Guy Corem (OP)
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October 10, 2014, 01:58:39 PM |
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It's a month full of holidays, I'm sorry for our slow reply time. If you don't get a reply from support@ within 72 hours, email again.
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boscocoin
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October 10, 2014, 02:01:26 PM |
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It's a month full of holidays, I'm sorry for our slow reply time. If you don't get a reply from support@ within 72 hours, email again.
Ok I e-mailed two days again and e-mailed yesterday. I will wait until tomorrow and e-mail again
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Guy Corem (OP)
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October 10, 2014, 02:05:48 PM |
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It's a month full of holidays, I'm sorry for our slow reply time. If you don't get a reply from support@ within 72 hours, email again.
Ok I e-mailed two days again and e-mailed yesterday. I will wait until tomorrow and e-mail again It's holiday from Wednesday ...
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jtoomim
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October 10, 2014, 10:45:17 PM Last edit: October 11, 2014, 12:33:00 AM by jtoomim |
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It seems some of the newer units have problems if the temperature is too low. Symptoms of this issue are machines that run fine sometimes but will restart every 1-10 minutes when it's cold. Machines with this issue will usually work fine as long as their hashing isn't interrupted, but once they get cold, they have trouble starting up again. In our DC, we have two SP30s that arrived in the last 1 or 2 weeks with Murata PSUs that show this problem around when the intake temperature gets below 15°C. The issue appears to be related to an integer underflow on an 8-bit (probably unsigned) char used for recording DC2DC temperatures. I'm not certain that this is exactly the case, but it fits the data I've seen so far. I expect this issue will be fixed with a firmware update. If you have a machine that's showing this type of issue, you may want to wait before RMAing it. If you have a recent unit that seems to stop hashing at night, or has trouble starting up while cold, you may be able to get it to work by (a) reducing the fan speed to about 60 or 70, (b) increasing the ambient temperature temporarily, (c) using echo 1 > /etc/mg_dc2dc_temp_ignore, (d) increasing the starting voltage slighly (I recommend not exceeding 670, or you might fry ASICs or DC2DCs), and/or (e) (if you're feeling adventurous -- this can be dangerous!) blocking part of the intake airflow temporarily until the machine is started. Be very careful when using (d) and (e), as they can destroy your machine if you're not very careful or if your machine has other issues. Here's a grab from the ASIC stats page on one machine that was showing this problem. Note the 250c-255c temperatures on the DC2DCs as well as the 1-5c temperatures. This was with an intake air temperature of around 12°C. My guess is that the DC2DC temperature probes are inaccurate and measure about 10°C low in this unit, and if the reading goes below 0, it cycles up to 255 instead (uint8). Uptime:8 | FPGA ver:32 -----BOARD-0----- PSU[NEW-MURATA]: 0->0w[0 0 0] (->0w[0 0 0]) (lim=1300) 0c cooling:0/0x0 -----BOARD-1----- PSU[NEW-MURATA]: 0->0w[0 0 0] (->0w[0 0 0]) (lim=1300) 0c cooling:0/0x0 LOOP[0] ON 0: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 44W 67A 253c] ASIC:[ 85c 560hz(BL: 560) 0 (E:193) F:0] 1: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 45W 69A 253c] ASIC:[ 85c 560hz(BL: 560) 0 (E:193) F:0] 2: DC2DC/1/:[vlt1:644 vlt2:653(DCl:794 Tl:794 Ul:749) 42W 65A 251c] ASIC:[ 85c 535hz(BL: 535) 0 (E:193) F:0] LOOP[1] ON 3: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 45W 70A 254c] ASIC:[ 85c 575hz(BL: 575) 0 (E:193) F:0] 4: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 44W 67A 255c] ASIC:[ 85c 560hz(BL: 560) 0 (E:193) F:0] 5: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 41W 64A 252c] ASIC:[ 85c 535hz(BL: 535) 0 (E:193) F:0] LOOP[2] ON 6: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 46W 71A 255c] ASIC:[ 85c 585hz(BL: 585) 0 (E:193) F:0] 7: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 43W 66A 255c] ASIC:[ 85c 545hz(BL: 545) 0 (E:193) F:0] 8: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 39W 61A 252c] ASIC:[ 85c 505hz(BL: 505) 0 (E:192) F:0] LOOP[3] ON 9: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 45W 70A 254c] ASIC:[ 85c 585hz(BL: 585) 0 (E:192) F:0] 10: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 46W 70A 255c] ASIC:[ 85c 585hz(BL: 585) 0 (E:193) F:0] 11: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 39W 59A 255c] ASIC:[ 85c 500hz(BL: 500) 0 (E:193) F:0] LOOP[4] ON 12: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 43W 66A 3c] ASIC:[ 85c 560hz(BL: 560) 0 (E:192) F:0] 13: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 45W 69A 4c] ASIC:[ 85c 575hz(BL: 575) 0 (E:193) F:0] 14: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 44W 67A 255c] ASIC:[ 85c 560hz(BL: 560) 0 (E:193) F:0] LOOP[5] ON 15: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 39W 60A 250c] ASIC:[ 85c 480hz(BL: 480) 0 (E:193) F:0] 16: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 29W 45A 250c] ASIC:[ 85c 360hz(BL: 360) 0 (E:190) F:0] 17: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 