174819  170828  172558  172229  164838  174154  181316  177771  186274  183582  181894  176979  154907  182996  181177  173166]
    C_01_00[ 183031  171694  124666  161606  175442  141131  147701  122769  170945  144444  170310  174576  166187  164563  178192  110531  163455  175639  179772  169578  179242  122874  180873  159126  152685  135408]
    C_02_00[ 131249  159303  153899  116604  126809  137104  113404  174085  177526  165862  121543  115462  172869  160535  169368  168693  126990  162921  123931  134974  131581  143197  166888   69994   81850  157171]
    C_03_00[  48444  153977  155961  171821  163453  178549  158938  150282  162374   35267  149820  172873   52262  182474   51907  162946  137247  176513   93265  111815  161671  162020  161230  166755  163685  157997]
    C_00_01[  17418    5937     282     975    3794   14621    3575    7250   24834    2244    7066    5467    3381    4954   13313    2905    2386    2348     428    1219    1917    1175   19141     623     443    2124]
    C_01_01[    643    3718  151640    9905    2468  116816   26287   48293    2782   32501   11813    2779    5820    5734    1755   54801    6209    1834    1663    4458     905   58189     525   11475   22826   36580]
    C_02_01[  77968   11537   38235   51804   41182   32526   57554    2731    2170    5418   60208   52930    3773   14307    3430    4882   54732    8819  149796   33462   41556   56860    5048  192849   83453   12987]
    C_03_01[ 119838   68742   13999    2644    4773    1963    9841   18790    7218  122668   17893    2322  112687    1390  114179   19047   35797    1435   69099   57983    6605    7798    7630    6681    5761   20795]
    GHSmm00[  87.46   87.41   92.06   91.61   87.66   87.31   86.76   86.21   85.61   87.16   90.41   88.96   88.51   89.41   88.46   88.46   90.31   87.76   92.26   91.26   90.46   89.86   86.91   91.26   91.71   87.16]
    GHSmm01[  91.66   88.21   86.41   85.56   87.41   87.21   86.26   86.81   87.11   88.76   90.31   87.61   86.41   87.31   88.96   84.21   85.71   89.56   90.21   88.36   89.96   85.86   90.76   86.26   88.51   85.61]
    GHSmm02[  84.91   84.81   85.26   84.06   84.96   84.26   86.31   88.41   89.26   85.31   83.86   84.36   87.96   87.01   85.96   86.86   86.06   85.21   86.01   85.11   86.36   86.91   85.51   84.56   83.76   84.61]
    GHSmm03[  84.01   88.96   85.01   87.81   85.51   91.06   84.76   86.71   84.56   83.76   84.46   88.81   84.01   91.96   84.26   90.56   84.81   89.76   83.76   83.76   85.16   85.61   85.36   87.26   85.16   89.36]
    CINFO00[dee05bda01060000000000000000000000000000000000000000]
    CINFO01[dee05bda01060000000000000000000000000000000000000000]
    CINFO02[dee05bda01060000000000000000000000000000000000000000]
    CINFO03[dee05bda01060000000000000000000000000000000000000000]
    FM[1]
    CRC[0 0 0 0],MM ID2=Ver[8511904-82ceb60]
    DNA[013b35be89889e1c]
    Elapsed[1859]
    MW[542767 542935 542419 542594]
    LW[2170715]
    MH[0 0 0 0]
    HW[0]
    DH[54.779%]
    Temp[14]
    TMax[47]
    Fan[1530]
    FanR[0%]
    Vi[1212 1212 1222 1222]
    Vo[3653 3690 3677 3665]
    PLL0[0 0 4197 275]
    PLL1[0 0 4066 406]
    PLL2[0 0 4164 308]
    PLL3[0 0 4370 102]
    GHSmm[8766.26]
    WU[65367.51]
    Freq[490.06]
    PG[15]
    Led[0]
    PM[2]
    ME[1 1 1 1]
    MW0[6 5 7 8 4 15 11 4 8 9 5 8 9 4 4 9 6 7 4 0 8 8 6 4 9 5]
    MW1[1 15 9 11 7 8 5 12 22 11 7 11 6 2 12 9 12 0 12 5 11 14 9 8 19 7]
    MW2[12 12 5 13 1 12 7 5 13 2 14 4 8 13 7 9 21 17 15 8 6 9 9 12 8 1]
    MW3[2 2 6 7 0 8 1 8 4 3 0 2 0 3 0 4 0 6 2 3 10 6 0 5 0 7]
    TA[104]
    ECHU[0 0 0 0]
    ECMM[0]
    FAC0[0 -1 -1 -1 -1]
    OC[0]
    SF0[0 0 487 537]
    SF1[0 0 487 537]
    SF2[0 0 487 537]
    SF3[0 0 487 537]
    PMUV[0000 0000]
    PVT_T0[ 34  36  37  37  41  39  40  42  43  41  42  41  42  43  42  42  42  41  41  41  40  39  38  38  36  35]
    PVT_T1[ 35  35  36  39  38  40  40  41  41  41  43  43  43  43  44  43  42  42  43  42  43  47  45  44  39  39]
