Was it modded ?
Please contact remo@ for diagnostic.
Please contact remo@ for diagnostic.
All stock. I'll email.
Topic: S5 review (Read 5633 times)
Sorry to report that half my SP20 has kicked the bucket. Cycling the power and upgrading the firmware has not helped.
Was it modded ?Code:
2.6.1
Uptime:153 | FPGA ver:100 | BIST in 60
-----BOARD-0-----
PSU[UNKNOWN]: 0->(127w/127w)[127 127 127] (->127w[127 127 127]) (lim=155) 0c 252GH cooling:0/0x0
-----BOARD-1-----
PSU[UNKNOWN]: 0->(140w/140w)[140 140 140] (->140w[140 140 140]) (lim=155) 0c 277GH cooling:0/0x0
-----BOARD-2-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
-----BOARD-3-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
LOOP[0] ON TO:0 (w:6)
0: DC2DC/1/:[vlt1:625 vlt2:629(DCl:794 Tl:794 Ul:629) 54W 87A 50c] ASIC:[ 85c (125c) 710hz(BL: 710) 3 (E:192) F:0 L:0]
1: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 46W 73A 56c] ASIC:[ 85c (125c) 600hz(BL: 600) 3 (E:193) F:0 L:0]
LOOP[1] ON TO:0 (w:14)
2: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 57W 91A 62c] ASIC:[ 85c (125c) 740hz(BL: 740) 3 (E:193) F:0 L:0]
3: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 53W 85A 64c] ASIC:[ 85c (125c) 700hz(BL: 700) 11 (E:193) F:0 L:0]
LOOP[2] OFF TO:0 (test serial failed or something)
4: disabled (i2c BAD, btw!)
5: disabled (i2c good, no OC)
LOOP[3] OFF TO:0 (test serial failed or something)
6: disabled (i2c BAD, btw!)
7: disabled (i2c BAD, btw!)
Uptime:153 | FPGA ver:100 | BIST in 60
-----BOARD-0-----
PSU[UNKNOWN]: 0->(127w/127w)[127 127 127] (->127w[127 127 127]) (lim=155) 0c 252GH cooling:0/0x0
-----BOARD-1-----
PSU[UNKNOWN]: 0->(140w/140w)[140 140 140] (->140w[140 140 140]) (lim=155) 0c 277GH cooling:0/0x0
-----BOARD-2-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
-----BOARD-3-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
LOOP[0] ON TO:0 (w:6)
0: DC2DC/1/:[vlt1:625 vlt2:629(DCl:794 Tl:794 Ul:629) 54W 87A 50c] ASIC:[ 85c (125c) 710hz(BL: 710) 3 (E:192) F:0 L:0]
1: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 46W 73A 56c] ASIC:[ 85c (125c) 600hz(BL: 600) 3 (E:193) F:0 L:0]
LOOP[1] ON TO:0 (w:14)
2: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 57W 91A 62c] ASIC:[ 85c (125c) 740hz(BL: 740) 3 (E:193) F:0 L:0]
3: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 53W 85A 64c] ASIC:[ 85c (125c) 700hz(BL: 700) 11 (E:193) F:0 L:0]
LOOP[2] OFF TO:0 (test serial failed or something)
4: disabled (i2c BAD, btw!)
5: disabled (i2c good, no OC)
LOOP[3] OFF TO:0 (test serial failed or something)
6: disabled (i2c BAD, btw!)
7: disabled (i2c BAD, btw!)
Please contact remo@ for diagnostic.
Sorry to report that half my SP20 has kicked the bucket. Cycling the power and upgrading the firmware has not helped.
Code:
2.6.1
Uptime:153 | FPGA ver:100 | BIST in 60
-----BOARD-0-----
PSU[UNKNOWN]: 0->(127w/127w)[127 127 127] (->127w[127 127 127]) (lim=155) 0c 252GH cooling:0/0x0
-----BOARD-1-----
PSU[UNKNOWN]: 0->(140w/140w)[140 140 140] (->140w[140 140 140]) (lim=155) 0c 277GH cooling:0/0x0
-----BOARD-2-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
-----BOARD-3-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
LOOP[0] ON TO:0 (w:6)
0: DC2DC/1/:[vlt1:625 vlt2:629(DCl:794 Tl:794 Ul:629) 54W 87A 50c] ASIC:[ 85c (125c) 710hz(BL: 710) 3 (E:192) F:0 L:0]
1: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 46W 73A 56c] ASIC:[ 85c (125c) 600hz(BL: 600) 3 (E:193) F:0 L:0]
LOOP[1] ON TO:0 (w:14)
2: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 57W 91A 62c] ASIC:[ 85c (125c) 740hz(BL: 740) 3 (E:193) F:0 L:0]
3: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 53W 85A 64c] ASIC:[ 85c (125c) 700hz(BL: 700) 11 (E:193) F:0 L:0]
LOOP[2] OFF TO:0 (test serial failed or something)
4: disabled (i2c BAD, btw!)
5: disabled (i2c good, no OC)
LOOP[3] OFF TO:0 (test serial failed or something)
6: disabled (i2c BAD, btw!)
