watch out for GMO, 10TH 200w.
If we're making up numbers, why not say 10PH @ 10W?
Topic: Avalon A7 announced - page 18. (Read 147611 times)
Haha, I'm hoping that was a typo and that they were going for 2000W. If not I'll also take a unicorn and a ride on Nessy
watch out for GMO, 10TH 200w.
If we're making up numbers, why not say 10PH @ 10W?
watch out for GMO, 10TH 200w.
If we're making up numbers, why not say 10PH @ 10W?
watch out for GMO, 10TH 200w.
If we're making up numbers, why not say 10PH @ 10W?
watch out for GMO, 10TH 200w.
Canaan I wonder if the new Avalon would be configured and able to run in a P2Pool?
idk, but mine AUC3 shown green. i ordered a 5 pins cable, let's see if it's a cable or not. Can you guys share me your kernel log, i want to see if my Controller run normally or not.
My latest few AUC3's are normally are green and flash red every 30-sec or so during data xfr. Work perfectly of course.I'd think the CGminer API log will be more useful for you to compare. Here's mine running 2x 741's
Code:
[Firmware Version] => Avalon Firmware - 20170603
luci: ffc1d59
cgminer: 2354004
cgminer-packages: d309c69
Reply was 'STATUS=S,When=1487563128,Code=70,Msg=CGMiner stats,Description=cgminer 4.10.0|STATS=0,ID=AV70,Elapsed=187738,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,MM ID1=Ver[7411706-3162860]
DNA[01369cf123a0cb42]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[430 412 452 373]
HW[1667]
DH[2.291%]
Temp[37]
TMax[89]
Fan[5760]
FanR[87%]
Vi[1207 1207 1217 1216]
Vo[4447 4452 4429 4447]
GHSmm[8216.69]
WU[110290.24]
Freq[729.46]
PG[15]
Led[0]
MW0[8264 8246 8322 7811 8295 8099 7796 8189 7901 8032 8056 8534 8291 8381 8119 8047 8246 8315 8188 8334 8401 8550]
MW1[8094 8408 8041 8325 8440 7925 8090 8526 8183 7907 7904 8111 7886 8087 8072 8129 8050 8164 8243 7992 7983 8210]
MW2[7323 7628 7635 7854 7674 7862 7488 7816 7830 7410 7471 7678 7529 7906 7456 7333 7504 7412 7584 7688 7681 7945]
MW3[7422 7500 7397 7561 7361 7322 7280 7286 7350 7582 7622 7371 7301 7116 7317 7570 7250 7485 7611 7579 7542 7479]
TA[88]
ECHU[0 0 0 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-77/7-87/84 0-78/12-89/83 21-74/7-84/78 0-71/10-80/77],MM ID2=Ver[7411706-3162860]
DNA[01395b75388d57d7]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[395 407 424 376]
HW[1602]
DH[2.574%]
Temp[37]
TMax[90]
Fan[5790]
FanR[99%]
Vi[1194 1194 1191 1191]
Vo[4424 4434 4429 4406]
GHSmm[8270.65]
WU[110994.38]
Freq[734.26]
PG[15]
Led[0]
MW0[7869 8215 7560 7978 7621 7829 7972 7943 7808 7968 7602 7769 7638 7734 7855 7911 7678 7851 8074 7995 7989 7748]
MW1[8175 8190 8146 8435 8328 8013 8117 8021 8164 8088 7980 8024 7828 7952 7830 8003 7961 7821 8099 8121 8411 8056]
MW2[8166 8055 7949 7837 7857 7852 7895 7840 7850 7875 7912 7703 7932 7822 7879 8076 7773 7949 7983 7888 8066 8186]
MW3[7839 7996 7886 7944 7593 7709 7714 7370 7808 7633 7633 7437 7604 7484 7894 7762 7552 7683 7974 7720 7734 7919]
TA[88]
ECHU[16 512 512 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-76/11-85/81 21-83/12-90/83 21-77/9-87/79 0-76/12-84/80],MM Count=2,Smart Speed=1,Connecter=AUC,AUC VER=AUC-20151208,AUC I2C Speed=400000,AUC I2C XDelay=19200,AUC Sensor=13354,AUC Temperature=35.14,Connection Overloaded=false,Voltage Offset=0,Nonce Mask=29,USB Pipe=0,USB Delay=r0 0.000000 w0 0.000000,USB tmo=0 0|STATS=1,ID=POOL0,Elapsed=187738,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=14615.00000000,Min Diff=4098.00000000,Max Diff=14615.00000000,Min Diff Count=567,Max Diff Count=1236141,Times Sent=47374,Bytes Sent=6763169,Times Recv=53550,Bytes Recv=10046139,Net Bytes Sent=6763169,Net Bytes Recv=10046139|STATS=2,ID=POOL1,Elapsed=187738,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=158,Times Recv=5,Bytes Recv=1602,Net Bytes Sent=158,Net Bytes Recv=1602|STATS=3,ID=POOL2,Elapsed=187738,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=158,Times Recv=5,Bytes Recv=1602,Net Bytes Sent=158,Net Bytes Recv=1602|'