    PVT_T2[ 34  35  38  38  39  40  42  43  43  43  43  45  44  45  44  44  43  42  43  42  40  40  39  37  36  34]
    PVT_T3[ 35  36  37  38  38  39  40  41  43  41  41  41  41  41  42  43  41  43  40  40  39  38  38  36  34  36]
    PVT_V0[358 367 357 349 365 355 357 356 367 350 351 350 355 360 346 348 350 349 358 354 356 349 349 358 353 351]
    PVT_V1[360 360 358 356 359 347 355 350 354 351 353 357 356 344 345 346 354 357 350 349 353 346 354 362 354 354]
    PVT_V2[350 361 359 362 345 357 344 347 352 347 346 345 351 351 365 355 352 349 360 356 352 357 351 350 353 350]
    PVT_V3[347 356 356 358 336 351 352 357 371 353 341 346 345 342 350 357 337 357 340 346 354 347 355 352 330 357]
    ERATIO0[ 16.85%  56.00%  18.64%  75.77%  59.03%   3.47%  10.91%  77.26%  79.47%  21.65%  69.13%   7.62%  42.37%  84.72%  59.43%  43.69%  64.23%  45.52%  80.81%  98.77%  17.58%  73.80%  68.72%  87.45%  11.55%  48.68%]
    ERATIO1[ 88.56%   1.95%  13.13%   3.20%   3.44%  36.88%  52.08%  27.48%   6.68%  23.04%  29.88%  57.11%  75.88%  51.02%  33.27%  40.86%   2.95%  93.26%  18.67%  74.89%   3.16%  24.74%  44.41%  75.87%   3.31%  67.16%]
    ERATIO2[ 66.05%   8.08%  68.06%  37.40%  96.47%  11.17%  56.95%  47.59%   4.86%  86.95%   9.54%  67.08%  52.28%  46.89%  33.27%  35.74%  10.27%  16.56%  25.82%  66.88%  23.80%  56.00%  40.72%  25.09%  61.23%  91.35%]
    ERATIO3[ 93.08%  87.69%  18.85%  75.79% 100.00%  66.48%  88.05%  72.23%  73.15%  65.12%  99.10%  89.62%  95.88%  95.03%  96.93%  81.98%  99.99%  76.08%  90.88%  94.63%  50.08%  86.05%  93.09%  80.70%  99.99%  85.68%]
    GF0_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF0_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF0_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF0_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF1_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF1_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF1_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF1_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF2_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF2_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF2_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF2_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    GF3_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF3_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    GF3_2[487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487 487]
    GF3_3[537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537 537]
    PLL0_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL0_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL0_2[165 165 156 170 149 159 151 172 132 172 172 134 128 170 172 171 172 146 171 171 145 172 172 170 172 172]
    PLL0_3[  7   7  16   2  23  13  21   0  40   0   0  38  44   2   0   1   0  26   1   1  27   0   0   2   0   0]
    PLL1_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL1_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL1_2[171 114 170 147 123 169 172 161 143 161 171 159 165 171 151 172 140 172 160 172 114 137 170 172 127 170]
    PLL1_3[  1  58   2  25  49   3   0  11  29  11   1  13   7   1  21   0  32   0  12   0  58  35   2   0  45   2]
    PLL2_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL2_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL2_2[172 140 172 133 172 145 172 172 142 172 163 172 172 172 150 158 133 154 137 160 151 172 172 163 172 172]
    PLL2_3[  0  32   0  39   0  27   0   0  30   0   9   0   0   0  22  14  39  18  35  12  21   0   0   9   0   0]
    PLL3_0[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL3_1[  0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0   0]
    PLL3_2[172 172 165 166 172 172 172 161 163 171 172 172 172 172 172 171 169 172 172 172 170 172 172 172 126 158]
    PLL3_3[  0   0   7   6   0   0   0  11   9   1   0   0   0   0   0   1   3   0   0   0   2   0   0   0  46  14]
