Spondoolies,
Please can you add the option to purchase shipping in your store.
I wanted to send my hosted miners elsewhere, but wire transfer seems to be the only option and that's not something I can quickly or easily do.
TIA
Topic: [ANN] Spondoolies-Tech - carrier grade, data center ready mining rigs - page 534. (Read 1260354 times)
July 03, 2014, 07:45:41 AM
July 03, 2014, 07:26:48 AM
Sorry, I don't have time to go over and analize ASIC stats that you post here.
Too busy with SP30.
Nice to see the 1.4 on 110V, I hope you have proper cables
Too busy with SP30.
Nice to see the 1.4 on 110V, I hope you have proper cables
Nice to see it too after mining at 1.3Th for so long! Each miner has a dedicated 20 A circuit. House wiring and ext cables are all 12 gauge, but the PSU cables are 14 gauge (slightly thinner). Those cables were made for disk enclosures and thicker than your normal 16 gauge computer cables. Power draw at the wall is around 1450 W.
Is it safe? If not I can bump it back down to 1.3 TH.
July 03, 2014, 06:51:40 AM
I have bolded out lower voltage sets. It seems to me, 0.65 is a good starting voltage for you. You can even try 0.645, because one of your lower sets have 0.648.
For how long you ran them? What are your other settings?
Thanks. I'll give it a try.
I ran them for 30 minutes before I took the screenshot. I just upgraded the firmware and posted in the morning before heading out to work.
As for the settings:
Fan speed: 90
Start Voltage (top and bottom): 0.65
Max Voltage: 0.78
Max Power Consumption: 1260
DC2DC Current Limit: 65
Temps are lower today thanks to rainy weather.
In: 29c
Out: 70.77c
1425 GH
Not bad for 110v. Been running since my last post (16 hours now I think). I wonder if I should leave it or bump it back down. So far no fire/breaker trips.
Perfect!
No need for 0.780 for max voltage. 0.750 will be more than enough. Your max is something around 0.718, so put 0.750 in case you have better ambient temp, maybe some of them will raise a little bit. Even 0.730 will be good for you.
Cheers!
EDIT: Put DC2DC limit back to 62.
Thanks! I plugged those values in, including the 0.645. Let's see what happens.
The other miners I noticed lowest were 67x and 66x. Does this mean I can set the start voltage to 0.67 and 0.66 respectively?
Edit: I just did and they seem to get up to speed much quicker! The first miner that starts at .645 still takes a while. I guess it's because it needs to work the voltages from a much lower value for the other chips that can take the higher voltages?
July 03, 2014, 05:40:32 AM
Sorry, I don't have time to go over and analize ASIC stats that you post here.
Too busy with SP30.
Nice to see the 1.4 on 110V, I hope you have proper cables
Too busy with SP30.
Nice to see the 1.4 on 110V, I hope you have proper cables
July 03, 2014, 05:36:34 AM
Zvisha,
Can you please tell me, how can I identify top and bottom boards? I assume, that 0 to 11 is TOP and accordingly 12 to 23 is BOTTOM?
Thanks to your latest firmware, I will try to fine tune my "slower" miners. I have found out, that on my "slower" units, there is a difference between 0-11 and 12-23 DCRs.
Thanks in advance.
Can you please tell me, how can I identify top and bottom boards? I assume, that 0 to 11 is TOP and accordingly 12 to 23 is BOTTOM?
Thanks to your latest firmware, I will try to fine tune my "slower" miners. I have found out, that on my "slower" units, there is a difference between 0-11 and 12-23 DCRs.
Thanks in advance.
Yes, 0-11 TOP, the rest are bottom.
Note that usually you see difference between TOP and BOTTOM because different DCR, not because of different corner ASICs. But the new FW should be better for DCR1 since it captures loop failures in some cases where old FW doesn't.
July 03, 2014, 03:57:47 AM
Zvisha,
Can you please tell me, how can I identify top and bottom boards? I assume, that 0 to 11 is TOP and accordingly 12 to 23 is BOTTOM?
Thanks to your latest firmware, I will try to fine tune my "slower" miners. I have found out, that on my "slower" units, there is a difference between 0-11 and 12-23 DCRs.
Thanks in advance.
Can you please tell me, how can I identify top and bottom boards? I assume, that 0 to 11 is TOP and accordingly 12 to 23 is BOTTOM?
Thanks to your latest firmware, I will try to fine tune my "slower" miners. I have found out, that on my "slower" units, there is a difference between 0-11 and 12-23 DCRs.
Thanks in advance.
July 03, 2014, 03:29:27 AM
Well, maybe it was a corporation, I don´t know.
However, I would definately make a corporation if i had so many miners to buy.
However, I would definately make a corporation if i had so many miners to buy.
July 03, 2014, 03:22:53 AM
As far as I can remember, there was some guy who bough 100units in that groupbuy.
Ack! cough sputter.....I got to stop hanging around people in this thread I'm getting a 'I'm dirt poor' complex as a result...sheeesh!
Searing
July 03, 2014, 03:20:13 AM
As far as I can remember, there was some guy who bough 100units in that groupbuy.
July 03, 2014, 03:17:00 AM
Apples to oranges comparison.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
You mind telling us what price you received?
tzortz was part of my SP30 Group Buy.
heh that musta really really made your day when he jumped on the group buy with 60TH heh a pic of your face reading the PM would have been a hoot
Searing
July 03, 2014, 12:37:25 AM
Before I buy some Zeusminer junk, are you guys close to announcing anything in Scrypt?
those zeus things are too power hungry methinks - i'm betting SP-Tech can get the wattage right down on a big scrypt rig.