7: disabled (i2c BAD, btw!)
Uptime:153 | FPGA ver:100 | BIST in 60
-----BOARD-0-----
PSU[UNKNOWN]: 0->(127w/127w)[127 127 127] (->127w[127 127 127]) (lim=155) 0c 252GH cooling:0/0x0
-----BOARD-1-----
PSU[UNKNOWN]: 0->(140w/140w)[140 140 140] (->140w[140 140 140]) (lim=155) 0c 277GH cooling:0/0x0
-----BOARD-2-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
-----BOARD-3-----
PSU[UNKNOWN]: 0->(5w/5w)[5 5 5] (->5w[5 5 5]) (lim=155) 0c 0GH cooling:0/0x0
LOOP[0] ON TO:0 (w:6)
0: DC2DC/1/:[vlt1:625 vlt2:629(DCl:794 Tl:794 Ul:629) 54W 87A 50c] ASIC:[ 85c (125c) 710hz(BL: 710) 3 (E:192) F:0 L:0]
1: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 46W 73A 56c] ASIC:[ 85c (125c) 600hz(BL: 600) 3 (E:193) F:0 L:0]
LOOP[1] ON TO:0 (w:14)
2: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 57W 91A 62c] ASIC:[ 85c (125c) 740hz(BL: 740) 3 (E:193) F:0 L:0]
3: DC2DC/1/:[vlt1:626 vlt2:629(DCl:794 Tl:794 Ul:629) 53W 85A 64c] ASIC:[ 85c (125c) 700hz(BL: 700) 11 (E:193) F:0 L:0]
LOOP[2] OFF TO:0 (test serial failed or something)
4: disabled (i2c BAD, btw!)
5: disabled (i2c good, no OC)
LOOP[3] OFF TO:0 (test serial failed or something)
6: disabled (i2c BAD, btw!)
7: disabled (i2c BAD, btw!)
Would this work?
http://www.jameco.com/webapp/wcs/stores/servlet/Product_10001_10001_2104719_-1
It's 9 volts with 16.7 amps output but only rated at 150 watts.
http://www.jameco.com/webapp/wcs/stores/servlet/Product_10001_10001_2104719_-1
It's 9 volts with 16.7 amps output but only rated at 150 watts.
Interesting. Although you'd probably need 4 of them per S5.
Would this work?
http://www.jameco.com/webapp/wcs/stores/servlet/Product_10001_10001_2104719_-1
It's 9 volts with 16.7 amps output but only rated at 150 watts.
http://www.jameco.com/webapp/wcs/stores/servlet/Product_10001_10001_2104719_-1
It's 9 volts with 16.7 amps output but only rated at 150 watts.
15A circuit, 1300W PSU, 2 miners living in perfect harmony:
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
ha ha, I have almost exactly the same setup for a pair and a similar thought
. https://bitcointalksearch.org/topic/m.9993723
Once I get quiet S5 fans-will do a second pair, otherwise it would cause some stress during the NY holidays.
for the S5 fans, try driving them at 5V if its cold intake, or 7V if you want to overclock. One of these http://www.moddiy.com/product_images/j/547/T1JRxJXglbXXce7cAT_011207__14471_zoom.jpg will work, or makeshift your own (its just a few watts). The PWM revving to 80-100% is terribly loud.
as for the SP20 - you should be able to drive it a bit higher, to 1200Gh or so, by setting each PCIe to 155W and the voltage range to 0.638-0.655. Should settle in around 1200GH/0.646V and draw about equal to the S1 (this is with fans way down, which might free up 5-10W)
15A circuit, 1300W PSU, 2 miners living in perfect harmony:
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
ha ha, I have almost exactly the same setup for a pair and a similar thought
. https://bitcointalksearch.org/topic/m.9993723
Once I get quiet S5 fans-will do a second pair, otherwise it would cause some stress during the NY holidays.
15A circuit, 1300W PSU, 2 miners living in perfect harmony:
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
Ebony (Overclocked S5): 1240 GH/s
Ivory (Underclocked SP20): 1140 GH/s
Each miner is drawing 700 W (+/- 2%) at the wall.
Don't try outdoor fed air, too much moisture unless filtered somehow. May work for awhile but eventually leads to corrosion.
There's very little humidity in the outside air here. There's as much actual moisture in the air at -20C and 90%RH as there is at 10C and 10% RH.
Don't try outdoor fed air, too much moisture unless filtered somehow. May work for awhile but eventually leads to corrosion.
There's very little humidity in the outside air here. There's as much actual moisture in the air at -20C and 90%RH as there is at 10C and 10% RH.Does anyone else here have a 50A+ adjustable power supply? I'd be interested to see some efficiency numbers in the range of 9V-14V.
Now that they have a good ASIC, I would hope they have a board in design that can adjust voltages. This would be a perfect setup for the S6.
What they might do is include a server PSU where you can trim the output voltage through PMBus instead of an ATX supply, but I wouldn't hold my breath on that one.
It will be interesting how the 9V or variable PSU thing works out. At the moment there's no supply, model, infrastructure or experience with them - but now there's a market.