    C_00_00[ 131497   93333  132904   36502   84596  157667  145424   35655   72437  125855   47454  153015  136629   24859   65201   90376   55469   85483   36108    1653  139529   40447   49168   37000  143019   82450]
    C_01_00[  16921  166010  141994  158680  161342  101796   75263  116695  154934  125543  112450   88181   60753   77548  126521   97880  159211   10089  132426   38893  160510  144987   85929   39941  158914   61422]
    C_02_00[  60886  151365   60730  104548    4435  144079   65158   81388  154083   19245  144903   50775   73634   85493  106563  104539  148226  135488  134956   90397  124084   84684   97038  135724   61589   12529]
    C_03_00[   9742   39225  132956   75763       1   77086   20080   72972   78969   60479    1247   17320    5985    6782    4757   47965       5   38805   13660    8259  108718   26486   10713   44805       2   89264]
    C_00_01[  26642  118790   30459  114158  121882    5669   17814  121163  280349   34777  106247   12622  100438  137845   95520   70120   99614   71423  152023  133011   29762  113917  108024  257886   18677   78212]
    C_01_01[ 131021    3300   21471    5244    5756   59474   81794   44226   11087   37576   47918  117414  191115   80781   63081   67637    4832  139701   30409  115978    5235   47658   68634  125593    5436  125591]
    C_02_01[ 118432   13305  129378   62461  121145   18112   86181   73914    7867  128214   15280  103468   80682   75482   53141   58132   16967   26899   46970  182505   38748  107777   66651   45455   97279  132279]
    C_03_01[ 130944  279506   30875  237235  103713  152903  148015  189794  215139  112909  137793  149576  139160  129586  150394  218275   97111  123457  136105  145421  109070  163328  144369  187404   16059  534113]
    GHSmm00[  84.11   84.11   84.56   83.86   84.91   84.41   84.81   83.76   85.76   83.76   83.76   85.66   85.96   83.86   83.76   83.81   83.76   85.06   83.81   83.81   85.11   83.76   83.76   83.86   83.76   83.76]
    GHSmm01[  83.81   86.66   83.86   85.01   86.21   83.91   83.76   84.31   85.21   84.31   83.81   84.41   84.11   83.81   84.81   83.76   85.36   83.76   84.36   83.76   86.66   85.51   83.86   83.76   86.01   83.86]
    GHSmm02[  83.76   85.36   83.76   85.71   83.76   85.11   83.76   83.76   85.26   83.76   84.21   83.76   83.76   83.76   84.86   84.46   85.71   84.66   85.51   84.36   84.81   83.76   83.76   84.21   83.76   83.76]
    GHSmm03[  83.76   83.76   84.11   84.06   83.76   83.76   83.76   84.31   84.21   83.81   83.76   83.76   83.76   83.76   83.76   83.81   83.91   83.76   83.76   83.76   83.86   83.76   83.76   83.76   86.06   84.46]
    CINFO00[c560a7ff01060000000000000000000000000000000000000000]
    CINFO01[c560a7ff01060000000000000000000000000000000000000000]
    CINFO02[c560a7ff01060000000000000000000000000000000000000000]
    CINFO03[c560a7ff01060000000000000000000000000000000000000000]
    FM[1]
    CRC[0 0 0 0],MM Count=2,Smart Speed=1,Connecter=AUC,AUC VER=AUC-20151208,AUC I2C Speed=400000,AUC I2C XDelay=19200,AUC Sensor=20677,AUC Temperature=12.41,Connection Overloaded=false,Voltage Level Offset=0,Nonce Mask=24,USB Pipe=0,USB Delay=r0 0.000000 w0 0.000000,USB tmo=0 0|STATS=1,ID=POOL0,Elapsed=1857,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=16384.00000000,Min Diff=4096.00000000,Max Diff=16384.00000000,Min Diff Count=95,Max Diff Count=2494,Times Sent=412,Bytes Sent=46381,Times Recv=494,Bytes Recv=124702,Net Bytes Sent=46381,Net Bytes Recv=124702|STATS=2,ID=POOL1,Elapsed=1857,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=16384.00000000,Min Diff=16384.00000000,Max Diff=16384.00000000,Min Diff Count=1,Max Diff Count=1,Times Sent=2,Bytes Sent=149,Times Recv=5,Bytes Recv=2914,Net Bytes Sent=149,Net Bytes Recv=2914|STATS=3,ID=POOL2,Elapsed=1857,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=16384.00000000,Min Diff=16384.00000000,Max Diff=16384.00000000,Min Diff Count=1,Max Diff Count=1,Times Sent=2,Bytes Sent=150,Times Recv=5,Bytes Recv=2914,Net Bytes Sent=150,Net Bytes Recv=2914|