[STATUS] =>
(
[STATUS] => S
[When] => 1487563128
[Code] => 70
[Msg] => CGMiner stats
[Description] => cgminer 4.10.0
)
[STATS0] =>
(
[STATS] => 0
[ID] => AV70
[Elapsed] => 187738
[Calls] => 0
[Wait] => 0.000000
[Max] => 0.000000
[Min] => 99999999.000000
[MM ID1] => Ver[7411706-3162860]
DNA[01369cf123a0cb42]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[430 412 452 373]
HW[1667]
DH[2.291%]
Temp[37]
TMax[89]
Fan[5760]
FanR[87%]
Vi[1207 1207 1217 1216]
Vo[4447 4452 4429 4447]
GHSmm[8216.69]
WU[110290.24]
Freq[729.46]
PG[15]
Led[0]
MW0[8264 8246 8322 7811 8295 8099 7796 8189 7901 8032 8056 8534 8291 8381 8119 8047 8246 8315 8188 8334 8401 8550]
MW1[8094 8408 8041 8325 8440 7925 8090 8526 8183 7907 7904 8111 7886 8087 8072 8129 8050 8164 8243 7992 7983 8210]
MW2[7323 7628 7635 7854 7674 7862 7488 7816 7830 7410 7471 7678 7529 7906 7456 7333 7504 7412 7584 7688 7681 7945]
MW3[7422 7500 7397 7561 7361 7322 7280 7286 7350 7582 7622 7371 7301 7116 7317 7570 7250 7485 7611 7579 7542 7479]
TA[88]
ECHU[0 0 0 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-77/7-87/84 0-78/12-89/83 21-74/7-84/78 0-71/10-80/77]
[MM ID2] => Ver[7411706-3162860]
DNA[01395b75388d57d7]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[395 407 424 376]
HW[1602]
DH[2.574%]
Temp[37]
TMax[90]
Fan[5790]
FanR[99%]
Vi[1194 1194 1191 1191]
Vo[4424 4434 4429 4406]
GHSmm[8270.65]
WU[110994.38]
Freq[734.26]
PG[15]
Led[0]
MW0[7869 8215 7560 7978 7621 7829 7972 7943 7808 7968 7602 7769 7638 7734 7855 7911 7678 7851 8074 7995 7989 7748]
MW1[8175 8190 8146 8435 8328 8013 8117 8021 8164 8088 7980 8024 7828 7952 7830 8003 7961 7821 8099 8121 8411 8056]
MW2[8166 8055 7949 7837 7857 7852 7895 7840 7850 7875 7912 7703 7932 7822 7879 8076 7773 7949 7983 7888 8066 8186]
MW3[7839 7996 7886 7944 7593 7709 7714 7370 7808 7633 7633 7437 7604 7484 7894 7762 7552 7683 7974 7720 7734 7919]
TA[88]
ECHU[16 512 512 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-76/11-85/81 21-83/12-90/83 21-77/9-87/79 0-76/12-84/80]
[MM Count] => 2
[Smart Speed] => 1
[Connecter] => AUC
[AUC VER] => AUC-20151208
[AUC I2C Speed] => 400000
[AUC I2C XDelay] => 19200
[AUC Sensor] => 13354
[AUC Temperature] => 35.14
[Connection Overloaded] => false
[Voltage Offset] => 0
[Nonce Mask] => 29
[USB Pipe] => 0
[USB Delay] => r0 0.000000 w0 0.000000
[USB tmo] => 0 0
)
[STATS1] =>
(
[STATS] => 1
[ID] => POOL0
[Elapsed] => 187738
[Calls] => 0
[Wait] => 0.000000
[Max] => 0.000000
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[Pool Attempts] => 0
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[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] => 14615.00000000
[Min Diff] => 4098.00000000
[Max Diff] => 14615.00000000
[Min Diff Count] => 567
[Max Diff Count] => 1236141
[Times Sent] => 47374
[Bytes Sent] => 6763169
[Times Recv] => 53550
[Bytes Recv] => 10046139
[Net Bytes Sent] => 6763169
[Net Bytes Recv] => 10046139
)
[STATS2] =>
(
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[ID] => POOL1
[Elapsed] => 187738
