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great thank you for your help. High performance mode is enabled. Something must still be happening that occasionally the TMAX will get high every few days and cause the machine to restart. Will see if that still happens now that I have done the aging.
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After the aging process completed and I wait a few more hours, the hashrate is up to 77TH/s. It seems that the aging did do some good work. As for your suggestion of running the fan speed in the 80-90% range to see if it will run stable for long, if I notice the chip temps dropping below 60 should I end the experiment? I fear that this will keep the chips on average too cool. Seeking your opinion before executing the experiment. I don't believe the ASIC has toggled off of the performance mode before but I also haven't checked to make sure, my only evidence is that in the nomral mode it will hash in the 50TH/s range and in high performance above 70TH/s. At no point did the ASIC ever hash consistently in the 50s, except for the few hours during the aging process. Here are some current logs: {'STATUS':[{'STATUS':'S','When':29193,'Code':11,'Msg':'Summary','Description':'cgminer 4.11.1'}],'SUMMARY':[{'Elapsed':29209,'MHS av':76122886.29,'MHS 30s':74740957.55,'MHS 1m':76221291.72,'MHS 5m':76472777.44,'MHS 15m':76236342.81,'Found Blocks':0,'Getworks':1075,'Accepted':6442,'Rejected':13,'Hardware Errors':2164,'Utility':13.23,'Discarded':87473083,'Stale':0,'Get Failures':0,'Local Work':1015515,'Remote Failures':0,'Network Blocks':50,'Total MH':2218914006069.0000,'Work Utility':1063444.79,'Difficulty Accepted':514365359.00000000,'Difficulty Rejected':1064302.00000000,'Difficulty Stale':0.00000000,'Best Share':1429782279,'Device Hardware%':0.0004,'Device Rejected%':0.2056,'Pool Rejected%':0.2065,'Pool Stale%':0.0000,'Last getwork':0}
{'STATUS':[{'STATUS':'S','When':29193,'Code':70,'Msg':'CGMiner stats','Description':'cgminer 4.11.1'}],'STATS':[{'STATS':0,'ID':'AVA100','Elapsed':29209,'Calls':0,'Wait':0.000000,'Max':0.000000,'Min':99999999.000000,'MM ID0':'Ver[1166Pro-81-21030201_4ec6bb0_09b1765] DNA[0201000053ecf2c7] MEMFREE[1443104.0] NETFAIL[0 0 0 0 0 0 0 0] SYSTEMSTATU[Work: In Work, Hash Board: 3 ] Elapsed[29210] BOOTBY[0x08.00000000] LW[29153038] MH[224 301 1639] HW[2164] DH[5.283%] Temp[9] TMax[102] TAvg[64] Fan1[3046] Fan2[3096] Fan3[2963] Fan4[3006] FanR[25%] Vo[314] PS[0 1220 1257 256 3217 1256] PLL0[6357 671 1741 5151] PLL1[4758 495 1151 7516] PLL2[3910 2643 4339 3028] GHSspd[77037.26] DHspd[5.250%] GHSmm[81522.08] GHSavg[76121.12] WU[1063399.77] Freq[488.04] Led[0] MGHS[24374.70 26241.42 25505.00] MTmax[102 81 72] MTavg[68 65 60] TA[360] Core[A3201] PING[27] POWS[0] HASHS[0 0 0] POOLS[0] SoftOFF[0] ECHU[0 0 0] ECMM[0] SF0[456 476 496 516] SF1[456 476 496 516] SF2[456 476 496 516] PVT_T0[ 74 74 74 74 76 76 72 74 78 81 77 76 74 74 79 80 77 74 72 78 78 81 72 72 70 70 76 76 73 69 69 73 78 79 72 68 68 74 76 78 73 65 102 69 77 74 70 64 62 67 73 65 63 61 61 64 64 63 61 59 53 55 55 57 59 55 61 56 61 59 57 56 60 59 60 60 60 60 62 60 61 62 62 64 62 63 62 64 66 65 65 67 62 64 68 65 67 66 67 68 68 68 69 69 69 72 67 70 74 71 69 65 72 69 69 71 67 65 69 72] PVT_T1[ 68 69 66 69 69 68 71 69 73 73 71 69 73 71 72 74 75 73 67 70 77 81 74 69 67 72 78 79 74 69 68 72 77 78 74 69 66 71 76 72 70 65 64 67 70 69 68 63 62 67 69 67 66 61 61 66 64 64 64 61 55 59 54 57 59 58 55 58 57 63 60 59 61 64 63 63 62 61 63 65 66 65 63 62 65 68 65 63 65 64 63 68 64 63 62 63 63 65 63 62 62 63 62 63 63 61 62 62 62 63 63 64 61 64 64 62 62 59 62 63] PVT_T2[ 64 63 67 69 67 64 65 69 69 70 69 63 63 69 69 72 69 63 64 67 69 69 68 