I'm interested to know about plans for this too.
+1 (BTC) ...just kidding...
July 02, 2014, 11:44:16 PM
Before I buy some Zeusminer junk, are you guys close to announcing anything in Scrypt?
those zeus things are too power hungry methinks - i'm betting SP-Tech can get the wattage right down on a big scrypt rig.
I'm interested to know about plans for this too.
July 02, 2014, 11:32:24 PM
I have bolded out lower voltage sets. It seems to me, 0.65 is a good starting voltage for you. You can even try 0.645, because one of your lower sets have 0.648.
For how long you ran them? What are your other settings?
Thanks. I'll give it a try.
I ran them for 30 minutes before I took the screenshot. I just upgraded the firmware and posted in the morning before heading out to work.
As for the settings:
Fan speed: 90
Start Voltage (top and bottom): 0.65
Max Voltage: 0.78
Max Power Consumption: 1260
DC2DC Current Limit: 65
Temps are lower today thanks to rainy weather.
In: 29c
Out: 70.77c
1425 GH
Not bad for 110v. Been running since my last post (16 hours now I think). I wonder if I should leave it or bump it back down. So far no fire/breaker trips.
Perfect!
No need for 0.780 for max voltage. 0.750 will be more than enough. Your max is something around 0.718, so put 0.750 in case you have better ambient temp, maybe some of them will raise a little bit. Even 0.730 will be good for you.
Cheers!
EDIT: Put DC2DC limit back to 62.
July 02, 2014, 11:20:07 PM
I have bolded out lower voltage sets. It seems to me, 0.65 is a good starting voltage for you. You can even try 0.645, because one of your lower sets have 0.648.
For how long you ran them? What are your other settings?
Thanks. I'll give it a try.
I ran them for 30 minutes before I took the screenshot. I just upgraded the firmware and posted in the morning before heading out to work.
As for the settings:
Fan speed: 90
Start Voltage (top and bottom): 0.65
Max Voltage: 0.78
Max Power Consumption: 1260
DC2DC Current Limit: 65
Temps are lower today thanks to rainy weather.
In: 29c
Out: 70.77c
1425 GH
Not bad for 110v. Been running since my last post (16 hours now I think). I wonder if I should leave it or bump it back down. So far no fire/breaker trips.
July 02, 2014, 10:43:54 PM
Apples to oranges comparison.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
You mind telling us what price you received?
tzortz was part of my SP30 Group Buy.
July 02, 2014, 10:39:40 PM
I also co-locate my SP10 at this place for $150/month on a 208V. They've been very nice. Give you a dedicated IP for direct access to your gear. Tell them DeLigny sent you, if you are interested.
http://www.michigan-colocation.com/index.php/server-colocation/bitcoin-miner-hosting
http://www.michigan-colocation.com/index.php/server-colocation/bitcoin-miner-hosting
as well as being listed on QG's thread; https://bitcointalksearch.org/topic/hw-hosting-directory-reputation-622998
they also have their own thread on another forum: http://www.webhostingtalk.com/showthread.php?t=1379980
seems to be very good. thanks for sharing
July 02, 2014, 10:35:14 PM
I also co-locate my SP10 at this place for $150/month on a 208V. They've been very nice. Give you a dedicated IP for direct access to your gear. Tell them DeLigny sent you, if you are interested.
http://www.michigan-colocation.com/index.php/server-colocation/bitcoin-miner-hosting
http://www.michigan-colocation.com/index.php/server-colocation/bitcoin-miner-hosting
July 02, 2014, 10:28:46 PM
Apples to oranges comparison.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
I ordered 60Th/s from SP tech and I will need to power up and ethernet connect only 10 miners.
If I had to do it with the S3's, I would need 125 miners and 125 psus. WTF.
Spondoolies is a serious company, what they promised is less of what they have delivered, finally, so far.
You mind telling us what price you received?
July 02, 2014, 10:18:05 PM
I believe mine have different batches in the same unit.
What are good starting voltages for me? Just a reminder that I'm on 110v.
DC2DC DCR inductor flag loop 0 (0xD0) = 0x2
DC2DC DCR inductor flag loop 1 (0xD0) = 0x2
DC2DC DCR inductor flag loop 2 (0xD0) = 0x2
DC2DC DCR inductor flag loop 3 (0xD0) = 0x2
DC2DC DCR inductor flag loop 4 (0xD0) = 0x2
DC2DC DCR inductor flag loop 5 (0xD0) = 0x2
DC2DC DCR inductor flag loop 6 (0xD0) = 0x2
DC2DC DCR inductor flag loop 7 (0xD0) = 0x2
DC2DC DCR inductor flag loop 8 (0xD0) = 0x2
DC2DC DCR inductor flag loop 9 (0xD0) = 0x2
DC2DC DCR inductor flag loop 10 (0xD0) = 0x2
DC2DC DCR inductor flag loop 11 (0xD0) = 0x2
DC2DC DCR inductor flag loop 12 (0xD0) = 0x0
DC2DC DCR inductor flag loop 13 (0xD0) = 0x0
DC2DC DCR inductor flag loop 14 (0xD0) = 0x0
DC2DC DCR inductor flag loop 15 (0xD0) = 0x0
DC2DC DCR inductor flag loop 16 (0xD0) = 0x0
DC2DC DCR inductor flag loop 17 (0xD0) = 0x0
DC2DC DCR inductor flag loop 18 (0xD0) = 0x0
DC2DC DCR inductor flag loop 19 (0xD0) = 0x0
DC2DC DCR inductor flag loop 20 (0xD0) = 0x0
DC2DC DCR inductor flag loop 21 (0xD0) = 0x0
DC2DC DCR inductor flag loop 22 (0xD0) = 0x0
DC2DC DCR inductor flag loop 23 (0xD0) = 0x0
What are good starting voltages for me? Just a reminder that I'm on 110v.