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[Wait] => 0.000000
[Max] => 0.000000
[Min] => 99999999.000000
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[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] => 158
[Times Recv] => 5
[Bytes Recv] => 1602
[Net Bytes Sent] => 158
[Net Bytes Recv] => 1602
)
[STATS3] =>
(
[STATS] => 3
[ID] => POOL2
[Elapsed] => 187738
[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] => 158
[Times Recv] => 5
[Bytes Recv] => 1602
[Net Bytes Sent] => 158
[Net Bytes Recv] => 1602
Seems to show all relevant activity of all devices.[/code] luci: ffc1d59
cgminer: 2354004
cgminer-packages: d309c69
Reply was 'STATUS=S,When=1487563128,Code=70,Msg=CGMiner stats,Description=cgminer 4.10.0|STATS=0,ID=AV70,Elapsed=187738,Calls=0,Wait=0.000000,Max=0.000000,Min=99999999.000000,MM ID1=Ver[7411706-3162860]
DNA[01369cf123a0cb42]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[430 412 452 373]
HW[1667]
DH[2.291%]
Temp[37]
TMax[89]
Fan[5760]
FanR[87%]
Vi[1207 1207 1217 1216]
Vo[4447 4452 4429 4447]
GHSmm[8216.69]
WU[110290.24]
Freq[729.46]
PG[15]
Led[0]
MW0[8264 8246 8322 7811 8295 8099 7796 8189 7901 8032 8056 8534 8291 8381 8119 8047 8246 8315 8188 8334 8401 8550]
MW1[8094 8408 8041 8325 8440 7925 8090 8526 8183 7907 7904 8111 7886 8087 8072 8129 8050 8164 8243 7992 7983 8210]
MW2[7323 7628 7635 7854 7674 7862 7488 7816 7830 7410 7471 7678 7529 7906 7456 7333 7504 7412 7584 7688 7681 7945]
MW3[7422 7500 7397 7561 7361 7322 7280 7286 7350 7582 7622 7371 7301 7116 7317 7570 7250 7485 7611 7579 7542 7479]
TA[88]
ECHU[0 0 0 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-77/7-87/84 0-78/12-89/83 21-74/7-84/78 0-71/10-80/77],MM ID2=Ver[7411706-3162860]
DNA[01395b75388d57d7]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[395 407 424 376]
HW[1602]
DH[2.574%]
Temp[37]
TMax[90]
Fan[5790]
FanR[99%]
Vi[1194 1194 1191 1191]
Vo[4424 4434 4429 4406]
GHSmm[8270.65]
WU[110994.38]
Freq[734.26]
PG[15]
Led[0]
MW0[7869 8215 7560 7978 7621 7829 7972 7943 7808 7968 7602 7769 7638 7734 7855 7911 7678 7851 8074 7995 7989 7748]
MW1[8175 8190 8146 8435 8328 8013 8117 8021 8164 8088 7980 8024 7828 7952 7830 8003 7961 7821 8099 8121 8411 8056]
MW2[8166 8055 7949 7837 7857 7852 7895 7840 7850 7875 7912 7703 7932 7822 7879 8076 7773 7949 7983 7888 8066 8186]
MW3[7839 7996 7886 7944 7593 7709 7714 7370 7808 7633 7633 7437 7604 7484 7894 7762 7552 7683 7974 7720 7734 7919]
TA[88]
ECHU[16 512 512 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-76/11-85/81 21-83/12-90/83 21-77/9-87/79 0-76/12-84/80],MM Count=2,Smart Speed=1,Connecter=AUC,AUC VER=AUC-20151208,AUC I2C Speed=400000,AUC I2C XDelay=19200,AUC Sensor=13354,AUC Temperature=35.14,Connection Overloaded=false,Voltage Offset=0,Nonce Mask=29,USB Pipe=0,USB Delay=r0 0.000000 w0 0.000000,USB tmo=0 0|STATS=1,ID=POOL0,Elapsed=187738,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=14615.00000000,Min Diff=4098.00000000,Max Diff=14615.00000000,Min Diff Count=567,Max Diff Count=1236141,Times Sent=47374,Bytes Sent=6763169,Times Recv=53550,Bytes Recv=10046139,Net Bytes Sent=6763169,Net Bytes Recv=10046139|STATS=2,ID=POOL1,Elapsed=187738,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=158,Times Recv=5,Bytes Recv=1602,Net Bytes Sent=158,Net Bytes Recv=1602|STATS=3,ID=POOL2,Elapsed=187738,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=158,Times Recv=5,Bytes Recv=1602,Net Bytes Sent=158,Net Bytes Recv=1602|'
[STATUS] =>
(
[STATUS] => S
[When] => 1487563128
[Code] => 70