62 61 66 66 68 68 60 60 65 69 71 65 60 61 63 69 68 66 61 59 64 66 64 61 58 54 58 64 59 58 57 54 56 55 55 56 55 51 50 51 51 52 51 51 53 54 54 55 55 54 56 54 56 56 58 58 57 57 56 58 57 56 57 57 58 60 57 58 57 59 58 59 60 58 61 59 59 62 62 63 59 60 61 63 61 61 63 63 63 62 62 63 59 63 62 63 61] PVT_V0[286 291 295 289 288 286 289 284 281 294 290 287 289 287 287 280 285 288 279 280 281 277 275 275 287 285 281 281 282 289 287 286 287 282 279 278 291 293 289 283 285 288 309 286 285 290 294 296 298 294 290 286 281 280 290 294 291 291 294 299 305 301 298 297 299 301 298 299 302 298 299 301 300 299 299 298 294 294 298 297 297 300 297 298 294 292 298 295 300 298 293 293 297 295 293 294 289 289 289 292 293 294 288 287 289 288 293 289 286 285 286 289 287 290 290 294 291 288 289 294] PVT_V1[296 299 303 298 294 292 289 288 286 288 293 292 285 286 289 290 292 290 285 289 285 290 294 295 281 281 280 283 286 286 287 285 286 292 286 291 291 291 285 285 282 282 283 287 290 289 287 291 286 287 283 293 290 291 285 285 287 290 291 299 310 305 302 301 299 302 295 301 301 291 291 294 302 297 297 299 299 298 295 302 302 290 291 293 291 292 291 290 289 291 291 290 290 296 295 292 294 292 291 286 287 287 296 295 295 288 285 285 295 297 294 291 293 293 290 291 290 297 298 303] PVT_V2[287 291 296 289 285 282 291 289 289 282 285 282 288 289 288 291 287 287 284 283 281 290 292 293 289 287 294 286 287 288 287 293 291 280 286 289 285 283 286 290 286 286 291 289 285 293 292 291 294 297 290 293 292 291 298 297 295 293 295 302 301 300 298 294 295 299 292 294 292 295 293 293 294 296 297 301 301 299 291 291 295 293 295 297 290 295 297 293 297 297 295 294 293 295 294 290 294 292 291 294 290 290 296 296 294 295 295 294 300 301 298 286 292 292 293 294 293 292 292 295] MW[9721125 9721185 9721243] MW0[1224 1512 1526 1351 1382 916 1444 699 1150 1337 1204 1467 1422 1277 1171 1045 988 1394 1058 856 1181 1193 579 805 1427 1430 1363 984 1458 1269 1313 1237 1137 1347 1181 1151 1412 1356 1248 974 797 1355 1250 1384 625 840 1415 1424 1410 1400 809 1447 1364 1451 1443 1507 1436 1450 1494 1469 1461 1584 1532 1452 1484 1543 1420 1567 1539 1613 1538 1555 1523 1513 1565 1406 1519 1532 1510 1552 1514 1554 1498 1474 1496 1453 1482 1534 1496 1372 1574 1367 1462 1421 1498 1518 1376 1475 1364 1528 1511 1479 1346 1290 1387 1294 1399 1513 1247 1308 1337 1396 1353 1480 1282 1360 1460 1456 1437 1453] MW1[1500 1472 1577 1563 1431 1435 1455 1511 1536 1483 1432 1402 1384 1464 1460 1549 1352 1396 1526 1374 830 1476 1398 1500 1157 1147 1301 1347 1387 1333 1429 1374 1385 1448 1376 1457 1424 1394 1302 1324 1342 1410 1374 1364 1408 1403 1347 1389 1504 1370 1424 1526 1495 1467 1520 1352 1497 1442 1402 1545 1532 1554 1527 1509 1533 1551 1494 1496 1549 1500 1504 1494 1556 1521 1517 1481 1504 1488 1516 1512 1561 1516 1541 1422 1406 1520 1469 1526 1565 1480 1466 1468 1396 1492 1510 1496 1514 1421 1435 1504 1534 1450 1460 1548 1487 1501 1390 1483 1499 1458 1561 1518 1493 1389 1444 1454 1439 1505 1510 1445] MW2[1429 1500 1446 1488 1477 1300 1375 1338 1462 1394 1465 1211 1329 1412 1419 1455 1361 1383 1409 1283 1394 1472 1401 1406 1280 1434 1466 1439 1324 1249 1336 1365 1505 985 1334 1373 1275 1307 1336 1357 1447 1339 1300 1379 1421 1476 1356 1515 1445 1382 1435 1435 1315 1418 1442 1567 1497 1379 1480 1483 1546 1487 1345 1422 1465 1412 1459 1372 1406 1395 1542 1379 1487 1537 1448 1435 1481 1459 1378 1339 1448 1455 1382 1333 1458 1382 1428 1404 1422 1394 1418 1429 1385 1439 1432 1439 1373 1543 1356 1347 1401 1436 1472 1526 1453 1389 1425 1536 1445 1481 1460 1372 1411 1451 1261 1495 1488 1475 1442 1434] ASICCRC0[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 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 