Edit: Don't actually do this. Things will blow up.
I dont think you can safely drive that much wattage through the S5 units like that. (if you wanted to try, you could run both blades of an S5 in series on 24V)
Does anyone else here have a 50A+ adjustable power supply? I'd be interested to see some efficiency numbers in the range of 9V-14V.
Now that they have a good ASIC, I would hope they have a board in design that can adjust voltages. This would be a perfect setup for the S6.
What they might do is include a server PSU where you can trim the output voltage through PMBus instead of an ATX supply, but I wouldn't hold my breath on that one.
It will be interesting how the 9V or variable PSU thing works out. At the moment there's no supply, model, infrastructure or experience with them - but now there's a market.
Edit: Don't actually do this. Things will blow up.
I dont think you can safely drive that much wattage through the S5 units like that. (if you wanted to try, you could run both blades of an S5 in series on 24V)
Hi Syke,
Thank you for the review posting!!
I understand you're imitating our marketing techniques, but why did you copy the miner loudness ? Thank you for the review posting!!
so both of you could afford a beer at the end of the day
A way to cut costs... hearing is overrated from a designer/engineer perspective. Cost from a managerial perspective. only for the nearsighted people. I can afford (electricity wise) many more miners that i will NOT employ simply because of the noise and my house configuration-no basement. How many people are in the same category-I suspect many, but I am 90-99% sure that nobody at SPT and BMT had bothered to investigate.
Does anyone else here have a 50A+ adjustable power supply? I'd be interested to see some efficiency numbers in the range of 9V-14V.
Now that they have a good ASIC, I would hope they have a board in design that can adjust voltages. This would be a perfect setup for the S6.
What they might do is include a server PSU where you can trim the output voltage through PMBus instead of an ATX supply, but I wouldn't hold my breath on that one.
It will be interesting how the 9V or variable PSU thing works out. At the moment there's no supply, model, infrastructure or experience with them - but now there's a market.
Edit: Don't actually do this. Things will blow up.
Does anyone else here have a 50A+ adjustable power supply? I'd be interested to see some efficiency numbers in the range of 9V-14V.
Now that they have a good ASIC, I would hope they have a board in design that can adjust voltages. This would be a perfect setup for the S6.
What they might do is include a server PSU where you can trim the output voltage through PMBus instead of an ATX supply, but I wouldn't hold my breath on that one.
It will be interesting how the 9V or variable PSU thing works out. At the moment there's no supply, model, infrastructure or experience with them - but now there's a market.
I'm happy with it at 400M. Any higher starts getting hardware errors which doesn't improve performance.
i dont get much HW errors, but hashrate seems to peak at 412MHz, at 425MHz its back down around the same speeds as at 400MHz
not sure how to easily do this without a PSU capable of 13V at >60A, or even colder intake or higher airflow. temps are 55/53C with the back end of the heatsink reading about 33C where it contacts the PCB. using a cheap infrared thermometer, readings on the PCB range from 45-65C
I thinking he may be suggesting an adjustment in the software setting voltage (ie, as in the advanced settings on the S3+'s new firmware), I don't think the S5 has that option.
I have a few big adjustable supplies, but there's probably some leeway there for adjustment.
I was actually blowing off my deck today and wondering what -20C air fed through a gas powered leaf blower would do.
Unless of course you live where the humidity is typically <30% on average. Temps year average 12c. Hint... take a look at where all the new (google, facebook, etc) data centres/centers are located.
Hi Syke,
Thank you for the review posting!!
I understand you're imitating our marketing techniques, but why did you copy the miner loudness ? Thank you for the review posting!!
so both of you could afford a beer at the end of the day
A way to cut costs... hearing is overrated from a designer/engineer perspective. Cost from a managerial perspective. Don't try outdoor fed air, too much moisture unless filtered somehow. May work for awhile but eventually leads to corrosion.
There's very little humidity in the outside air here. There's as much actual moisture in the air at -20C and 90%RH as there is at 10C and 10% RH. I'm happy with it at 400M. Any higher starts getting hardware errors which doesn't improve performance.
i dont get much HW errors, but hashrate seems to peak at 412MHz, at 425MHz its back down around the same speeds as at 400MHz
not sure how to easily do this without a PSU capable of 13V at >60A, or even colder intake or higher airflow. temps are 55/53C with the back end of the heatsink reading about 33C where it contacts the PCB. using a cheap infrared thermometer, readings on the PCB range from 45-65C
I thinking he may be suggesting an adjustment in the software setting voltage (ie, as in the advanced settings on the S3+'s new firmware), I don't think the S5 has that option.
I have a few big adjustable supplies, but there's probably some leeway there for adjustment.
I was actually blowing off my deck today and wondering what -20C air fed through a gas powered leaf blower would do.
Can anyone confirm the 0.2J/GH mining efficiency @ 9 volts made by Bitmain ?
I can give you DC efficiency numbers, I have a nice 0-16C, 0-50A linear supply. It would be wildly inefficient compared to an ATX supply though, so for at the wall numbers you'd have to go based on your PSU efficiency. Bitmain's not shipping my units until the 4th though.
Please do, when you can.
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