[Msg] => CGMiner stats
[Description] => cgminer 4.10.0
)
[STATS0] =>
(
[STATS] => 0
[ID] => AV70
[Elapsed] => 187738
[Calls] => 0
[Wait] => 0.000000
[Max] => 0.000000
[Min] => 99999999.000000
[MM ID1] => Ver[7411706-3162860]
DNA[01369cf123a0cb42]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[430 412 452 373]
HW[1667]
DH[2.291%]
Temp[37]
TMax[89]
Fan[5760]
FanR[87%]
Vi[1207 1207 1217 1216]
Vo[4447 4452 4429 4447]
GHSmm[8216.69]
WU[110290.24]
Freq[729.46]
PG[15]
Led[0]
MW0[8264 8246 8322 7811 8295 8099 7796 8189 7901 8032 8056 8534 8291 8381 8119 8047 8246 8315 8188 8334 8401 8550]
MW1[8094 8408 8041 8325 8440 7925 8090 8526 8183 7907 7904 8111 7886 8087 8072 8129 8050 8164 8243 7992 7983 8210]
MW2[7323 7628 7635 7854 7674 7862 7488 7816 7830 7410 7471 7678 7529 7906 7456 7333 7504 7412 7584 7688 7681 7945]
MW3[7422 7500 7397 7561 7361 7322 7280 7286 7350 7582 7622 7371 7301 7116 7317 7570 7250 7485 7611 7579 7542 7479]
TA[88]
ECHU[0 0 0 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-77/7-87/84 0-78/12-89/83 21-74/7-84/78 0-71/10-80/77]
[MM ID2] => Ver[7411706-3162860]
DNA[01395b75388d57d7]
Elapsed[187740]
MW[2076681 2076681 2076681 2076659]
LW[8306702]
MH[395 407 424 376]
HW[1602]
DH[2.574%]
Temp[37]
TMax[90]
Fan[5790]
FanR[99%]
Vi[1194 1194 1191 1191]
Vo[4424 4434 4429 4406]
GHSmm[8270.65]
WU[110994.38]
Freq[734.26]
PG[15]
Led[0]
MW0[7869 8215 7560 7978 7621 7829 7972 7943 7808 7968 7602 7769 7638 7734 7855 7911 7678 7851 8074 7995 7989 7748]
MW1[8175 8190 8146 8435 8328 8013 8117 8021 8164 8088 7980 8024 7828 7952 7830 8003 7961 7821 8099 8121 8411 8056]
MW2[8166 8055 7949 7837 7857 7852 7895 7840 7850 7875 7912 7703 7932 7822 7879 8076 7773 7949 7983 7888 8066 8186]
MW3[7839 7996 7886 7944 7593 7709 7714 7370 7808 7633 7633 7437 7604 7484 7894 7762 7552 7683 7974 7720 7734 7919]
TA[88]
ECHU[16 512 512 0]
ECMM[0]
FM[1]
CRC[0 0 0 0]
PAIRS[0 0 0]
PVT_T[21-76/11-85/81 21-83/12-90/83 21-77/9-87/79 0-76/12-84/80]
[MM Count] => 2
[Smart Speed] => 1
[Connecter] => AUC
[AUC VER] => AUC-20151208
[AUC I2C Speed] => 400000
[AUC I2C XDelay] => 19200
[AUC Sensor] => 13354
[AUC Temperature] => 35.14
[Connection Overloaded] => false
[Voltage Offset] => 0
[Nonce Mask] => 29
[USB Pipe] => 0
[USB Delay] => r0 0.000000 w0 0.000000
[USB tmo] => 0 0
)
[STATS1] =>
(
[STATS] => 1
[ID] => POOL0
[Elapsed] => 187738
[Calls] => 0
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[Max] => 0.000000
[Min] => 99999999.000000
[Pool Calls] => 0
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[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] => 14615.00000000
[Min Diff] => 4098.00000000
[Max Diff] => 14615.00000000
[Min Diff Count] => 567
[Max Diff Count] => 1236141
[Times Sent] => 47374
[Bytes Sent] => 6763169
[Times Recv] => 53550
[Bytes Recv] => 10046139
[Net Bytes Sent] => 6763169
[Net Bytes Recv] => 10046139
)
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[Times Recv] => 5
[Bytes Recv] => 1602
[Net Bytes Sent] => 158
[Net Bytes Recv] => 1602
)
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[Min Diff Count] => 0
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[Times Sent] => 2
[Bytes Sent] => 158
[Times Recv] => 5
[Bytes Recv] => 1602
[Net Bytes Sent] => 158
[Net Bytes Recv] => 1602
Avalon, i think is really good even so expensive but the performance is so nice and secure always. We cannot relay to newly brand or 2nd hand. i don't like my data will lost! that why i used avalon. a hardware with good quality.