41W 64A 250c] ASIC:[ 85c 510hz(BL: 510) 0 (E:193) F:0] LOOP[6] ON 18: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 36W 55A 252c] ASIC:[ 85c 455hz(BL: 455) 0 (E:193) F:0] 19: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 42W 65A 254c] ASIC:[ 85c 530hz(BL: 530) 0 (E:193) F:0] 20: DC2DC/1/:[vlt1:646 vlt2:653(DCl:794 Tl:794 Ul:749) 28W 44A 253c] ASIC:[ 85c 360hz(BL: 360) 0 (E:183) F:0] LOOP[7] ON 21: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 35W 54A 254c] ASIC:[ 85c 455hz(BL: 455) 0 (E:192) F:0] 22: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 41W 64A 255c] ASIC:[ 85c 520hz(BL: 520) 0 (E:193) F:0] 23: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 42W 65A 253c] ASIC:[ 85c 530hz(BL: 530) 0 (E:193) F:0] LOOP[8] ON 24: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 41W 63A 254c] ASIC:[ 85c 515hz(BL: 515) 0 (E:193) F:0] 25: DC2DC/1/:[vlt1:650 vlt2:653(DCl:794 Tl:794 Ul:749) 42W 65A 255c] ASIC:[ 85c 530hz(BL: 530) 0 (E:193) F:0] 26: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 40W 61A 255c] ASIC:[ 85c 505hz(BL: 505) 0 (E:193) F:0] LOOP[9] ON 27: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 43W 67A 4c] ASIC:[ 85c 540hz(BL: 540) 0 (E:193) F:0] 28: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 43W 67A 5c] ASIC:[ 85c 540hz(BL: 540) 0 (E:193) F:0] 29: DC2DC/1/:[vlt1:648 vlt2:653(DCl:794 Tl:794 Ul:749) 46W 71A 1c] ASIC:[ 85c 565hz(BL: 565) 0 (E:193) F:0]
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Hosting bitcoin miners for $65 to $80/kW/month on clean, cheap hydro power. http://Toom.im
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Biodom
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October 10, 2014, 10:59:06 PM |
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It seems some of the newer units have problems if the temperature is too low. Symptoms of this issue are machines that run fine sometimes but will restart every 1-10 minutes when it's cold.
Interesting-reminds me of Jupiters which "liked" to be at high temps as someone discovered. People were plugging holes in them to bring temps to to 75C. Difficult to do properly, of course.
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Koontas
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October 10, 2014, 11:33:36 PM |
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Spondoolies - please confirm the SP20 will still ship "in the second half of October".
Some occasional updates would be nice. Don't think I missed anything recently but if I did I apologize.
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Don't trust any exchange!
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Guy Corem (OP)
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October 10, 2014, 11:42:42 PM |
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It seems some of the newer units have problems if the temperature is too low. Symptoms of this issue are machines that run fine sometimes but will restart every 1-10 minutes when it's cold. Machines with this issue will usually work fine as long as their hashing isn't interrupted, but once they get cold, they have trouble starting up again. In our DC, we have two SP30s that arrived in the last 1 or 2 weeks with Murata PSUs that show this problem around when the intake temperature gets to 15°C.
Thank you for reporting. We'll check it out.
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Epoch
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October 11, 2014, 01:09:23 AM |
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Any update on when the cash compensations will start going out for the August SP30 batch orders (for those who requested them)?
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hdbuck
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October 11, 2014, 07:35:56 AM |
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preorders -> 1 month holiday?!
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Searing
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Clueless!
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October 11, 2014, 12:46:29 PM |
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Any update on when the cash compensations will start going out for the August SP30 batch orders (for those who requested them)?
that also includes refund folks...my email say refunds will be processed out to us in OCT as well (I have already sent my bank xfer info for the refund...at their request ...probably will have to re-do it again..but anyway if you don't have that info and want your refund to your bank account....might be a good idea to get your ducks in a row in preparation when they ask) FYI
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Old Style Legacy Plug & Play BBS System. Get it from www.synchro.net. Updated 1/1/2021. It also works with Windows 10 and likely 11 and allows 16 bit DOS game doors on the same Win 10 Machine in Multi-Node! Five Minute Install! Look it over it uninstalls just as fast, if you simply want to look it over. Freeware! Full BBS System! It is a frigging hoot!:)
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whisper
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Learn to go against your mind
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October 11, 2014, 06:24:07 PM |
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Any update on when the cash compensations will start going out for the August SP30 batch orders (for those who requested them)?
I ask them this already and they say "the second half of the month"...