DC2DC DCR inductor flag loop 0 (0xD0) = 0x2
DC2DC DCR inductor flag loop 1 (0xD0) = 0x2
DC2DC DCR inductor flag loop 2 (0xD0) = 0x2
DC2DC DCR inductor flag loop 3 (0xD0) = 0x2
DC2DC DCR inductor flag loop 4 (0xD0) = 0x2
DC2DC DCR inductor flag loop 5 (0xD0) = 0x2
DC2DC DCR inductor flag loop 6 (0xD0) = 0x2
DC2DC DCR inductor flag loop 7 (0xD0) = 0x2
DC2DC DCR inductor flag loop 8 (0xD0) = 0x2
DC2DC DCR inductor flag loop 9 (0xD0) = 0x2
DC2DC DCR inductor flag loop 10 (0xD0) = 0x2
DC2DC DCR inductor flag loop 11 (0xD0) = 0x2
DC2DC DCR inductor flag loop 12 (0xD0) = 0x0
DC2DC DCR inductor flag loop 13 (0xD0) = 0x0
DC2DC DCR inductor flag loop 14 (0xD0) = 0x0
DC2DC DCR inductor flag loop 15 (0xD0) = 0x0
DC2DC DCR inductor flag loop 16 (0xD0) = 0x0
DC2DC DCR inductor flag loop 17 (0xD0) = 0x0
DC2DC DCR inductor flag loop 18 (0xD0) = 0x0
DC2DC DCR inductor flag loop 19 (0xD0) = 0x0
DC2DC DCR inductor flag loop 20 (0xD0) = 0x0
DC2DC DCR inductor flag loop 21 (0xD0) = 0x0
DC2DC DCR inductor flag loop 22 (0xD0) = 0x0
DC2DC DCR inductor flag loop 23 (0xD0) = 0x0
What does this mean, because I see the same information as well when I click on DCR.
DC2DC DCR inductor flag loop 0 (0xD0) = 0x1
DC2DC DCR inductor flag loop 1 (0xD0) = 0x1
DC2DC DCR inductor flag loop 2 (0xD0) = 0x1
DC2DC DCR inductor flag loop 3 (0xD0) = 0x1
DC2DC DCR inductor flag loop 4 (0xD0) = 0x1
DC2DC DCR inductor flag loop 5 (0xD0) = 0x1
DC2DC DCR inductor flag loop 6 (0xD0) = 0x1
DC2DC DCR inductor flag loop 7 (0xD0) = 0x1
DC2DC DCR inductor flag loop 8 (0xD0) = 0x1
DC2DC DCR inductor flag loop 9 (0xD0) = 0x1
DC2DC DCR inductor flag loop 10 (0xD0) = 0x1
DC2DC DCR inductor flag loop 11 (0xD0) = 0x1
DC2DC DCR inductor flag loop 12 (0xD0) = 0x0
DC2DC DCR inductor flag loop 13 (0xD0) = 0x0
DC2DC DCR inductor flag loop 14 (0xD0) = 0x0
DC2DC DCR inductor flag loop 15 (0xD0) = 0x0
DC2DC DCR inductor flag loop 16 (0xD0) = 0x0
DC2DC DCR inductor flag loop 17 (0xD0) = 0x0
DC2DC DCR inductor flag loop 18 (0xD0) = 0x0
DC2DC DCR inductor flag loop 19 (0xD0) = 0x0
DC2DC DCR inductor flag loop 20 (0xD0) = 0x0
DC2DC DCR inductor flag loop 21 (0xD0) = 0x0
DC2DC DCR inductor flag loop 22 (0xD0) = 0x0
DC2DC DCR inductor flag loop 23 (0xD0) = 0x0
Here is the info from the ASIC stats page: Runnning off 208V.