Welp, guess I'll be holding off on throwing money at Bitmain now then 
2018 is gonna be an interesting year.........Last hurrah before the next major halving
2018 is gonna be an interesting year.........Last hurrah before the next major halving my AUC3 was broken, do you guys know where to order the new one here in US?
If you bought the unit new you can also contact Canaan, and open a ticket letting them know you had a defective piece, they'll want you to give them the rundown of all the troubleshooting you did to arrive there.
Was it the auc converter or the cable? Thought it was the cable because your auc lights were good?
my AUC3 was broken, do you guys know where to order the new one here in US?
If you bought the unit new you can also contact Canaan, and open a ticket letting them know you had a defective piece, they'll want you to give them the rundown of all the troubleshooting you did to arrive there.
Was it the auc converter or the cable? Thought it was the cable because your auc lights were good?
my AUC3 was broken, do you guys know where to order the new one here in US?
You can order one from the official Canaan distributor, Minerwarez.
See this product page https://minerwarez.com/collections/used-equipment/products/auc3-adapter
my AUC3 was broken, do you guys know where to order the new one here in US?
UPDATES:
Good Day ,
Thanks,
Steve
Good Day ,
Thanks,
Steve
Ask me anything
Any more updates in regards to the next Avalon model?
chip is back and wasnt a brick, and hit the spec (+-10%) Now begins the process of bring up.
That's promising, are you planning a similar design with the external controller? Not sure if it's possible but will it use the same auc converter and cable as the 741?
Thanks for the updates
That was the first question I asked when I got hit with a Controller and AUC3 shortage. The ratio of controllers to miners (20:1) and
AUC to controller (4:1) changes dramatically when you open the market to individual miners. Simple math but hard to predict.
Anyway, Part of the fix to this inventory mix puzzle is insuring that we dont change the controller or AUC as we transition. The controller
and AUC on the 8 series will be the same as the 7 series. Score one for product marketing!
I bought a lemon A6, and honestly there is NOOOOOOOOO support what so ever.
if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
No maker of miners supports miners that older than the current generation they sell. They are not made in sufficient numbers to allow for stockpiling of spare parts.if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
Will be interesting to see final specs on the new release. Still 14/16nm chips I assume given that the smaller nodes are still more of 'almost there' for the immediate foreseeable future even for the likes of Intel and friends. Not to mention the IMHO there is little practical need for miners to go there for several more years. Re-spin of the current chips for maybe a bit better performance, sure.
Anywho, if the Real World agrees with projected power/speed specs I'll definitely be getting some of the new ones and take a few s9's offline to hold as farm spares. Now have 3 dead s9 boards all from different miners so already took 2 from the latest failure to bring the other 2 back to full speed again.
I think in 16nm at least in TSMC you wont see any significant improvements beyond the state of the art today. Lets say 90-100W/Thash
Chip is pure logic and so the only room for improvement is customizing the standard cells, hand crafting the back end process.
Going to a smaller process (different foundary or smaller node at TSMC) is a huge engineering bet. On the surface it looks like
a no brainer.. smaller die, lower cost, higher frequency, but there are always other elements of a design that can hold you back.