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Biffa
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October 12, 2014, 01:20:00 AM |
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Tweaking help here. Two SP10's both in the same place, same power, temps pretty close to the same, well within reasonable bounds. But vastly different performance. Any ideas what can I do to the first one to bring it up to speed?
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Guy Corem (OP)
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October 12, 2014, 02:23:22 AM |
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Any ideas what can I do to the first one to bring it up to speed?
There are differences between each batches: ASICs corners (we got typical, slow, less slow, typical - if I remember correctly), DC2DCs differences
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Collider
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October 12, 2014, 02:30:44 AM |
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@ Biffa
The Asic stats page would actually be more helpful for discovering any issues.
As previously mentioned, the difference between slow corner units can be up to 100GH at the same temperature.
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RoadStress
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October 12, 2014, 02:44:44 AM |
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Happy 400 pages Spondoolies Tech!
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grn
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October 12, 2014, 03:04:26 AM |
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Any testing on the October batch, still on track for 6.5 Thash?
We got the preliminary ASICs results for October batch. We'll meet 5.5 TH/s +- 5% with 3KW at the wall. This is guaranteed. You'll get a refund in case we won't. You'll enjoy additional hash-rate if it will be better. We're further tuning the process to get better results for November.
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How is that Lexical analysis working out bickneleski?
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Zelek Uther
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October 12, 2014, 05:54:37 AM |
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Tweaking help here. Two SP10's both in the same place, same power, temps pretty close to the same, well within reasonable bounds. But vastly different performance. Any ideas what can I do to the first one to bring it up to speed? My May batch SP10 looks like your first one, at around 1.3 to 1.4 TH/s. Your second SP10 must be from a different (better) batch.
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Run a Bitcoin node, support the network.
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Biffa
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October 12, 2014, 10:33:15 AM |
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@ Biffa