----------
AC2DC power=1224[1260], temp=0, leading zeroes=41
L |Vtrm/max |vlt|Wt|Am|DCt|crt|Gh|Ov|ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn
0|ffeb( d)|658|35|53| 78|24b0|55| 0| 0: 77c 465hz( 0/ 0) 7fff1698| 1: 77c 450hz( 0/ 0) 7fff1584| 2: 77c 480hz( 0/ 0) 7fff1714| 3: 77c 450hz( 0/ 0) 7fff1518
| 4: 77c 450hz( 0/ 0) 7fff1629| 5: 77c 465hz( 0/ 0) 7fff1693| 6: 77c 480hz( 0/ 0) 7fff1652| 7: 77c 480hz( 0/ 0) 7fff1641
1|ffec( d)|661|36|55| 75|2240|56| 0| 8: 77c 480hz( 0/ 0) 7fff1649| 9: 77c 435hz( 0/ 0) 7fff1543| 10: 77c 465hz( 0/ 0) 7fff1608| 11: 77c 465hz( 0/ 0) 7fff1554
| 12: 77c 465hz( 0/ 0) 7fff1687| 13: 77c 480hz( 0/ 0) 7fff1738| 14: 77c 480hz( 0/ 0) 7fff1672| 15: 77c 480hz( 0/ 0) 7fff1736
2|fff1( d)|674|37|56| 78|21f0|57| 0| 16: 77c 510hz( 0/ 0) 7fff1804| 17: 77c 435hz( 0/ 0) 7fff1439| 18: 77c 480hz( 0/ 0) 7fff1715| 19: 77c 480hz( 0/ 0) 7fff1659
| 20: 77c 495hz( 0/ 0) 7fff1727| 21: 77c 480hz( 0/ 0) 7fff1682| 22: 77c 480hz( 0/ 0) 7fff1631| 23: 77c 495hz( 0/ 0) 7fff1750
3|ffef( d)|669|37|55| 78|2310|57| 0| 24: 77c 465hz( 0/ 0) 7fff1664| 25: 77c 450hz( 0/ 0) 7fff1579| 26: 77c 480hz( 0/ 0) 7fff1689| 27: 77c 495hz( 0/ 0) 7fff1726
| 28: 77c 465hz( 0/ 0) 7fff1597| 29: 77c 525hz( 0/ 0) 7fff1842| 30: 77c 495hz( 0/ 0) 7fff1878| 31: 77c 450hz( 0/ 0) 7fff1604
4|ffea( d)|656|35|54| 79|2210|54| 0| 32: 77c 465hz( 0/ 0) 7fff1674| 33: 77c 465hz( 0/ 0) 7fff1750| 34: 77c 465hz( 0/ 0) 7fff1704| 35: 77c 435hz( 0/ 0) 7fff1589
| 36: 77c 450hz( 0/ 0) 7fff1642| 37: 77c 435hz( 0/ 0) 7fff1532| 38: 77c 465hz( 0/ 0) 7fff1626| 39: 77c 465hz( 0/ 0) 7fff1655
5|ffeb( d)|658|34|53| 82|2260|54| 0| 40: 77c 465hz( 0/ 0) 7fff1606| 41: 77c 465hz( 0/ 0) 7fff1627| 42: 77c 465hz( 0/ 0) 7fff1645| 43: 77c 435hz( 0/ 0) 7fff1580
| 44: 77c 450hz( 0/ 0) 7fff1605| 45: 77c 435hz( 0/ 0) 7fff1571| 46: 77c 465hz( 0/ 0) 7fff1650| 47: 77c 465hz( 0/ 0) 7fff1676
6|ffec( d)|661|37|56| 72|2490|54| 0| 48: 77c 450hz( 0/ 0) 7fff1614| 49: 77c 465hz( 0/ 0) 7fff1702| 50: 77c 450hz( 0/ 0) 7fff1560| 51: 77c 465hz( 0/ 0) 7fff1710
| 52: 77c 450hz( 0/ 0) 7fff1563| 53: 77c 465hz( 0/ 0) 7fff1636| 54: 77c 465hz( 0/ 0) 7fff1709| 55: 77c 435hz( 0/ 0) 7fff1511
7|ffea( d)|656|35|54| 86|21e0|54| 0| 56: 77c 465hz( 0/ 0) 7fff1646| 57: 77c 450hz( 0/ 0) 7fff1582| 58: 77c 450hz( 0/ 0) 7fff1607| 59: 77c 450hz( 0/ 0) 7fff1655
| 60: 77c 420hz( 0/ 0) 7fff1477| 61: 77c 480hz( 0/ 0) 7fff1753| 62:107c 450hz( 0/ 0) 7fff1606| 63:107c 465hz( 0/ 0) 7fff1604
8|ffe9( d)|653|34|53| 82|20b0|54| 0| 64: 77c 450hz( 0/ 0) 7fff1673| 65:107c 465hz( 0/ 0) 7fff1657| 66:107c 435hz( 0/ 0) 7fff1471| 67: 77c 450hz( 0/ 0) 7fff1582
| 68: 77c 420hz( 0/ 0) 7fff1525| 69: 77c 480hz( 0/ 0) 7fff1693| 70: 77c 465hz( 0/ 0) 7fff1686| 71: 77c 435hz( 0/ 0) 7fff1487
9|ffeb( d)|658|36|55| 82|2390|55| 0| 72: 77c 465hz( 0/ 0) 7fff1599| 73: 77c 480hz( 0/ 0) 7fff1656| 74: 77c 465hz( 0/ 0) 7fff1672| 75: 77c 450hz( 0/ 0) 7fff1676
| 76: 77c 465hz( 0/ 0) 7fff1627| 77:107c 450hz( 0/ 0) 7fff1590| 78:107c 465hz( 0/ 0) 7fff1580| 79: 77c 450hz( 0/ 0) 7fff1661
10|ffeb( d)|658|35|54| 80|1fd0|54| 0| 80: 77c 450hz( 0/ 0) 7fff1557| 81:113c 465hz( 0/ 0) 7fff1667| 82:113c 465hz( 0/ 0) 7fff1694| 83:107c 465hz( 0/ 0) 7fff1586
| 84: 77c 450hz( 0/ 0) 7fff1580| 85: 77c 465hz( 0/ 0) 7fff1638| 86: 77c 420hz( 0/ 0) 7fff1499| 87: 77c 435hz( 0/ 0) 7fff1544
11|ffed( d)|664|35|53| 86|10e0|52| 3| 88: 77c 480hz( 0/ 0) 7fff1651| 89: 77c 450hz( 0/ 0) 7fff1575| 90: 77c 420hz( 0/ 0) 7fff1425| 91:107c 450hz( 0/ 0) 7fff1623
| 92:113c 465hz( 0/ 1) 7fff1598| 93:113c 390hz( 0/ 4) 7fff1421| 94:113c 390hz( 0/ 5) 7fff1609| 95:107c 465hz( 0/ 0) 7fff1678