On performance, I find myself in the position of having to explain why a miner rated at 7.3 will often deliver 8-8.5 or in one guys
case 16Th. At the end of the assembly line every device is tested for 8 hours ( man I want that pointed at my wallet.. haha). Those
that fall below 7.3 are called a 740 and sold inside china exclusively. Those above 7.3 are 741. In the chip design we also add a feature
where every chip basically adjusts it performance based on existing conditions. The performance is dynamically adjusted.
Most importantly the
chip is constantly self checking its own hashes. I like to explain it this way: When you over clock a graphics chip you will see
some noise on the screen. How much noise is acceptable? We used to crank our graphics chips and just look at the screen or
wait for it to lock up. Well, in our Miner the chip itself actually monitors the "noise" in hashes as adjusts its performance. If you have
100% well formed output, you dial performance up. Still perfect? dial it up more.. When your error rate in hashing falls below a certain
thresh hold, you dial the performnace down. Start to get a little warm? power goes a bit funky?, neighbor chip on the board takes a vacation?
In all those circumstances the machine is designed to adjust itself to keep on truckin. For reliability we aim to make the machines last for 2 years.
avalon will release a
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
I was pretty clear in the mail that this was a notional spec used for forecasting. I will probably go live with the real specs at
the end of the month.
Just to be clear. There will be an announcement for the real spec of the upcoming miner at the end of the month or the actual miner will be released at the end of the month?
POR is this, we continue the bring up process, that includes building sample units, tuning software and boards, and I would estimate
that we should have fairly stable estimates of performance by the end of the month. Could take longer, but at some point you
shoot the engineers and proceed to Engineering test runs where you trial the line, and then decide to go MP (Mass production).
The release to MP will not be at the end of the month. There is a target date, but you know how those go. For most customers
who have big plans I would just say Q1, and recall that CNY is in the middle of that. Lots of moving parts, and its kinda like
changing the tires on an F1 as you go through the corner. The main point I would get across to guys who are trying to plan
is this: use an S9 as a surogate for your planning and you will be ok. A lot of guys use our 1150 W as a planning guide ( say they
have 20Mw), and they ned to know that the Power requirements will be above that.
I bought a lemon A6, and honestly there is NOOOOOOOOO support what so ever.
if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
No maker of miners supports miners that older than the current generation they sell. They are not made in sufficient numbers to allow for stockpiling of spare parts.if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
Will be interesting to see final specs on the new release. Still 14/16nm chips I assume given that the smaller nodes are still more of 'almost there' for the immediate foreseeable future even for the likes of Intel and friends. Not to mention the IMHO there is little practical need for miners to go there for several more years. Re-spin of the current chips for maybe a bit better performance, sure.
Anywho, if the Real World agrees with projected power/speed specs I'll definitely be getting some of the new ones and take a few s9's offline to hold as farm spares. Now have 3 dead s9 boards all from different miners so already took 2 from the latest failure to bring the other 2 back to full speed again.
UPDATES:
Good Day ,
Thanks,
Steve
Good Day ,
Thanks,
Steve
Ask me anything
Any more updates in regards to the next Avalon model?
chip is back and wasnt a brick, and hit the spec (+-10%) Now begins the process of bring up.
That's promising, are you planning a similar design with the external controller? Not sure if it's possible but will it use the same auc converter and cable as the 741?
Thanks for the updates
avalon will release a
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
I was pretty clear in the mail that this was a notional spec used for forecasting. I will probably go live with the real specs at
the end of the month.
Just to be clear. There will be an announcement for the real spec of the upcoming miner at the end of the month or the actual miner will be released at the end of the month?
I bought a lemon A6, and honestly there is NOOOOOOOOO support what so ever.
if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
No maker of miners supports miners that older than the current generation they sell. They are not made in sufficient numbers to allow for stockpiling of spare parts.if it wasn't for you guys on this forum I would have been SOL and truthfully thats a turn off for me
As we enter EOL for the 7 series I am making an order for Spares.
avalon will release a
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
14th 1300 watt model
about 1400-1500 usd
Maybe on my birthday in late Jan
Am I the only one with info on this?
If true this would be a little better then the s-9
I was pretty clear in the mail that this was a notional spec used for forecasting. I will probably go live with the real specs at
the end of the month.
Wanted to give a BIG shoutout to Canaan creative. You guys took a while to RMA my miner, but its here! and it works perfectly! Thankyou Steve and Lily for all the help! Looking forward to your next big update!
It should not take that long. I am re engineering the process to fix that.
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