The Asic stats page would actually be more helpful for discovering any issues.
As previously mentioned, the difference between slow corner units can be up to 100GH at the same temperature.
Its just wierd the way it performs with the up and down performance, the higher performing one is one rock solid line. Asic stats: Low Performer: ---------- AC2DC power=1176[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|fff1(fff1)|674|39|57| 75|340|59| 0| 0: 77c 495hz( 0/ 0) 7fff181| 1: 77c 495hz( 0/ 0) 7fff153| 2: 77c 525hz( 0/ 0) 7fff155| 3: 77c 495hz( 0/ 0) 7fff155 | 4: 77c 480hz( 0/ 0) 7fff150| 5: 77c 495hz( 0/ 0) 7fff151| 6: 77c 495hz( 0/ 0) 7fff151| 7: 77c 510hz( 0/ 0) 7fff167 1|ffed(ffed)|664|35|53| 68|350|57| 0| 8: 77c 480hz( 0/ 0) 7fff188| 9: 77c 495hz( 0/ 0) 7fff166| 10: 77c 480hz( 0/ 0) 7fff172| 11: 77c 480hz( 0/ 0) 7fff175 | 12: 77c 480hz( 0/ 0) 7fff161| 13: 77c 450hz( 0/ 0) 7fff183| 14: 77c 495hz( 0/ 0) 7fff185| 15: 77c 480hz( 0/ 0) 7fff168 2|fff0(fff0)|672|37|56| 70|360|59| 0| 16: 77c 525hz( 0/ 0) 7fff169| 17: 77c 465hz( 0/ 0) 7fff163| 18: 77c 525hz( 0/ 0) 7fff175| 19: 77c 480hz( 0/ 0) 7fff155 | 20: 77c 495hz( 0/ 0) 7fff167| 21: 77c 480hz( 0/ 0) 7fff169| 22: 77c 480hz( 0/ 0) 7fff170| 23: 77c 495hz( 0/ 0) 7fff151 3|ffee(ffee)|666|36|55| 71|340|58| 0| 24: 77c 480hz( 0/ 0) 7fff162| 25: 77c 465hz( 0/ 0) 7fff146| 26: 77c 495hz( 0/ 0) 7fff187| 27: 77c 510hz( 0/ 0) 7fff174 | 28: 77c 480hz( 0/ 0) 7fff159| 29: 77c 465hz( 0/ 0) 7fff141| 30: 77c 510hz( 0/ 0) 7fff175| 31: 77c 495hz( 0/ 0) 7fff170 4|ffef(ffef)|669|37|56| 70|3f0|57| 0| 32: 77c 495hz( 0/ 0) 7fff172| 33: 77c 480hz( 0/ 0) 7fff173| 34: 77c 465hz( 0/ 0) 7fff175| 35: 77c 465hz( 0/ 0) 7fff153 | 36: 77c 480hz( 0/ 0) 7fff170| 37: 77c 465hz( 0/ 0) 7fff161| 38: 77c 495hz( 0/ 0) 7fff172| 39: 77c 480hz( 0/ 0) 7fff174 5|ffef(ffef)|669|36|54| 73|410|57| 0| 40: 77c 465hz( 0/ 0) 7fff155| 41: 77c 465hz( 0/ 0) 7fff183| 42: 77c 480hz( 0/ 0) 7fff162| 43: 77c 495hz( 0/ 0) 7fff165 | 44: 77c 480hz( 0/ 0) 7fff169| 45: 77c 495hz( 0/ 0) 7fff162| 46: 77c 465hz( 0/ 0) 7fff156| 47: 77c 495hz( 0/ 0) 7fff177 6|ffee(ffee)|666|37|56| 65|360|57| 0| 48: 77c 480hz( 0/ 0) 7fff174| 49: 77c 495hz( 0/ 0) 7fff175| 50: 77c 495hz( 0/ 0) 7fff193| 51: 77c 510hz( 0/ 0) 7fff179 | 52: 77c 465hz( 0/ 0) 7fff171| 53: 77c 465hz( 0/ 0) 7fff159| 54: 77c 480hz( 0/ 0) 7fff174| 55: 77c 465hz( 0/ 0) 7fff156 7|ffe9(ffe9)|653|33|52| 80|410|55| 0| 56: 77c 495hz( 0/ 0) 7fff162| 57: 77c 480hz( 0/ 0) 7fff156| 58: 77c 420hz( 0/ 0) 7fff135| 59: 77c 450hz( 0/ 0) 7fff169 | 60: 77c 480hz( 0/ 0) 7fff152| 61: 77c 435hz( 0/ 0) 7fff146| 62: 77c 450hz( 0/ 0) 7fff147| 63: 77c 465hz( 0/ 0) 7fff151 8|ffee(ffee)|666|37|56| 76|350|58| 0| 64: 77c 465hz( 0/ 0) 7fff177| 65:107c 480hz( 0/ 0) 7fff149| 66:113c 510hz( 0/ 0) 7fff173| 67: 77c 450hz( 0/ 0) 7fff141 | 68: 77c 495hz( 0/ 0) 7fff151| 69: 77c 480hz( 0/ 0) 7fff141| 70: 77c 510hz( 0/ 0) 7fff166| 71: 77c 495hz( 0/ 0) 7fff185 9|ffed(ffed)|664|37|56| 79|370|57| 0| 72: 77c 465hz( 0/ 0) 7fff161| 73: 77c 450hz( 0/ 0) 7fff159| 74: 77c 510hz( 0/ 0) 7fff151| 