12|fffe( d)|709|42|59| 93|197|64| 0| 96: 77c 555hz( 0/ 0) 7fff1987| 97:107c 585hz( 0/ 0) 7fff2032| 98: 77c 525hz( 0/ 0) 7fff1888| 99: 77c 540hz( 0/ 0) 7fff1939
|100: 77c 540hz( 0/ 0) 7fff1982|101: 77c 510hz( 0/ 0) 7fff1874|102:113c 525hz( 0/ 0) 7fff1846|103:113c 540hz( 0/ 0) 7fff1897
13|fffa( d)|698|41|59| 83|190|61| 0|104: 77c 510hz( 0/ 0) 7fff1734|105:107c 525hz( 0/ 0) 7fff1905|106: 77c 480hz( 0/ 0) 7fff1799|107: 77c 525hz( 0/ 0) 7fff1894
|108: 77c 510hz( 0/ 0) 7fff1902|109: 77c 510hz( 0/ 0) 7fff1827|110: 77c 525hz( 0/ 0) 7fff1873|111: 77c 540hz( 0/ 0) 7fff1954
14|fffd( d)|706|41|59| 94|18d|64| 0|112: 77c 540hz( 0/ 0) 7fff1857|113: 77c 525hz( 0/ 0) 7fff1894|114: 77c 555hz( 0/ 0) 7fff1961|115: 77c 555hz( 0/ 0) 7fff1962
|116:107c 540hz( 0/ 0) 7fff1860|117:107c 555hz( 0/ 0) 7fff1943|118:113c 525hz( 0/ 0) 7fff1841|119:113c 510hz( 0/ 0) 7fff1737
15|fffb( d)|701|42|60| 90|17e|63| 0|120:113c 525hz( 0/ 0) 7fff1818|121:113c 540hz( 0/ 0) 7fff1871|122: 77c 540hz( 0/ 0) 7fff1889|123:107c 555hz( 0/ 0) 7fff1947
|124: 77c 510hz( 0/ 0) 7fff1780|125: 77c 495hz( 0/ 0) 7fff1746|126: 77c 540hz( 0/ 0) 7fff1854|127: 77c 495hz( 0/ 0) 7fff1744
16|fff5( d)|685|40|59| 87|170|59| 1|128: 77c 495hz( 0/ 0) 7fff1651|129:107c 510hz( 0/ 0) 7fff1827|130:107c 495hz( 0/ 0) 7fff1746|131:113c 465hz( 0/ 0) 7fff1593
|132:113c 495hz( 0/ 0) 7fff1801|133:113c 525hz( 0/ 0) 7fff1886|134:113c 495hz( 0/ 1) 7fff1742|135: 77c 480hz( 0/ 0) 7fff1713
17|fffa( d)|698|42|60| 95|181|63| 0|136: 77c 540hz( 0/ 0) 7fff1865|137: 77c 495hz( 0/ 0) 7ffb1588|138: 77c 525hz( 0/ 0) 7fff1865|139:113c 570hz( 0/ 0) 7fff2027
|140:107c 495hz( 0/ 0) 7fff1661|141:113c 555hz( 0/ 0) 7fff1875|142:113c 510hz( 0/ 0) 7fff1773|143:113c 510hz( 0/ 0) 7fff1773
18|fff3( d)|680|40|58| 85|198|59| 0|144: 77c 510hz( 0/ 0) 7fff1816|145:107c 495hz( 0/ 0) 7fff1719|146:107c 510hz( 0/ 0) 7fff1796|147:107c 525hz( 0/ 0) 7fff1846
|148:107c 480hz( 0/ 0) 7fff1623|149:107c 465hz( 0/ 0) 7fff1759|150:107c 480hz( 0/ 0) 7fff1788|151:107c 495hz( 0/ 0) 7fff1777
19|fff8( d)|693|41|59| 97|11b|61| 1|152:107c 495hz( 0/ 0) 7fff1785|153:107c 540hz( 0/ 0) 7fff1867|154:107c 510hz( 0/ 0) 7fff1854|155:107c 495hz( 0/ 0) 7fff1712
|156:113c 540hz( 0/ 0) 7fff1891|157:113c 525hz( 0/ 0) 7fff1891|158:113c 510hz( 0/ 1) 7fff1720|159:113c 510hz( 0/ 0) 7fff1776
20|fff9( d)|695|41|59| 88| 1b|59| 3|160:113c 480hz( 0/ 0) 7fff1668|161:113c 465hz( 0/ 3) 7fff1621|162:113c 480hz( 0/ 2) 7fff1652|163:113c 510hz( 0/ 2) 7fff1822
|164:113c 465hz( 0/ 0) 7fff1678|165:113c 540hz( 0/ 0) 7fff1883|166:113c 510hz( 0/ 0) 7fff1785|167:113c 540hz( 0/ 0) 7fff1900
21|fff8( d)|693|39|56| 86| 0|57| 3|168:113c 495hz( 0/ 0) 7fff1816|169:113c 480hz( 0/ 0) 7fff1739|170:113c 480hz( 0/ 0) 7fff1734|171:113c 495hz( 0/ 0) 7fff1793
|172:113c 480hz( 0/ 4) 7fff1717|173:113c 450hz( 0/ 6) 7fff1598|174:113c 465hz( 0/ 3) 7fff1566|175:113c 510hz( 0/ 0) 7fff1883
22|fff6( d)|688|38|55| 88| 0|57| 3|176:113c 495hz( 0/ 0) 7fff1741|177:113c 405hz( 0/ 7) 7fff1421|178:113c 420hz( 0/ 4) 7fff1409|179:113c 495hz( 0/ 1) 7fff1766
|180:113c 510hz( 0/ 0) 7fff1807|181:113c 495hz( 0/ 0) 7fff1788|182:113c 495hz( 0/ 0) 7fff1715|183:107c 510hz( 0/ 0) 7fff1772
23|fff4( d)|682|37|54| 87| 0|55| 3|184: 77c 495hz( 0/ 0) 7fff1737|185:107c 495hz( 0/ 0) 7fff1769|186: 77c 480hz( 0/ 0) 7fff1728|187:113c 480hz( 0/ 0) 7fff1763
|188:113c 420hz( 0/ 5) 7fff1544|189:113c 435hz( 0/ 7) 7fff1568|190:113c 420hz( 0/ 6) 7fff1538|191:113c 480hz( 0/ 0) 7fff1714
[H:HW:1390Gh/Th:1390Gh/W:1390Gh,W:921,L:24,A:192,ER:1390,EP:1222,MMtmp:33]
Pushed 545 jobs , in queue 75 jobs!
