I've been wanting to get a steady 1.4TH/s (yes, I know +- %10) but seen so many people getting 1.4, and mine keeps dropping to 1.3TH/s. Here are my current settings, using the latest firmware.
Fan Speed: 80
Start Volts Top: .669
Start Volts Bottom: 669
Max Voltage: .750
Max power consumption: 1260
DC2DC Current Limit: 62
I am running on a 208. Any small changes I can make to raise the TH to 1.4? It did run temporarily on 1.4TH/s, but then slowly dropped down to the sweet 1.3TH/s.
Try Fan Speed 90 for better cooling. Got a DCR 1 miner? What's that mean? Bought my SP10 in May 26th. |
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Trying to download Armory and I visit the website but there are no download links to download anything. I'm using Windows. Are that's there is some command line information about Linux. Were the links removed for some reason?
Everything looks good to me. https://bitcoinarmory.com/download/ is the link. Are you looking somewhere else? That was the exact page I was on. Still no download links. Here is a screen shot. Does mousing over the various OS icons do anything? Do you have any special settings in your browser? No, just a regular Chrome browser. Strangely, after a complete uninstall of Chrome/Reinstall it worked again. Also works ok with IE. So I can at least get it when I need to. |
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I've been wanting to get a steady 1.4TH/s (yes, I know +- %10) but seen so many people getting 1.4, and mine keeps dropping to 1.3TH/s. Here are my current settings, using the latest firmware.
Fan Speed: 80
Start Volts Top: .669
Start Volts Bottom: 669
Max Voltage: .750
Max power consumption: 1260
DC2DC Current Limit: 62
I am running on a 208. Any small changes I can make to raise the TH to 1.4? It did run temporarily on 1.4TH/s, but then slowly dropped down to the sweet 1.3TH/s.
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All is well now and I'll (much more carefully) install the other 3 today sometime.
Come monday it's time to throw more money at it
Are you in this to get a little money back or just fooling around and tinkering like a hobby? |
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I'll vouch for the quality, as I have an H80 in my main workstation at home and it runs literally silent. I used the fans that came with it, as they seemed to be good quality fans. You can use one exhaust fan on the radiator or use two. One side pulling air out and the other pushing it out. I think that configuration would be very efficient. Most everyone concentrates on keeping the chip itself cool, but as long as you keep whatever is keeping the chip cool itself that will work. Example, an automobile. Keep the radiator fluid cool and the rest will fall into place. Damn, I wish I had some tinkering to do....have this new dremel here which needs a good workout. |
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It didnt take Elenelen long to ramp right up to 500mhz with simple vrm heatsinks. Imagine what we could do if that cooling tower, thermal blanket, and that stupid bar were all gone, and replaced with an H2O cooler. the vrms, and any heatsink you put on them would then have excellent exposure to airflow.
If someone can mount an Corsair H80 on the chip and mount a push/pull fan configuration right on the side of the box you can literally bring the size of that box down to a small shoe box size. I've been using that Corsair H80 on my overclocked Intel 3930K processor for a while now and works great. It is a completely sealed system and keeps the processor cool at all times. If there is a will, there would be a way. The ASIC chips are larger in size, so making it work would take a good DIY'er. Do you know how much heat the H80 can remove? I think those ASICs are about three times the power draw of your 3930k... it probably wont be enough. You may be right, the ASIC chip even in its normal operating mode I think runs hotter then an overclocked processor. I still think that kind of setup would be really nice, clean and compact though. Like I said, if there is a will, there is a way. I'm assuming those H80's are filled with some kind of gel or oil. Maybe if that material is replaced with something that can keep it cooler it would work. Something is pumping that liquid through the radiator, just has to keep up and be powerful enough. |
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It didnt take Elenelen long to ramp right up to 500mhz with simple vrm heatsinks. Imagine what we could do if that cooling tower, thermal blanket, and that stupid bar were all gone, and replaced with an H2O cooler. the vrms, and any heatsink you put on them would then have excellent exposure to airflow.
If someone can mount an Corsair H80 on the chip and mount a push/pull fan configuration right on the side of the box you can literally bring the size of that box down to a small shoe box size. I've been using that Corsair H80 on my overclocked Intel 3930K processor for a while now and works great. It is a completely sealed system and keeps the processor cool at all times. If there is a will, there would be a way. The ASIC chips are larger in size, so making it work would take a good DIY'er. |
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I can see why jelin was so frustrated with the AX1200i. It won't even power one Neptune module plus controller... the Over Current Protection (OCP) kicks in and the PSU shuts down.
As annoying as this is, it is a safety feature as it would normally be unusual to draw that much current through a single PCIe cable. So i blame KnC for not putting two PCIe jacks on each module, rather than Corsair for their smart PSU. Bitmain put two PCIe jacks on each S3 blade, but it turns out only one is needed. That's a forward thinking design (in case the BM1382 28nm chip needed the power) - KnC take note.
Corsair link software lets you increase the OCP limit which fixes the problem... BUT the link cable is designed to plug into a motherboard USB pin header, not into a USB port (which makes sense as the PSU is designed to be inside a PC). Damn, I've only got a laptop.