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 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 0 0 0 0 0 0 0 0 0 0 0 0] ASICCRC1[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 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 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 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 0 0 0 0 0 0 0 0 0 0 0 0] ASICCRC2[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 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 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 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 0 0 0 0 0 0 0 0 0 0 0 0] CRC[0 0 0] POW_I2C[OK] FACOPTS0[] FACOPTS1[] ATAOPTS0[--avalon10-freq 456:476:496:516 --avalon10-voltage-level 37 ] ATAOPTS1[--avalon10-freq 456:476:496:516 --avalon10-voltage-level 39 ] ADJ[1] COP[0 0 0] MPO[3200] MVL[87] ATABD0[456 476 496 516] ATABD1[456 476 496 516] ATABD2[456 476 496 516] WORKMODE[1]','MM Count':1,'Smart Speed':1,'Voltage Level Offset':0,'Nonce Mask':25} |
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Linked image of a graph showing hash over time and how it dropped down. https://i.imgur.com/E4wQKbS.pngI see the ADJ field in the logs has a value of 0 which the manual indicates means aging is in progress. Perhaps this hash behavior is a result of the process? Any idea how long aging takes to complete? update: ADJ[2] now shows indicating aging finished. Do I need to do a restart or do I let her keep running? Hashrate now up to 71 TH/s (still low) |
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Ok I installed and ran the aging tool. Now may hashrate is diminishing rapidly. Within 10 mins of reboot it got up to 76 TH/s then over the next 20 mins declined down to 68 TH/s. Fan running at a constant 51% with temps steady between 63 and 68 degrees. Any thoughts on cause or action to take?
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If the logs you have are still the same as your previous logs above then I suspected that some chip temp is fluctuating above 85c. Since you have a large number of HW or hardware errors some chips are overheating and the hashboard will automatically disconnect if it happens then you will get ECMM[4] because it's disconnected automatically for protection and it will attempt to restart. Another thing that I noticed from your previous logs is that the fan speed is not stable. What I would like to suggest is to try to set the fan speed to at least 80% or 90% and let see if it will run stable for long. Just try even you have low room temp. To set the fan speed you must have the FMS tool and then go to diagnostic and put this command below [b][{"command":"ascset","parameter":"0,fan-spd,90"}] [/b]Fan-spd,90 it's a fan speed with 90% you can replace it with 80% or 100% to try if it fixes the issue. Another solution that I would like you to try is to use the aging you can find it on the FMS tool along with the Diagnose it can calibrate all ASIC chips. I got FMS installed. You suggested using aging which I do not see in the tool (I have tried V2.3.3 and V2.1.0). Do you know where I can find a list of commands or manual to know how to make the commands for the diagnose console? Doesnt seem to be in their manual. Thank you. |
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Interesting. I will have to get a Windows machine in order to get FMS running. Likely a weekend project. The ran speed is and has been always fluctuating up and down about every 30 seconds or so. The rooms ambient air is in the 80 degree Fahrenheit range but the machine is drawing outside cool air under 50 degrees Fahrenheit. I would like to get FMS going and set a fixed fan speed.