July 02, 2014, 11:56:37 AM
I'm not sure what I'm looking at, but I start at .65 v. For this run I have the 110v limit lifted. On a dedicated 20A circuit and 12 gauge wires.
----------
AC2DC power=1246[1260], temp=0, leading zeroes=41
L |Vtrm/max |vlt|Wt|Am|DCt|crt|Gh|Ov|ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn
0|ffea(ffea)|656|38|58| 91|210|59| 0| 0: 77c 510hz( 0/ 0) 7fff 86| 1: 77c 465hz( 0/ 0) 7fff 95| 2: 77c 495hz( 0/ 0) 7fff 85| 3: 77c 525hz( 0/ 0) 7fff110
| 4: 77c 510hz( 0/ 0) 7fff105| 5: 77c 495hz( 0/ 0) 7fff 97| 6: 77c 465hz( 0/ 0) 7fff 71| 7: 77c 510hz( 0/ 0) 7fff104
1|ffef(ffef)|669|39|59| 85|1e0|60| 0| 8: 77c 525hz( 0/ 0) 7fff124| 9: 77c 495hz( 0/ 0) 7fff 94| 10: 77c 480hz( 0/ 0) 7fff 93| 11: 77c 510hz( 0/ 0) 7fff103
| 12: 77c 525hz( 0/ 0) 7fff 96| 13: 77c 525hz( 0/ 0) 7fff116| 14: 77c 480hz( 0/ 0) 7fff 84| 15: 77c 495hz( 0/ 0) 7fff 94
2|ffef(ffef)|669|39|59| 89|1a0|61| 0| 16: 77c 495hz( 0/ 0) 7fff 97| 17: 77c 480hz( 0/ 0) 7fff107| 18: 77c 510hz( 0/ 0) 7fff130| 19: 77c 525hz( 0/ 0) 7fff101
| 20: 77c 525hz( 0/ 0) 7fff118| 21: 77c 540hz( 0/ 0) 7fff 98| 22:107c 540hz( 0/ 0) 7fff104| 23: 77c 480hz( 0/ 0) 7fff 81
3|fff1(fff1)|674|40|60| 90|1a0|62| 0| 24: 77c 510hz( 0/ 0) 7fff108| 25:107c 540hz( 0/ 0) 7fff 88| 26: 77c 495hz( 0/ 0) 7fff 99| 27: 77c 510hz( 0/ 0) 7fff 91
| 28: 77c 570hz( 0/ 0) 7fff117| 29: 77c 510hz( 0/ 0) 7fff 94| 30: 77c 525hz( 0/ 0) 7fff102| 31: 77c 480hz( 0/ 0) 7fff 90
4|ffe9( 18)|653|34|53| 87| 10|52| 3| 32: 77c 480hz( 0/ 0) 7fff 97| 33:113c 465hz( 0/ 0) 7fff 85| 34:107c 435hz( 0/ 0) 7fff100| 35:113c 450hz( 0/ 2) 7fff 90
| 36:113c 420hz( 0/ 4) 7fff 74| 37:113c 390hz( 0/ 3) 7fff 68| 38:113c 405hz( 0/ 0) 7fff 66| 39:113c 465hz( 0/ 0) 7fff 80
5|ffee( 18)|666|40|60| 87|180|60| 0| 40: 77c 540hz( 0/ 0) 7fff124| 41: 77c 495hz( 0/ 0) 7fff101| 42: 77c 495hz( 0/ 0) 7fff120| 43: 77c 525hz( 0/ 0) 7fff125
| 44: 77c 495hz( 0/ 0) 7fff105| 45: 77c 480hz( 0/ 0) 7fff 89| 46: 77c 510hz( 0/ 0) 7fff 89| 47: 77c 525hz( 0/ 0) 7fff119
6|ffed( 18)|664|40|60| 86|1d0|58| 0| 48: 77c 495hz( 0/ 0) 7fff 85| 49: 77c 495hz( 0/ 0) 7fff 99| 50: 77c 480hz( 0/ 0) 7fff 91| 51: 77c 480hz( 0/ 0) 7fff100
| 52:113c 525hz( 0/ 0) 7fff102| 53: 77c 495hz( 0/ 0) 7fff 92| 54:113c 525hz( 0/ 0) 7fff114| 55: 77c 435hz( 0/ 0) 7fff 87
7|ffea( 18)|656|38|58| 93|200|59| 0| 56: 77c 480hz( 0/ 0) 7fff 95| 57: 77c 495hz( 0/ 0) 7fff102| 58: 77c 495hz( 0/ 0) 7fff 95| 59: 77c 510hz( 0/ 0) 7fff107
| 60: 77c 495hz( 0/ 0) 7fff 96| 61: 77c 510hz( 0/ 0) 7fff100| 62:113c 510hz( 0/ 0) 7fff107| 63: 77c 480hz( 0/ 0) 7fff 89