75: 77c 450hz( 0/ 0) 7fff157 | 76:113c 480hz( 0/ 0) 7fff166| 77:113c 450hz( 0/ 0) 7fff152| 78:113c 510hz( 0/ 0) 7fff169| 79: 77c 495hz( 0/ 0) 7fff155 10|ffec(ffec)|661|36|54| 73|3d0|56| 0| 80: 77c 465hz( 0/ 0) 7fff183| 81: 77c 480hz( 0/ 0) 7fff183| 82: 77c 495hz( 0/ 0) 7fff166| 83: 77c 465hz( 0/ 0) 7fff168 | 84: 77c 480hz( 0/ 0) 7fff162| 85: 77c 480hz( 0/ 0) 7fff162| 86: 77c 450hz( 0/ 0) 7fff139| 87: 77c 480hz( 0/ 0) 7fff166 11|fff0(fff0)|672|37|56| 77|430|57| 0| 88: 77c 495hz( 0/ 0) 7fff187| 89: 77c 480hz( 0/ 0) 7fff143| 90: 77c 510hz( 0/ 0) 7fff142| 91: 77c 450hz( 0/ 0) 7fff145 | 92: 77c 450hz( 0/ 0) 7fff156| 93: 77c 480hz( 0/ 0) 7fff165| 94: 77c 480hz( 0/ 0) 7fff192| 95: 77c 480hz( 0/ 0) 7fff173 12|fff0(fff0)|672|37|56| 72|380|58| 0| 96: 77c 495hz( 0/ 0) 7fff156| 97: 77c 495hz( 0/ 0) 7fff162| 98: 77c 465hz( 0/ 0) 7fff154| 99: 77c 480hz( 0/ 0) 7fff179 |100: 77c 495hz( 0/ 0) 7fff167|101: 77c 465hz( 0/ 0) 7fff140|102: 77c 480hz( 0/ 0) 7fff173|103: 77c 525hz( 0/ 0) 7fff186 13|ffec(ffec)|661|35|53| 74|330|56| 0|104: 77c 450hz( 0/ 0) 7fff166|105: 77c 480hz( 0/ 0) 7fff162|106: 77c 450hz( 0/ 0) 7fff173|107: 77c 465hz( 0/ 0) 7fff179 |108: 77c 480hz( 0/ 0) 7fff143|109: 77c 480hz( 0/ 0) 7fff186|110: 77c 465hz( 0/ 0) 7fff138|111: 77c 480hz( 0/ 0) 7fff168 14|ffef(ffef)|669|36|54| 78|2f0|58| 0|112: 77c 480hz( 0/ 0) 7fff161|113: 77c 495hz( 0/ 0) 7fff147|114: 77c 480hz( 0/ 0) 7fff177|115: 77c 495hz( 0/ 0) 7fff175 |116: 77c 450hz( 0/ 0) 7fff130|117: 77c 480hz( 0/ 0) 7fff158|118: 77c 510hz( 0/ 0) 7fff177|119: 77c 495hz( 0/ 0) 7fff173 15|ffed(ffed)|664|37|56| 68|390|58| 0|120: 77c 495hz( 0/ 0) 7fff157|121: 77c 465hz( 0/ 0) 7fff164|122: 77c 495hz( 0/ 0) 7fff166|123: 77c 495hz( 0/ 0) 7fff177 |124: 77c 480hz( 0/ 0) 7fff152|125: 77c 495hz( 0/ 0) 7fff143|126: 77c 480hz( 0/ 0) 7fff151|127: 77c 480hz( 0/ 0) 7fff144 16|ffea(ffea)|656|36|55| 67|440|56| 0|128: 77c 465hz( 0/ 0) 7fff159|129: 77c 465hz( 0/ 0) 7fff158|130: 77c 495hz( 0/ 0) 7fff178|131: 77c 450hz( 0/ 0) 7fff126 |132: 77c 480hz( 0/ 0) 7fff155|133: 77c 465hz( 0/ 0) 7fff141|134: 77c 450hz( 0/ 0) 7fff141|135: 77c 465hz( 0/ 0) 7fff170 17|ffeb(ffeb)|658|35|54| 77|350|56| 0|136: 77c 480hz( 0/ 0) 7fff159|137: 77c 495hz( 0/ 0) 7fff130|138: 77c 480hz( 0/ 0) 7fff178|139: 77c 480hz( 0/ 0) 7fff176 |140: 77c 480hz( 0/ 0) 7fff160|141: 77c 420hz( 0/ 0) 7fff131|142: 77c 480hz( 0/ 0) 7fff157|143: 77c 465hz( 0/ 0) 7fff157 18|ffe8(ffe8)|650|36|56| 68|320|56| 0|144: 77c 465hz( 0/ 0) 7fff154|145: 77c 465hz( 0/ 0) 7fff150|146: 77c 480hz( 0/ 0) 7fff192|147: 77c 480hz( 0/ 0) 7fff198 |148: 77c 450hz( 0/ 0) 7fff179|149: 77c 465hz( 0/ 0) 7fff151|150: 77c 495hz( 0/ 0) 7fff164|151: 77c 450hz( 0/ 0) 7fff152 19|ffeb(ffeb)|658|36|55| 74|310|56| 0|152: 77c 465hz( 0/ 0) 7fff184|153: 77c 480hz( 0/ 0) 7fff183|154: 77c 465hz( 0/ 0) 7fff164|155: 77c 480hz( 0/ 0) 7fff183 |156: 77c 480hz( 0/ 0) 7fff148|157: 77c 450hz( 0/ 0) 7fff193|158: 77c 495hz( 0/ 0) 7fff172|159: 77c 465hz( 0/ 0) 7fff177 20|ffe9(ffe9)|653|35|54| 73|2d0|55| 0|160: 77c 495hz( 0/ 0) 7fff178|161:107c 