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Been a few weeks since I last updated here. I have not yet taken the machine apart to ensure all wire connections are snug and screws tightened. Since then I have notice the miner still restarting itself about once every 3 days, even in cold easter (<50 degrees F). Today for the first time it turned off and simple did not restart itself. I had to manually unplug and replug it. Looking at the logs the ECMM[4] is still showing and this error code is not documented in their manual. Additionally I noticed the HW code frequesntly changing with values ranging from 97 to 119 for the few minutes I monitored the logs. The number only increased over time. The manual simple says HW means Hardware Error but provides no guidance on the codes.
If anyone has any idea what is going on here please do advise. Thank you.
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perfect thank you. Do you suggest I just un-plug and replug the ribbon cable, tighten any screws on the MM board, and ensure the hashboards are slotted in well again? Anything else?
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I'm not sure what MMboard stands for or even which part of the miner that is. Internet searching hasn't been helpful for this term unfortuantely.
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Reading the doc on ECMM: When ECMM - , it means that the MM board is in normal state. When ECMM [1], it means that the MM board may have problems, or it may have poor contact with the hash board. The specific problem of the hash board can be judged by the value returned below. When Echu displays 0 or 512, it means normal. If Echu displays 513, it means abnormal.
What does 4 mean here? Seems like not specified? I don;t have any extra spare parts |
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Have you tried to reboot the miner? Let see if it could fix the issue.
If not then post the API logs here and don't forget to put them on the "insert tag" with a # icon or use pastebin.com and paste the URL here.
The hashboard temp sensor is different so maybe we can see the real temp of the chip under PVT_T0, T1, T2, and maybe one of the chips is overheating that cause this issue?
Here are the logs. In fact as I am typing this up my miner just restarted its self. It seems to do this ~1x per week, unclear why. This time was <4 days. These are the logs minutes before it just restarted. {'STATUS':[{'STATUS':'S','When':0,'Code':11,'Msg':'Summary','Description':'cgminer 4.11.1'}],'SUMMARY':[{'Elapsed':316092,'MHS av':73574366.90,'MHS 30s':74549432.22,'MHS 1m':73857019.14,'MHS 5m':73668815.84,'MHS 15m':73656998.48,'Found Blocks':0,'Getworks':11576,'Accepted':67144,'Rejected':72,'Hardware Errors':45344,'Utility':12.75,'Discarded':929156536,'Stale':284,'Get Failures':7,'Local Work':10667051,'Remote Failures':7,'Network Blocks':526,'Total MH':23231490246315.0000,'Work Utility':1027828.51,'Difficulty Accepted':5415704598.00000000,'Difficulty Rejected':5793356.00000000,'Difficulty Stale':7965287.00000000,'Best Share':9442325237,'Device Hardware%':0.0008,'Device Rejected%':0.1070,'Pool Rejected%':0.1067,'Pool Stale%':0.1467,'Last getwork':0}