I tried to switch power mode to HighPerformance, individual miners hashrate grow up to ~15000 but overall hashrate of two miners isn't exceeded 20000 because DH ratio has not changed significantly.
I replaced raspberry pi, auc3, wires and did a pi and mm firmware downgrade/upgrade – no results.
Power is good, I replaced power supplies, all pmu lights are green and cgminer logdump shows correct voltages on hash boards.

I submitted a support ticket to canaan several days ago and haven't heard back from them.
I owned a lot of Avalon7 for 2 years and there were no problems with them all the time. Canaan devices were famous for their reliability.
Now I'm really upset about Avalon 851.

Any idea what else to try?

[Steamtyme]

I haven't done anything with the FW in a long time. Have you reached out to Canaan and their support? What model of Avalon are you trying to run? Where are you getting your FW from. Also are you sure it's not a 3b+; iirc those are not supported.

[HagssFIN]

This sounds like you're trying to use the Rasp Pi 3B+.

There is an compatibility issue

Try to use the 3B (no plus) model.

[123456miner]

I foolishly played the firmware from an 851 to an 841 and no longer accepts the firmware for the 841.  Now he has about 8 TH. Can anyone help me there?

IMPORTANT TIP: Power on the Avalon 6 when you start to click the upgrade. make sure the Avalon 6 is power off before you upgrade.

[RobertSchneider74]

Hello! I have same problems. Units are not detected by controllers and I guess I need to reflash the firmware on the MM (I have already tried to change auc, raspberry, wires and so on). Could you tell me how can I flash the firmware on the MM if the controller is not “seeing” devices? Thank you in advance.

[NotFuzzyWarm]

DO make sure that the USB A-micro cable between the controller and AUC is good for data and is not just a charging cable. Charging cables do not support data transfer (also called 'sync'). Using the wrong cable is a fairly common issue...

[RobertSchneider74]

DO make sure that the USB A-micro cable between the controller and AUC is good for data and is not just a charging cable. Charging cables do not support data transfer (also called 'sync'). Using the wrong cable is a fairly common issue...

Yes, I sure. Other AvalonMiners are working with these cables.

Is there specific firmware for 741?

Is this the right place?

https://canaan.io/downloads/software/avalon7/openwrt/20161229/

Spooderman, I cannot send a personal message to you. How did you solve your problem with AvalonMiners?

[soymoji]

Hello! I have same problems. Units are not detected by controllers and I guess I need to reflash the firmware on the MM (I have already tried to change auc, raspberry, wires and so on). Could you tell me how can I flash the firmware on the MM if the controller is not “seeing” devices? Thank you in advance.

same problem here , i have 5 Avalon921 3 of them suddenly stopped working - same setting and same configurations 2 of them which i installed recently working fine.... those 3  show green light on back of miner and on AUC ....but never shows the device alive just blank!

[RobertSchneider74]

Soymoji, did you solve your problem?

[123456miner]

Flash MM Firmeware :
https://canaan.io/faqs/avalon6/

 IMPORTANT TIP: Power on the Avalon 6 when you start to click the upgrade. make sure the Avalon 6 is power off before you upgrade.

[jingil]

Hi all ,
We have bought pack of 40 avalon 821 recently .

They were working relatively stable for one week .

But after we moved them to another location we are facing very bothering issue.

The connection between raspbery and AUC3 keeps disconnecting and reconnecting non stop part of the logs :

Code:

[ 1.857048] usb 1-1: new high-speed USB device number 2 using dwc_otg
[ 1.864729] Indeed it is in host mode hprt0 = 00001101
[ 1.881785] EXT4-fs (mmcblk0p2): mounted filesystem without journal. Opts: (null)
[ 1.891498] VFS: Mounted root (ext4 filesystem) readonly on device 179:2.
[ 1.899845] Freeing unused kernel memory: 220K (80547000 – 8057e000)
[ 1.951914] mmc1: new high speed SDIO card at address 0001
[ 1.995119] init: Console is alive
[ 1.999977] init: – watchdog –
[ 2.067276] usb 1-1: New USB device found, idVendor=0424, idProduct=9514
[ 2.075250] usb 1-1: New USB device strings: Mfr=0, Product=0, SerialNumber=0
[ 2.084327] hub 1-1:1.0: USB hub found
[ 2.089388] hub 1-1:1.0: 5 ports detected
[ 2.155638] init: – preinit –
[ 2.367049] usb 1-1.1: new high-speed USB device number 3 using dwc_otg
[ 2.487250] usb 1-1.1: New USB device found, idVendor=0424, idProduct=ec00
[ 2.495481] usb 1-1.1: New USB device strings: Mfr=0, Product=0, SerialNumber=0
[ 2.505974] random: procd urandom read with 68 bits of entropy available
[ 2.506939] smsc95xx v1.0.4
[ 2.569907] smsc95xx 1-1.1:1.0 eth0: register ‘smsc95xx’ at usb-3f980000.usb-1.1, smsc95xx USB 2.0 Ethernet, b8:27:eb:09:f8:e8
[ 2.677044] usb 1-1.2: new full-speed USB device number 4 using dwc_otg
[ 2.801722] usb 1-1.2: New USB device found, idVendor=29f1, idProduct=33f2
[ 2.810074] usb 1-1.2: New USB device strings: Mfr=1, Product=2, SerialNumber=3
[ 2.818839] usb 1-1.2: Product: USB2IIC Converter
[ 2.824909] usb 1-1.2: Manufacturer: CANAAN
[ 2.830440] usb 1-1.2: SerialNumber: 20141122
[ 2.917042] usb 1-1.3: new full-speed USB device number 5 using dwc_otg
[ 3.040501] usb 1-1.3: New USB device found, idVendor=29f1, idProduct=33f2
[ 3.048811] usb 1-1.3: New USB device strings: Mfr=1, Product=2, SerialNumber=3
[ 3.057542] usb 1-1.3: Product: USB2IIC Converter
[ 3.063621] usb 1-1.3: Manufacturer: CANAAN
[ 3.069173] usb 1-1.3: SerialNumber: 20141122
[ 3.157042] usb 1-1.4: new full-speed USB device number 6 using dwc_otg
[ 3.280545] usb 1-1.4: New USB device found, idVendor=29f1, idProduct=33f2
[ 3.288856] usb 1-1.4: New USB device strings: Mfr=1, Product=2, SerialNumber=3
[ 3.297556] usb 1-1.4: Product: USB2IIC Converter
[ 3.303578] usb 1-1.4: Manufacturer: CANAAN
[ 3.309033] usb 1-1.4: SerialNumber: 20141122
[ 3.397046] usb 1-1.5: new full-speed USB device number 7 using dwc_otg
[ 3.520567] usb 1-1.5: New USB device found, idVendor=29f1, idProduct=33f2
[ 3.528728] usb 1-1.5: New USB device strings: Mfr=1, Product=2, SerialNumber=3
[ 3.537299] usb 1-1.5: Product: USB2IIC Converter
[ 3.543183] usb 1-1.5: Manufacturer: CANAAN
[ 3.548529] usb 1-1.5: SerialNumber: 20141122

The setup is as follow

20 avalon to one raspbery in pack of 5 which are connected to 4 AUCs and then  raspbery . one Raspbery -> 4 AUCS -> 20 Avalon

10 avalon to one raspbery in pack of 5 which are connected to 2 AUCs and then raspbery . one Raspbery -> 2 AUCS -> 10 Avalon

10 avalon to one raspbery in pack of 5 which are connected to 2 AUCs and then raspbery . one Raspbery -> 2 AUCS -> 10 Avalon

And all of them are experiencing same issue and connect / disconnect frequently every 3-4 for minutes.

RPI image version is  : Controller Version: Avalon Firmware for avalon8 – 20190404

And MM version is : 8211904-1ab9760

We tried changing USB cables between raspbery and AUC3 but it did not help . Also tried moving AUCs around and it did not help aslo.

It seems the problem is not AUCs itself as we have 8 of them and tested all of them between devices.

So would you please advice what can be wrong.I was going to change the raspbery firmware but im not sure that it is the problem.

Regards

[Steamtyme]

You should spread out your Avalons to AUC3 ratio. If you have the extra AUC3 adapters try going with a max of 4 per string and see how that goes. In the past people have had issues trying to operate 5 miners per AUC3. You may also be using weak power blocks for the Rasp PI's, I can't remember the minimum right now, I'll look again.

From OP.

AvalonMiner Controller / Raspberry Pi
If you are not able to access the controller unit at all and you have double-checked that your setup is ok,
then it is possible that your controller unit is faulty and needs to be replaced with a new one.

Please also make sure that the 5 VDC wall wart is in ok condition and that
it is able to provide at least 5 VDC 2.5 A power for the controller unit.

[jingil]

Well out of despair i went ahead and ordered two more AUCs and two raspbery brick of 3amp .
It is really getting on my nerve what is actually wrong and what has happened in moving them around .
There is not an easy way to pinpoint the exact issue and the openwrt logs are not helping at all.
Is there anywhere in the logs i can find something more ?
Regards