495hz( 0/ 0) 7fff145|162:107c 450hz( 0/ 0) 7fff180|163: 77c 435hz( 0/ 0) 7fff137 |164: 77c 450hz( 0/ 0) 7fff125|165: 77c 465hz( 0/ 0) 7fff151|166: 77c 450hz( 0/ 0) 7fff147|167: 77c 480hz( 0/ 0) 7fff144 21|ffe8(ffe8)|650|35|55| 71|370|55| 0|168: 77c 465hz( 0/ 0) 7fff149|169: 77c 495hz( 0/ 0) 7fff172|170: 77c 465hz( 0/ 0) 7fff141|171: 77c 450hz( 0/ 0) 7fff150 |172: 77c 465hz( 0/ 0) 7fff170|173:107c 450hz( 0/ 0) 7fff167|174: 77c 465hz( 0/ 0) 7fff178|175: 77c 420hz( 0/ 0) 7fff147 22|ffeb(ffeb)|658|36|55| 73|2b0|56| 0|176: 77c 480hz( 0/ 0) 7fff178|177: 77c 465hz( 0/ 0) 7fff163|178:107c 465hz( 0/ 0) 7fff201|179: 77c 465hz( 0/ 0) 7fff160 |180: 77c 465hz( 0/ 0) 7fff159|181: 77c 465hz( 0/ 0) 7fff173|182: 77c 480hz( 0/ 0) 7fff177|183: 77c 480hz( 0/ 0) 7fff169 23|ffeb(ffeb)|658|37|56| 72|2d0|55| 0|184: 77c 480hz( 0/ 0) 7fff172|185: 77c 450hz( 0/ 0) 7fff157|186: 77c 480hz( 0/ 0) 7fff163|187: 77c 450hz( 0/ 0) 7fff130 |188: 77c 465hz( 0/ 0) 7fff165|189: 77c 450hz( 0/ 0) 7fff142|190: 77c 465hz( 0/ 0) 7fff161|191: 77c 465hz( 0/ 0) 7fff154 [H:HW:1372Gh/Th:1372Gh/W:1372Gh,W:881,L:24,A:192,ER:1372,EP:1030,MMtmp:25] Pushed 543 jobs , in queue 75 jobs! wins:31266[fp:0], leading-zeroes:41 idle:0/0 :) Adapter queues: rsp=66, req=264 FET:
High Performer: ---------- AC2DC power=1254[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|fff2( d)|677|40|60| 79| de|64| 0| 0: 77c 540hz( 0/ 0) 7fff7202| 1: 77c 510hz( 0/ 0) 7fff6604| 2: 77c 540hz( 0/ 0) 7fff7159| 3: 77c 525hz( 0/ 0) 7fff6955 | 4: 77c 555hz( 0/ 0) 7fff7277| 5: 77c 540hz( 0/ 0) 7fff7179| 6: 77c 540hz( 0/ 0) 7fff7011| 7: 77c 540hz( 0/ 0) 7fff7057 1|fff3( d)|680|39|58| 71| 96|65| 0| 8: 77c 540hz( 0/ 0) 7fff7335| 9: 77c 540hz( 0/ 0) 7fff7479| 10: 77c 540hz( 0/ 0) 7fff7218| 11: 77c 555hz( 0/ 0) 7fff7481 | 12: 77c 540hz( 0/ 0) 7fff7259| 13: 77c 555hz( 0/ 0) 7fff7382| 14: 77c 540hz( 0/ 0) 7fff7176| 15: 77c 570hz( 0/ 0) 7fff7606 2|fff7( d)|690|40|59| 77| 6d|65| 0| 16: 77c 540hz( 0/ 0) 7fff7214| 17: 77c 555hz( 0/ 0) 7fff7353| 18: 77c 525hz( 0/ 0) 7fff6860| 19: 77c 540hz( 0/ 0) 7fff7224 | 20: 77c 570hz( 0/ 0) 7bff7003| 21: 77c 570hz( 0/ 0) 7fff7646| 22: 77c 570hz( 0/ 0) 7fff7482| 23: 77c 510hz( 0/ 0) 7fff6862 3|fff3( d)|680|39|58| 74| 53|64| 0| 24: 77c 540hz( 0/ 0) 7fff6996| 25: 77c 525hz( 0/ 0) 7fff7212| 26: 77c 555hz( 0/ 0) 7fff7299| 27: 77c 525hz( 0/ 0) 7fff7059 | 28: 77c 540hz( 0/ 0) 7fff7303| 29: 77c 540hz( 0/ 0) 7fff7102| 30: 77c 540hz( 0/ 0) 7fff7398| 31: 77c 540hz( 0/ 0) 7fff7062 4|fffb( d)|701|40|57| 82| 1f|58| 3| 32: 77c 555hz( 0/ 0) 7fff7355| 33: 77c 600hz( 0/ 0) 7fff7871|xxxxxxxxxxxxxxxxxxxxxxxxxxxxx| 35: 77c 555hz( 0/ 0) 7fff7418 | 36:113c 570hz( 0/ 3) 7fff7678| 37:113c 540hz( 0/ 3) 7fff7517| 38:113c 525hz( 0/ 3) 7fff7278| 39:113c 570hz( 0/ 0) 7fff7581 5|fff5( d)|685|40|59| 80| 2f|64| 0| 40: 77c 540hz( 0/ 0) 7fff7084| 41: 77c 510hz( 0/ 0) 7fff6722| 42: 77c 525hz( 0/ 0) 7fff7008| 43: 77c 540hz( 0/ 0) 7fff7290 | 44: 77c 555hz( 0/ 0) 7fff7338| 45: 77c 540hz( 0/ 0) 7fff7240| 46: 77c 555hz( 0/ 0) 7fff7416| 47: 77c 525hz( 0/ 