{'STATUS':[{'STATUS':'S','When':0,'Code':70,'Msg':'CGMiner stats','Description':'cgminer 4.11.1'}],'STATS':[{'STATS':0,'ID':'AVA100','Elapsed':316093,'Calls':0,'Wait':0.000000,'Max':0.000000,'Min':99999999.000000,'MM ID0':'Ver[1166Pro-81-21030201_4ec6bb0_09b1765] DNA[0201000053ecf2c7] MEMFREE[1434728.0] NETFAIL[301699 301710 301983 301993 316084 316095 300128 300188] SYSTEMSTATU[Work: In Work, Hash Board: 3 ] Elapsed[316092] BOOTBY[0x01.00000000] LW[314964030] MH[8426 9304 27614] HW[45344] DH[9.902%] Temp[23] TMax[101] TAvg[65] Fan1[4486] Fan2[4532] Fan3[4418] Fan4[4456] FanR[59%] Vo[311] PS[0 1222 1245 257 3199 1244] PLL0[8825 2657 1646 792] PLL1[8478 2872 2046 721] PLL2[10997 2266 521 136] GHSspd[74962.26] DHspd[8.413%] GHSmm[83341.10] GHSavg[73574.56] WU[1027824.73] Freq[498.93] Led[0] MGHS[25062.39 25262.79 23249.38] MTmax[101 76 72] MTavg[67 65 62] TA[360] Core[A3201] PING[28] POWS[0] HASHS[0 0 0] POOLS[0] SoftOFF[0] ECHU[0 0 0] ECMM[4] SF0[488 508 528 548] SF1[488 508 528 548] SF2[488 508 528 548] PVT_T0[ 71 72 71 71 73 73 69 72 75 76 74 74 72 71 75 76 74 72 71 75 74 73 70 70 69 68 71 71 70 68 67 70 74 76 70 66 68 72 72 75 71 64 101 69 74 73 70 65 64 69 72 64 65 64 64 67 66 65 64 62 58 61 59 60 63 60 65 61 64 61 61 60 63 63 63 63 64 63 63 62 61 63 63 66 63 64 61 64 65 64 64 66 60 63 68 63 66 65 65 66 67 67 68 68 66 69 65 68 71 69 67 63 71 67 67 69 64 64 67 69] PVT_T1[ 68 69 64 67 68 68 70 68 70 71 69 69 73 70 70 72 74 72 66 69 74 76 71 67 65 70 72 73 71 68 66 69 71 73 72 66 64 69 72 69 69 64 64 66 68 67 67 62 61 66 67 65 66 62 62 66 63 63 64 62 58 61 57 59 61 60 57 60 59 63 62 61 63 66 64 65 64 62 60 73 70 67 64 61 65 68 65 62 64 64 62 67 64 63 61 62 62 64 63 62 63 63 62 64 64 64 63 62 62 64 65 66 63 64 65 64 65 61 65 65] PVT_T2[ 64 64 66 68 68 64 65 70 69 69 69 64 64 69 68 72 70 64 66 68 68 69 68 64 63 67 65 68 68 62 61 65 68 70 66 61 62 64 67 67 67 62 62 65 66 64 64 60 58 61 65 61 61 61 58 59 57 58 59 59 55 56 55 55 57 56 56 57 59 58 59 59 58 60 58 60 61 61 60 61 59 59 61 60 59 60 59 59 62 59 59 59 60 59 61 62 60 64 61 61 64 63 65 62 62 63 64 62 63 64 63 63 64 63 64 60 62 63 64 62] PVT_V0[283 288 291 285 283 280 286 281 279 289 286 284 287 284 284 277 281 285 274 275 277 277 273 273 287 283 281 279 280 285 286 282 283 281 278 275 288 290 283 277 278 279 302 284 283 286 292 292 293 289 283 284 278 275 286 288 285 286 288 295 301 297 295 294 296 298 293 294 297 292 295 297 297 295 295 295 292 291 297 295 296 298 295 294 292 290 295 293 298 294 291 290 295 294 292 294 286 287 286 293 294 295 283 283 286 286 292 290 281 281 283 289 286 290 286 292 288 286 287 292] PVT_V1[290 291 295 294 289 286 284 283 282 285 291 289 281 283 287 289 289 286 283 286 281 287 290 292 281 280 281 281 282 282 286 285 286 290 283 287 287 289 280 280 278 280 278 281 285 286 283 287 282 285 279 291 287 290 283 284 288 289 289 298 300 295 293 293 292 297 288 295 295 286 285 291 297 294 293 301 294 283 377 352 339 290 286 278 285 288 289 285 283 286 286 286 285 291 291 287 287 285 285 283 285 285 289 289 287 283 279 281 289 290 286 285 286 287 285 285 283 290 290 294] PVT_V2[285 287 292 286 282 279 286 282 284 278 281 279 286 286 285 290 285 285 282 281 278 289 289 290 286 284 290 282 283 285 285 291 290 277 283 286 283 282 285 286 284 284 288 287 282 292 289 288 292 292 287 291 290 289 295 294 293 289 292 298 297 295 292 290 290 294 287 289 289 290 288 289 290 289 290 297 297 295 287 288 293 290 293 295 288 292 294 292 295 295 292 290 291 292 292 287 292 289 288 289 284 283 294 294 292 292 294 292 298 299 297 285 290 290 292 293 292 290 290 293] MW[104990507 104990395 104990458] MW0[14788 16226 17060 15858 15622 12398 14863 11633 15021 15822 15045 15750 14181 15609 14867 13892 13732 13583 10745 12060 14576 14646 9146 9356 15423 15605 15965 13676 15583 10564 8886 14764 14373 15531 11243 12298 15268 15334 15381 11789 8822 4914 9041 15321 9291 11711 15538 15650 15002 15492 10804 15707 14324 15202 15155 16346 15950 15484 16173 16243 16755 16777 16355 16316 16371 15980 15981 