Topic: [ANN] Spondoolies-Tech - carrier grade, data center ready mining rigs - page 128. (Read 1260395 times)

email support@ straight away.

I received my SP31 Yukon this day but it came with this problem, which of you here can help me.


2.6.7
Uptime:1582 | FPGA ver:62 | BIST in 172
-----BOARD-0-----
PSU[EMERSON1200]: 768->(656w/656w)[656 656 656] (->604w[604 604 604]) (lim=1290) 0c 1059GH cooling:0/0x0
-----BOARD-1-----
PSU[EMERSON1200]: 1440->(1288w/1288w)[1284 1284 1288] (->1172w[1170 1171 1172]) (lim=1290) 0c 2325GH cooling:0/0x0
LOOP[0] OFF TO:0 (test serial failed or something)
0: disabled (serial problem)
1: disabled (serial problem)
2: disabled (serial problem)
LOOP[1] OFF TO:0 (test serial failed or something)
3: disabled (serial problem)
4: disabled (serial problem)
5: disabled (serial problem)
LOOP[2] OFF TO:0 (test serial failed or something)
6: disabled (serial problem)
7: disabled (serial problem)
8: disabled (serial problem)
LOOP[3] ON TO:0 (w:202)
 9: DC2DC/1/:[vlt1:681 vlt2:685(DCl:685 Tl:794 Ul:789) 83W 121A  97c] ASIC:[ 85c (125c) 950hz(BL: 950)   67 (E:192) F:0 L:0]
10: DC2DC/1/:[vlt1:687 vlt2:690(DCl:690 Tl:794 Ul:789) 81W 118A  96c] ASIC:[ 85c (125c) 910hz(BL: 910)   71 (E:192) F:0 L:0]
11: DC2DC/1/:[vlt1:677 vlt2:682(DCl:682 Tl:794 Ul:789) 85W 124A  97c] ASIC:[ 85c (125c) 950hz(BL: 950)   64 (E:192) F:0 L:0]
LOOP[4] ON TO:0 (w:164)
12: DC2DC/1/:[vlt1:707 vlt2:709(DCl:709 Tl:794 Ul:789) 82W 115A  97c] ASIC:[ 85c (125c) 870hz(BL: 870)   52 (E:193) F:0 L:0]
13: DC2DC/1/:[vlt1:646 vlt2:650(DCl:650 Tl:794 Ul:789) 73W 113A  96c] ASIC:[ 95c (125c) 900hz(BL: 900)   60 (E:193) F:0 L:0]
14: DC2DC/1/:[vlt1:687 vlt2:693(DCl:693 Tl:794 Ul:789) 83W 120A  92c] ASIC:[100c (125c) 910hz(BL: 910)   52 (E:193) F:0 L:0]
LOOP[5] ON TO:3 (w:155)
15: DC2DC/1/:[vlt1:650 vlt2:656(DCl:794 Tl:794 Ul:789) 62W  95A  71c] ASIC:[ 85c (125c) 800hz(BL: 800)   53 (E:193) F:0 L:0]
16: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 63W  96A  68c] ASIC:[ 85c (125c) 800hz(BL: 800)   61 (E:190) F:0 L:0]
17: DC2DC/1/:[vlt1:648 vlt2:656(DCl:794 Tl:794 Ul:789) 58W  89A  59c] ASIC:[ 85c (125c) 740hz(BL: 740)   41 (E:193) F:0 L:0]
LOOP[6] ON TO:3 (w:173)
18: DC2DC/1/:[vlt1:650 vlt2:656(DCl:794 Tl:794 Ul:789) 63W  96A  73c] ASIC:[ 85c (125c) 790hz(BL: 790)   65 (E:193) F:0 L:0]
19: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 58W  88A  78c] ASIC:[ 85c (125c) 750hz(BL: 750)   52 (E:193) F:0 L:0]
20: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 55W  83A  73c] ASIC:[ 85c (125c) 710hz(BL: 710)   56 (E:193) F:0 L:0]
LOOP[7] ON TO:3 (w:165)
21: DC2DC/1/:[vlt1:650 vlt2:656(DCl:794 Tl:794 Ul:789) 62W  95A  86c] ASIC:[ 85c (125c) 780hz(BL: 780)   58 (E:193) F:0 L:0]
22: DC2DC/1/:[vlt1:654 vlt2:656(DCl:794 Tl:794 Ul:789) 66W 101A  91c] ASIC:[ 85c (125c) 850hz(BL: 850)   58 (E:193) F:0 L:0]
23: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 63W  96A  73c] ASIC:[ 85c (125c) 790hz(BL: 790)   49 (E:193) F:0 L:0]
LOOP[8] ON TO:3 (w:183)
24: DC2DC/1/:[vlt1:654 vlt2:658(DCl:794 Tl:794 Ul:789) 68W 103A  92c] ASIC:[105c (125c) 850hz(BL: 850)   65 (E:193) F:0 L:0]
25: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 67W 103A 102c] ASIC:[100c (125c) 850hz(BL: 850)   67 (E:193) F:0 L:0]
26: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 64W  98A  94c] ASIC:[ 85c (125c) 820hz(BL: 820)   51 (E:193) F:0 L:0]
LOOP[9] ON TO:5 (w:158)
27: DC2DC/1/:[vlt1:648 vlt2:656(DCl:794 Tl:794 Ul:789) 67W 102A 102c] ASIC:[105c (125c) 820hz(BL: 820)   55 (E:191) F:0 L:0]
28: DC2DC/1/:[vlt1:652 vlt2:656(DCl:794 Tl:794 Ul:789) 70W 107A 103c] ASIC:[115c (125c) 870hz(BL: 870)   60 (E:192) F:0 L:0]
29: DC2DC/1/:[vlt1:650 vlt2:656(DCl:794 Tl:794 Ul:789) 65W  99A  87c] ASIC:[105c (125c) 830hz(BL: 830)   43 (E:193) F:0 L:0]