0) 7fff7215 6|ffef( d)|669|39|59| 71| 2a|62| 0| 48: 77c 525hz( 0/ 0) 7fff7028| 49: 77c 525hz( 0/ 0) 7fff7008| 50: 77c 495hz( 0/ 0) 7fff6612| 51: 77c 510hz( 0/ 0) 7fff6932 | 52: 77c 540hz( 0/ 0) 7fff7212| 53: 77c 495hz( 0/ 0) 7fff6471| 54: 77c 540hz( 0/ 0) 7fff7205| 55: 77c 540hz( 0/ 0) 7fff7128 7|ffed( d)|664|37|55| 90| 1f|61| 0| 56: 77c 525hz( 0/ 0) 7fff6903| 57: 77c 510hz( 0/ 0) 7fff6699| 58: 77c 525hz( 0/ 0) 7fff7123| 59: 77c 525hz( 0/ 0) 7fff7013 | 60: 77c 495hz( 0/ 0) 7fff6517| 61: 77c 495hz( 0/ 0) 7fff6595| 62:107c 510hz( 0/ 0) 7fff6847| 63: 77c 510hz( 0/ 0) 7fff7026 8|fff0( d)|672|39|58| 78| a|62| 0| 64: 77c 540hz( 0/ 0) 7fff7152| 65: 77c 510hz( 0/ 0) 7fff6707| 66:113c 525hz( 0/ 0) 7fff6927| 67:113c 540hz( 0/ 0) 7fff7299 | 68: 77c 525hz( 0/ 0) 7fff6973| 69: 77c 540hz( 0/ 0) 7fff7286| 70: 77c 495hz( 0/ 0) 7fff6598| 71: 77c 510hz( 0/ 0) 7fff6840 9|fff2( d)|677|39|58| 77| 6|63| 1| 72: 77c 540hz( 0/ 0) 7fff7153| 73: 77c 495hz( 0/ 0) 7fff6872| 74: 77c 540hz( 0/ 0) 7fff7122| 75:107c 540hz( 0/ 0) 7fff7164 | 76:113c 525hz( 0/ 0) 7fff6981| 77:113c 510hz( 0/ 1) 7fff6700| 78:107c 525hz( 0/ 0) 7fff7016| 79: 77c 540hz( 0/ 0) 7fff7212 10|fff0( d)|672|39|58| 75| 6|63| 0| 80: 77c 540hz( 0/ 0) 7fff7298| 81: 77c 525hz( 0/ 0) 7fff7068| 82: 77c 525hz( 0/ 0) 7fff6960| 83:107c 555hz( 0/ 0) 7fff7429 | 84: 77c 495hz( 0/ 0) 7fff6376| 85: 77c 555hz( 0/ 0) 7fff7428| 86: 77c 510hz( 0/ 0) 7fff6831| 87: 77c 510hz( 0/ 0) 7fff6789 11|fff4( d)|682|39|58| 78| 0|62| 0| 88: 77c 510hz( 0/ 0) 7fff6716| 89: 77c 540hz( 0/ 0) 7fff7029| 90: 77c 480hz( 0/ 0) 7fff6277| 91: 77c 510hz( 0/ 0) 7fff6777 | 92: 77c 525hz( 0/ 0) 7fff6761| 93: 77c 540hz( 0/ 0) 7fff7065| 94: 77c 555hz( 0/ 0) 7fff7297| 95: 77c 510hz( 0/ 0) 7fff6686 12|fff4( d)|682|40|59| 84| 48|65| 0| 96: 77c 540hz( 0/ 0) 7fff7122| 97: 77c 555hz( 0/ 0) 7fff7427| 98: 77c 555hz( 0/ 0) 7fff7393| 99: 77c 555hz( 0/ 0) 7fff7182 |100: 77c 540hz( 0/ 0) 7fff7158|101: 77c 540hz( 0/ 0) 7fff7260|102: 77c 525hz( 0/ 0) 7fff7010|103: 77c 540hz( 0/ 0) 7fff7094 13|fff3( d)|680|41|60| 73| 42|64| 0|104: 77c 555hz( 0/ 0) 7fff7447|105: 77c 555hz( 0/ 0) 7fff7214|106: 77c 540hz( 0/ 0) 7fff7093|107: 77c 555hz( 0/ 0) 7fff7373 |108: 77c 555hz( 0/ 0) 7fff7365|109: 77c 540hz( 0/ 0) 7fff7156|110: 77c 510hz( 0/ 0) 7fff6768|111: 77c 510hz( 0/ 0) 7fff6763 14|fff8( d)|693|41|59| 81| 3b|65| 0|112: 77c 555hz( 0/ 0) 7fff7369|113: 77c 555hz( 0/ 0) 7fff7300|114: 77c 555hz( 0/ 0) 7fff7532|115: 77c 570hz( 0/ 0) 7fff7504 |116: 77c 570hz( 0/ 0) 7fff7589|117: 77c 525hz( 0/ 0) 7fff6959|118: 77c 555hz( 0/ 0) 7fff7555|119: 77c 510hz( 0/ 0) 7fff6705 15|fff5( d)|685|40|59| 76| 36|64| 0|120: 77c 525hz( 0/ 0) 7fff6936|121: 77c 540hz( 0/ 0) 7fff7174|122: 77c 540hz( 0/ 0) 7fff7201|123: 77c 540hz( 0/ 0) 7fff7126 |124: 77c 525hz( 0/ 0) 7fff7014|125: 77c 525hz( 0/ 0) 7fff6971|126: 77c 540hz( 0/ 0) 7fff7134|127: 77c 555hz( 0/ 0) 7fff7276 16|fff7( d)|690|40|58| 84| 8|60| 3|128: 77c 540hz( 0/ 0) 7fff7299|129:113c 525hz( 0/ 0) 7fff7236|130:113c 525hz( 0/ 0) 7fff6834|131:113c 525hz( 0/ 3) 7fff7049 |132: 77c 570hz( 0/ 0) 46d74493|133:113c 420hz( 0/ 7) 7fff6036|134:113c 390hz( 0/ 8) 7fff5457|135:113c 540hz( 0/ 0) 7fff7157 17|fffa( d)|698|42|60| 86| b|67| 0|136: 77c 570hz( 0/ 0) 7fff7519|137: 77c 570hz( 0/ 0) 7fff7504|138: 77c 570hz( 0/ 0) 7fff7525|139: 77c 555hz( 0/ 0) 7fff7205 |140: 77c 570hz( 0/ 0) 7fff7379|141: 77c 555hz( 0/ 0) 7fff7347|142: 77c 540hz( 0/ 0) 7fff6927|143: 77c 585hz( 1/ 1) 50dd4426 18|fffa( d)|698|40|58| 78| 5|67| 0|144: 77c 585hz( 0/ 0) 7fff7713|145: 77c 525hz( 0/ 0) 7fff6846|146: 77c 540hz( 0/ 0) 7fff7070|147: 77c 660hz( 0/ 0) 1579 |148:113c 540hz( 2/ 2) 7fff7271|149:113c 555hz( 0/ 0) 7fff7146|150:113c 510hz( 0/ 0) 7fff6535|151:107c 570hz( 0/ 0) 7fff7447 19|fff3( d)|680|39|58| 93| 9|62| 0|152: 77c 510hz( 0/ 0) 7fff6809|153: 77c 540hz( 0/ 0) 7fff7057|154: 77c 540hz( 0/ 0) 7fff7179|155: 77c 495hz( 0/ 0) 7fff6722 |156: 77c 525hz( 0/ 0) 7fff7102|157: 77c 525hz( 0/ 0) 7fff6736|158:107c 495hz( 2/ 2) 7fff6638|159:107c 510hz( 1/ 1) 7fff6827 20|fff3( d)|680|35|52| 83| 0|57| 1|160: 77c 495hz( 0/ 0) 7f7f6135|161:113c 510hz( 0/ 0) 7fff6684|162:113c 495hz( 0/ 2) 7fff6667|163:113c 510hz( 2/ 2) 7fff7007 |164: 77c 285hz( 0/ 0) 7fff4216|165: 77c 510hz( 0/ 0) 7fff6722|166: 77c 510hz( 0/ 0) 7fff6692|167: 77c 540hz( 0/ 0) 7fff7335 21|fff0( d)|672|38|58| 84| 1|60| 1|168: 77c 480hz( 0/ 0) 7fff6567|169: 77c 510hz( 0/ 0) 7fff6813|170: 77c 495hz( 0/ 0) 7fff6750|171:107c 495hz( 0/ 0) 7fff6636 |172:113c 510hz( 0/ 0) 7fff6520|173:113c 480hz( 0/ 2) 7fff6619|174:113c 510hz( 0/ 0) 7fff6749|175: 77c 525hz( 0/ 0) 7fff6779 22|fff1( d)|674|32|48| 77| 0|60| 1|176: 77c 495hz( 0/ 0) 7fff6611|177:113c 510hz( 0/ 3) 7fff6787|178:113c 510hz( 1/ 1) 7fff6687|179: 77c 495hz( 0/ 0) 7fff6654 |180: 77c 585hz( 0/ 0) 1011072|181: 77c 510hz( 0/ 0) 7fff6761|182: 77c 480hz( 0/ 0) 7fff6425|183: 77c 465hz( 0/ 0) 7fff6191 23|ffef( d)|669|34|51| 79| 2|53| 0|184: 77c 510hz( 0/ 0) 7fff6762|185: 77c 480hz( 0/ 0) 7fff6518|186: 77c 510hz( 0/ 0) 7fff6820|187: 77c 525hz( 0/ 0) 7fff7119 |188:107c 345hz(10/10) 7fff5256|189:107c 345hz(11/11) 7fff5420|190:107c 315hz(12/12) 7fff5306|191: 77c 510hz( 0/ 0) 7fff6727 [H:HW:1508Gh/Th:1518Gh/W:1508Gh,W:944,L:24,A:191,ER:1516,EP:1222,MMtmp:30] Pushed 544 jobs , in queue 75 jobs! wins:1319282[fp:0], leading-zeroes:41 idle:0/0 :) Adapter queues: rsp=73, req=255
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Collider
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October 12, 2014, 11:45:39 AM |
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Have you limited the maximum A the chips can draw on the slower unit?
What percentage are the fans running at?
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TheRealSteve
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October 12, 2014, 11:50:30 AM |
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I assume the firmware has no impact on performance, or this would have been pointed out already: any reason they're not running the same firmware?
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