16459 17071 17757 16510 16382 16449 16725 17340 15463 16497 16229 16613 16957 16848 16108 16693 16475 16949 16085 15767 16443 16225 16383 16723 16417 16032 16164 16637 16278 15762 15713 15746 16896 16694 16402 15273 15134 15362 15400 15677 16503 15205 14941 13771 15233 15564 15707 15918 15449 16237 15957 16477 16699] MW1[15568 16105 17015 16140 15815 15563 15582 16112 16023 16041 14917 15763 15636 15904 15794 15906 15098 15279 16197 11492 10260 17031 15071 15604 9669 10384 15584 15604 12098 14169 15045 15880 15573 15171 14501 16179 16024 15249 14962 14320 15106 15564 14676 15758 15443 15721 15522 15634 15735 15722 15813 15951 16148 5513 653 1790 6099 7501 15817 16112 17632 17318 14207 15390 17154 17009 16934 16882 16443 15567 16373 16301 16295 16044 16805 16467 16327 16323 8088 17032 17210 16660 16541 15324 16145 15857 16397 16318 16459 15629 16262 15895 16026 16848 15752 16648 16173 15546 15942 15949 15500 15588 15863 16575 15879 15692 15062 15618 15965 15890 16285 16646 16240 15787 15662 15937 13531 13445 16497 17229] MW2[13693 15561 16318 15339 13964 14337 9396 15319 15415 15683 10229 12837 11927 13852 15394 13585 14870 12068 13893 13137 12805 12481 14475 13735 10761 13498 12153 12979 15098 7731 10601 14039 15251 10358 14804 9051 8108 14863 14632 11338 13514 12575 12508 12323 11295 14177 13901 15756 15383 15188 15057 14232 12717 14899 15799 16324 15201 12174 15350 15898 15623 15230 12940 11418 16465 13893 15599 12039 13222 12720 15321 15626 14539 16223 11576 14960 15877 16062 13896 13506 14940 14480 15691 13875 15088 14766 14698 14651 15269 13084 13071 16695 13086 13945 15489 14441 14417 15847 10680 6735 15734 12470 15787 15829 14338 14177 15520 15661 16005 15820 15567 12002 14497 13262 13792 15424 14119 13635 14702 15090] ASICCRC0[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 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 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 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 0 0 0 0 0 0 0 0 0 0 0 0] ASICCRC1[0 0 0 1 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 1 0 0 0 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 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 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 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] ASICCRC2[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 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 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 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 0 0 0 0 0 0 0 0 0 0 0 0] CRC[0 1912817142 0] POW_I2C[OK] FACOPTS0[] FACOPTS1[] ATAOPTS0[--avalon10-freq 488:508:528:548 --avalon10-voltage-level 34 ] ATAOPTS1[--avalon10-freq 488:508:528:548 --avalon10-voltage-level 37 ] ADJ[1] COP[0 0 0] MPO[3200] MVL[87] ATABD0[488 508 528 548] ATABD1[488 508 528 548] ATABD2[488 508 528 548] WORKMODE[1]','MM Count':1,'Smart Speed':1,'Voltage Level Offset':0,'Nonce Mask':25} |
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Hello all
Have a Canaan AvalonMiner 1166 Pro that has been losing about ~0.1TH/s per day. The boards are not overheating (62° C, 65° C, 67° C,), and the fan speeds remain under 60% (~4500 RPM). These temperature/fan-speed conditions have remained fairly constant for over a month but now the hash rate seems to be slowly but consistently decreasing. I am not clear as to what could be causing this behavior. The ASIC was advertised to get 81 TH/s, but really never performed above 79 TH/s when I first got it. For months it performed in the 76-78 range and now is around 73.6 TH/s and decreasing with each passing day.