[H:HW:3385Gh (1000),DC-W:1445,L:0,A:21,MMtmp:0 TMP:(28/28)=>=>=>(68/68 , 78/78)]
Pushed 32 jobs , in HW queue 4 jobs (sw:1, hw:1)!
min:38 wins:1200[this/last min:16/43] bist-fail:327, hw-err:12
leading-zeroes:42 idle promils[s/m]:0/0, rate:3005gh/s asic-count:546 (wins:2+14)
wall watts:2208
Fan:90, conseq:200
AC2DC BAD: 0 0
R/NR: 1537/0
RTF asics: 0
FET: 0:11 1:11
 6 restarted      0 reset          0 reset2         1 fake_wins
 0 stuck_bist     0 low_power      0 stuck_pll      3 runtime_dsble
 0 purge_queue    0 read_timeouts  45 dc2dc_i2c       2 read_tmout2    0 read_crptn
 0 purge_queue3   0 bad_idle
 3 err_murata
Adapter queues: rsp=2, req=20

You can do it manually via ssh in the crond. There was a post about it here a while ago. maybe someone has a link here ?

Thanks for that... power costs are not too much of a issue as its running it off a solar farm so during the day its free just pay when the sun goes down... the only set back we have is cooling... we have quite a few machines and currently running the machines on the following

----------------

0.60
0.60
0.60
0.60

fan 10
max v 0.65
max watts 200,200,200,200

produces 1206 GH

------------------

If people have any views that would be great.


Thanks

the best way to go about it is to read the unofficial Sp20 thread.
it also depends on your power cost.
here are the couple of my settings:
~725W (~800 at the wall):
0.65
0.655
0.66
0.658

was fan 50, but could be auto
max volts: 0.67
max watts 188, 188, 188, 188
produces ~1358GH

or
~646W (~710 at the wall):
0.64
0.64
0.639
0.639

fan 10
max volts: 0.649
max watts: 160, 160, 160, 160
Produces ~1231 GH

hey guys.

does anyone of the top of their heads have the best settings for a SP20 for the best hash/watt/fan rate?

Thanks

Check the Securities forum. There are ~4 threads on fire right now.

Not much mining equipment out there, Bitmain c1 but inefficient, and ASM which is overpriced.

any new miners soon ? been holding my cash for new miners for a while

what kind of problems does AM have?

You can customize the fan speed if you run your scheduling via text files and use cron jobs.

See this post:  https://bitcointalksearch.org/topic/m.10358008

I run all of my miners via these crons (8 of them) and it works great.

Zvi --- I am really enjoying 2.6.14 on my SP20s;  One thing is needed to make the scheduling work well for many of us home miners;

Can you please add an option to set the fan speed, rather than just leaving it as auto

They were supposed to be code colored (cyan for cold/slow, yellow for OK and magenta for hot/fast). There is a CSS error in there and what is supposed to be magenta comes out as white. ..

I have a question for Spondoolies. When I look at my ASIC Stats page, I see colored values for the "hz" value as part of the "ASIC[:[ 85c (125c)...... ]. If you look back a few posts, you'll see a sample page that illustrates what I am referring to. In the example above, it's a yellow "710hz" or "720hz". On my page, I have some yellow values, some blue values. I'd swear I have seen some white values.

My question is, what does the color mean? Obviously a programmer went to some lengths to do that, and it's just not obvious what the color means. I see nothing related to temperature, and I am way underclocked, and have a mix of blue and yellow values. In my case the blue values are always less then the yellow values, but that's about the only correlation I see. I didn't see anything in the recently released SP20 Users guide that made this clear.

What's going on here?

did you check the ethernet plug connection? that port is somewhat flimsy.
after that, maybe switch off psu for 20sec, then back.
finally, you can still use dhcp, but could reserve the IP link to MAC address in router settings, then it will not jump to another IP with potential conflict. It shouldn't do that anyway, but it is theoretically possible without such reservation.

This is why high power GPU's have 2 pcie power connectors  usually one 6 pin and one 8 pin.  Not totally necessary but they  do it for consumer protection  against lawsuits.

hehe .. You're spending way too much time with your miners

I never melted evga cables.  But I melted seasonic cables at the psu side.

Loose cables can do it.
As can high long loads>

  (sounds like a porn film)

MY EVGA MELTED.    Starring Loose Cables  and featuring high long load shots.

Yeah it might really has been caused by a little of both.
I'm powering each Sp20 by 3 cables, one 2x6Pin on each SP20, the other 2 cables are normal ones. But that means that the 2x6-Cable does load nearly 300w. Didnt think of that..