I've got 2-to-1 PCIe cables ordered from Cablez, hopefully they will spread the Amps between two ports on the PSU and get around the OCP.
I'm also trying to source an EVGA 1300W superNOVA G2, but no luck yet finding one in New Zealand.
So my Neptune has been delivered, visually looks ok, but I can't power it on yet.
Months ago I kept saying when everyone starts to get their Neptunes they will have trouble powering them up and keeping them cool. This was the first line on my list that stopped my from pre-ordering one. Yea, I was on a "bitcoin high" and "wanted it first" like everyone else, but you have to put some brains into the picture to really figure it all out. The bottom line and my point here is by the time everyone buys all these power supplies and cooling products you will never get even the chance to break even. Just slap on an extra $500+ for power supplies and then if you had any electrical wiring down in your house that's not cheap either. People need to stop complaining about KNC and start using their brains before dumping out $10k on a pre-order. Trust me, I know the feeling. You see a brand new product and want to be one of the first to order it. Your blood pressure increases, you make typing mistakes on the keyboard because you want to move faster, you move some of that bitcoin around and BAM, make that purchase. Then right after the purchase, go to the forum and post a thread that you just ordered blah blah blah blah blah and can't wait to get it. Start posting what order# you got and the torture starts. |
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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.
You mind telling us what price you received? |
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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 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! |
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This thread was opened on June 17th, we're on July 2nd right now and we still don't have an exact price on this? Looks like by the time anything is finalized, this batch might sell out too.
We need news difficulty rises prices are droping its not a walk in the corner buying the correct miner whitout loossing money Share with us please Manufacture maybe hesitant to reduce prices? |
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Trying to download Armory and I visit the website but there are no download links to download anything. I'm using Windows. Are that's there is some command line information about Linux. Were the links removed for some reason?
Everything looks good to me. https://bitcoinarmory.com/download/ is the link. Are you looking somewhere else? That was the exact page I was on. Still no download links. Here is a screen shot.  |
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I can not go more than 375 2 cubes at corsair 1200i more 375
Shut down psu
What the ff
......
I have a corsair 1200i on my computer that would constantly shutdown when the gpu's pulled more than 20A. I have dual water cooled 7990s. I have enabled multi rail OCP in the Corsair and use over clock protection to adjust the rails to allow more than 20A. I am using the Corsair link software to do this. I don't know if there is a way to do this without the software because the default is 20A. So this is probably why more than 2 cubes will shut down the psu. Just my thoughts. This sounds like the way forward; just remove the safety features using the software! Any chance of a walk through? I'm thinking I could hook a laptop up to each PSU, set the rails to 40A and repeat for each PSU; will the PSU "remember" the settings or only run 40A while linked? A screenshot walk-through would be real nice... anybody? Who makes what? http://whirlpool.net.au/wiki/psu_manufacturers |
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9 BTC for 6TH/s in mid-July or 8.4 BTC for 6TH/s in mid-september.. hmm tough one... NOT
Sorry SP30 going to need to dump a few grand before this is a deal.
They'll get them all sold, newbies just willing so spend money thinking big rewards. |
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Also, I forgot to mention that you can store the Armory database files elsewhere, say, on an external hard drive. Just use the --dbdir option at the command line (e.g., python ArmoryQt.py --dbdir="path/to/db/files"). This should help you if your primary drive is running out of space.
And remember if you do this the time is almost triple when scanning/initializing the database. I was connected via USB 3.0 external drive, so it wasn't a slow connection. |
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Trying to download Armory and I visit the website but there are no download links to download anything. I'm using Windows. Are that's there is some command line information about Linux. Were the links removed for some reason?
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Assuming you start with one Dragon on July 1 (with BTC @ $600) here is what you can expect during July; .7578 BTC or $455.
Are these dragon miners quickly slapped together? Do they good quality control, and are they available to purchase, NOT FOR HOSTING use? Seems too many issues with users trying to access their machines remotely. I saw a charge for $232/month for a dragon, is that correct? I pay $150/month for my SP10 which is 1.4TH/s. Big difference if I'm mistaken. |
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*cough*
Perhaps everyone, including the manufacturers themselves, and even the poster above should take heed of this advice.
To be fair however, it seems like everyone else's main hardware thread is fair game for debate about all and sundry topics that touch on the companies products, performance, customer service, ethics, politics, personal predilections etc etc etc ad-nauseam-infinitum.
You can't have it both ways, a journalist should understand that. This is a forum, it is designed to generate debate and conversations about the topics started.
As a purchaser of KnC, Bitmain, Dragons, Spondoolies, BFL, AM, and some lucky near misses with Hashfast, Cointerra, Bitmine and various other scams, I feel balanced enough in my hardware affiliations to be sick to the teeth of the infighting and bitching that goes on in here.
Please feel free to moderate this off topic reply and the post its replying to.
Been here two years and Spondoolies-tech has been the only one to recommend to split any ROI or "break even" talk into another thread. Not sure why they would want multiple threads all over, but that in itself was quite odd since I've never seen that before. Just didn't sit right with me, but doesn't make much of a difference really. |
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