Any thoughts? Actions I can take? Should the boards vary that much in temperature?
Thank you
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I have also considered using 10"x6"x6" register boxes on the intake side instead, and this would cover just the fans (plus a small gap to the side that I would shut with foil tape). I would add holes in the cooler lined up with the PSU intake vents that I would fill with PVC piping to allow intake air to the PSU. This would allow me to not need a 8" to 6" reducer on the intake side. I am not sure how long the 10"x6"x6" register boxes measure, but if we assume it is the same size as the 10"x10"x8" register boxes then that makes it also 6.5" and reduces the total size of this enclosure to be ~31.5"
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Hello all I have an Canaan Avalonminer 1166 Pro that is quite noisy and I would like to put into an enclosure. Their site has reference pics: https://canaan.io/product/avalonminer-1166-pro and here is another pic that shows the awkward shape: https://imgur.com/a/O3J89BQGiven that this ASIC has the 2 fans stacked on each other (compared to other ASICs like the S9 which only has the one fan on each side) it has made designing an enclosure much more difficult. Whatever I encase it in, one end needs to vent to a 6" duct for the exhaust to escape out a window. I have not found a great way to fit this awkwardly shaped miner into an enclosure such that all the fans and PSU have proper intake/exhaust handling. Given that theres the stacked fans and the offset PSU, no longer can one just secure a duct directly to the fan. I have looked into using a register box ( https://imgur.com/a/x66QBte) that is 10" x 10" to 8" but given the awkward dimensions this is not a perfect fit as it does not fully surround the height of the miner but can surround its width (with a gap between the miner and register box). Using foil tape I could seal off any cap between the register box and miner. Janky, but can be done. With the goal of noise reduction, ideally the enclosure does not have 8" circular holes on both sides for intake/exhaust as that would likely let out a lot of the noise I am trying to contain. Perhaps an 8"to 6" reducer duct would help as it would decrease the size of the holes in the enclosure. Here is a mockup of the design I am explaining here: https://imgur.com/a/az4KaUiI calculate the total length of this to be ~40" since each reducer is 8.5" when connected to the register box which is 6.5" when connected to the miner which is 10". This size unfortunately exceeds the size of most coolers that one could buy at a store or online and thus building a custom enclosure may be necessary. I have found coolers big enough that would allow for the design provided minus the intake 8" to 6" reducer, which gives me enough room but leaves me with a big 8" hole in the cooler in the intake side. I was hoping anyone here has ideas, suggestions, or can point me to how people tackled this dual fan problem in an enclosure. |
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Received delivery of my Avalonminer 1166 Pro today. I was expecting a new unit but it came pretty dirty so I feel pretty confident it was used. The exhaust fan plugs seem to move in and out a bit but I am not sure if that will make a difference. I have not yet run the machine, the power cable arrives tomorrow.
Is it pretty common for "new" machines to come in this condition? Maybe this is Canaan specific?
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gothca thanks thats why I double checked!
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thank you.
The male end of the cord is L6-20P which means it should go with L6-30R?
The breaker is a double pole, each with 20A
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cooler minds prevailed. Waiting on a NEMA L6-20P to C19 cable to be delivered. I need to swap out the outlet from a NEMA 6-30. Does it also need to be a NEMA L6-30 or would a NEMA L6-20 suffice? Does the power cable need to be L6-30 as opposed to L6-20 (the one I ordered)?
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I like your 6-30P to the C19 idea it is just hard to find just the 6-30P alone without it being an extension cord.
A C19 connector seems to use 3 different wires: a hot a neutral and a ground. The 6-30 as I understand it is two hots and a ground. Am I mistaken here? Which wire then would pair with which?
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given the essence of time, I will be getting the amazon linked cable (c19) and will hope my local hardware store has the 6-30 cable. No one seems to sell just the 6-30 plug thats not the locking type. Any idea if the two wires linked are safe to connect to one another? One is 10 awg (the NEMA 6-30 cable) and the C19 cable is 12 awg.
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