8|ffe7( 18)|648|34|53| 91| 0|51| 3| 64:113c 450hz( 0/ 0) 7fff 75| 65:113c 375hz( 0/ 5) 7fff 83| 66:113c 330hz( 0/
7fff 61| 67:113c 435hz( 0/ 3) 7fff 76
| 68:113c 465hz( 0/ 0) 7fff 92| 69: 77c 450hz( 0/ 0) 7fff 85| 70: 77c 465hz( 0/ 0) 7fff 97| 71: 77c 480hz( 0/ 0) 7fff 84
9|ffed( 18)|664|36|55| 92| 0|54| 3| 72: 77c 495hz( 0/ 0) 7fff113| 73: 77c 525hz( 0/ 0) 7fff105| 74: 77c 480hz( 0/ 0) 7fff 93| 75:113c 495hz( 0/ 0) 7fff 89
| 76:113c 450hz( 0/ 4) 7fff 81| 77:113c 345hz( 0/ 7) 7fff 68| 78:113c 390hz( 0/ 6) 7fff 86| 79:113c 480hz( 0/ 0) 7fff 97
10|ffeb( 18)|658|36|55| 93| 10|55| 3| 80:113c 495hz( 0/ 0) 7fff108| 81:113c 420hz( 0/ 3) 7fff 65| 82:113c 390hz( 0/ 6) 7fff 65| 83:113c 480hz( 0/ 2) 7fff 90
| 84:113c 495hz( 0/ 0) 7fff 92| 85: 77c 480hz( 0/ 0) 7fff 93| 86: 77c 465hz( 0/ 0) 7fff 82| 87: 77c 480hz( 0/ 0) 7fff102
11|ffea( 18)|656|36|56| 91| 40|56| 3| 88: 77c 495hz( 0/ 0) 7fff108| 89: 77c 495hz( 0/ 0) 7fff116| 90: 77c 480hz( 0/ 0) 7fff109| 91:107c 480hz( 0/ 0) 7fff 96
| 92:113c 480hz( 0/ 1) 7fff112| 93:113c 435hz( 0/ 2) 7fff 85| 94:113c 420hz( 0/ 4) 7fff 81| [H:HW:1397Gh/Th:1402Gh/W:1397Gh,W:937,L:24,A:192,ER:1397,EP:1222,MMtmp:36]
Pushed 543 jobs , in queue 75 jobs!
wins:18438[fp:0], leading-zeroes:41 idle:0/0
Adapter queues: rsp=47, req=283
----------
AC2DC power=1246[1260], temp=0, leading zeroes=41
L |Vtrm/max |vlt|Wt|Am|DCt|crt|Gh|Ov|ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn |ID |aTMP|Freq |Th|Bt|Engn|Wn
0|ffea(ffea)|656|38|58| 91|210|59| 0| 0: 77c 510hz( 0/ 0) 7fff 86| 1: 77c 465hz( 0/ 0) 7fff 95| 2: 77c 495hz( 0/ 0) 7fff 85| 3: 77c 525hz( 0/ 0) 7fff110
| 4: 77c 510hz( 0/ 0) 7fff105| 5: 77c 495hz( 0/ 0) 7fff 97| 6: 77c 465hz( 0/ 0) 7fff 71| 7: 77c 510hz( 0/ 0) 7fff104
1|ffef(ffef)|669|39|59| 85|1e0|60| 0| 8: 77c 525hz( 0/ 0) 7fff124| 9: 77c 495hz( 0/ 0) 7fff 94| 10: 77c 480hz( 0/ 0) 7fff 93| 11: 77c 510hz( 0/ 0) 7fff103
| 12: 77c 525hz( 0/ 0) 7fff 96| 13: 77c 525hz( 0/ 0) 7fff116| 14: 77c 480hz( 0/ 0) 7fff 84| 15: 77c 495hz( 0/ 0) 7fff 94
2|ffef(ffef)|669|39|59| 89|1a0|61| 0| 16: 77c 495hz( 0/ 0) 7fff 97| 17: 77c 480hz( 0/ 0) 7fff107| 18: 77c 510hz( 0/ 0) 7fff130| 19: 77c 525hz( 0/ 0) 7fff101
| 20: 77c 525hz( 0/ 0) 7fff118| 21: 77c 540hz( 0/ 0) 7fff 98| 22:107c 540hz( 0/ 0) 7fff104| 23: 77c 480hz( 0/ 0) 7fff 81
3|fff1(fff1)|674|40|60| 90|1a0|62| 0| 24: 77c 510hz( 0/ 0) 7fff108| 25:107c 540hz( 0/ 0) 7fff 88| 26: 77c 495hz( 0/ 0) 7fff 99| 27: 77c 510hz( 0/ 0) 7fff 91
| 28: 77c 570hz( 0/ 0) 7fff117| 29: 77c 510hz( 0/ 0) 7fff 94| 30: 77c 525hz( 0/ 0) 7fff102| 31: 77c 480hz( 0/ 0) 7fff 90
4|ffe9( 18)|653|34|53| 87| 10|52| 3| 32: 77c 480hz( 0/ 0) 7fff 97| 33:113c 465hz( 0/ 0) 7fff 85| 34:107c 435hz( 0/ 0) 7fff100| 35:113c 450hz( 0/ 2) 7fff 90
| 36:113c 420hz( 0/ 4) 7fff 74| 37:113c 390hz( 0/ 3) 7fff 68| 38:113c 405hz( 0/ 0) 7fff 66| 39:113c 465hz( 0/ 0) 7fff 80
5|ffee( 18)|666|40|60| 87|180|60| 0| 40: 77c 540hz( 0/ 0) 7fff124| 41: 77c 495hz( 0/ 0) 7fff101| 42: 77c 495hz( 0/ 0) 7fff120| 43: 77c 525hz( 0/ 0) 7fff125
| 44: 77c 495hz( 0/ 0) 7fff105| 45: 77c 480hz( 0/ 0) 7fff 89| 46: 77c 510hz( 0/ 0) 7fff 89| 47: 77c 525hz( 0/ 0) 7fff119
6|ffed( 18)|664|40|60| 86|1d0|58| 0| 48: 77c 495hz( 0/ 0) 7fff 85| 49: 77c 495hz( 0/ 0) 7fff 99| 50: 77c 480hz( 0/ 0) 7fff 91| 51: 77c 480hz( 0/ 0) 7fff100
| 52:113c 525hz( 0/ 0) 7fff102| 53: 77c 495hz( 0/ 0) 7fff 92| 54:113c 525hz( 0/ 0) 7fff114| 55: 77c 435hz( 0/ 0) 7fff 87
7|ffea( 18)|656|38|58| 93|200|59| 0| 56: 77c 480hz( 0/ 0) 7fff 95| 57: 77c 495hz( 0/ 0) 7fff102| 58: 77c 495hz( 0/ 0) 7fff 95| 59: 77c 510hz( 0/ 0) 7fff107
| 60: 77c 495hz( 0/ 0) 7fff 96| 61: 77c 510hz( 0/ 0) 7fff100| 62:113c 510hz( 0/ 0) 7fff107| 63: 77c 480hz( 0/ 0) 7fff 89
8|ffe7( 18)|648|34|53| 91| 0|51| 3| 64:113c 450hz( 0/ 0) 7fff 75| 65:113c 375hz( 0/ 5) 7fff 83| 66:113c 330hz( 0/
7fff 61| 67:113c 435hz( 0/ 3) 7fff 76| 68:113c 465hz( 0/ 0) 7fff 92| 69: 77c 450hz( 0/ 0) 7fff 85| 70: 77c 465hz( 0/ 0) 7fff 97| 71: 77c 480hz( 0/ 0) 7fff 84
9|ffed( 18)|664|36|55| 92| 0|54| 3| 72: 77c 495hz( 0/ 0) 7fff113| 73: 77c 525hz( 0/ 0) 7fff105| 74: 77c 480hz( 0/ 0) 7fff 93| 75:113c 495hz( 0/ 0) 7fff 89
| 76:113c 450hz( 0/ 4) 7fff 81| 77:113c 345hz( 0/ 7) 7fff 68| 78:113c 390hz( 0/ 6) 7fff 86| 79:113c 480hz( 0/ 0) 7fff 97
10|ffeb( 18)|658|36|55| 93| 10|55| 3| 80:113c 495hz( 0/ 0) 7fff108| 81:113c 420hz( 0/ 3) 7fff 65| 82:113c 390hz( 0/ 6) 7fff 65| 83:113c 480hz( 0/ 2) 7fff 90
| 84:113c 495hz( 0/ 0) 7fff 92| 85: 77c 480hz( 0/ 0) 7fff 93| 86: 77c 465hz( 0/ 0) 7fff 82| 87: 77c 480hz( 0/ 0) 7fff102
11|ffea( 18)|656|36|56| 91| 40|56| 3| 88: 77c 495hz( 0/ 0) 7fff108| 89: 77c 495hz( 0/ 0) 7fff116| 90: 77c 480hz( 0/ 0) 7fff109| 91:107c 480hz( 0/ 0) 7fff 96
| 92:113c 480hz( 0/ 1) 7fff112| 93:113c 435hz( 0/ 2) 7fff 85| 94:113c 420hz( 0/ 4) 7fff 81| [H:HW:1397Gh/Th:1402Gh/W:1397Gh,W:937,L:24,A:192,ER:1397,EP:1222,MMtmp:36]
Pushed 543 jobs , in queue 75 jobs!
wins:18438[fp:0], leading-zeroes:41 idle:0/0
Adapter queues: rsp=47, req=283
I have bolded out lower voltage sets. It seems to me, 0.65 is a good starting voltage for you. You can even try 0.645, because one of your lower sets have 0.648.
For how long you ran them? What are your other settings?
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