10
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`0:00:13,219 ‐‐> 00:00:18,689
`hey guy thought we just give you a
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`20
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`0:00:15,959 ‐‐> 00:00:21,390
`little video tour of our prototype just
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`30
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`0:00:18,689 ‐‐> 00:00:23,430
`wanted to let you know this was built as
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`40
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`0:00:21,390 ‐‐> 00:00:26,579
`a prototype this isn't how we would 100%
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`50
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`0:00:23,430 ‐‐> 00:00:31,500
`build all once in the future this is in
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`60
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`0:00:26,579 ‐‐> 00:00:33,149
`a modified sea‐can it's 14 feet basic
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`70
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`0:00:31,500 ‐‐> 00:00:34,829
`concept is fans and filters so we're
`
`80
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`0:00:33,149 ‐‐> 00:00:36,360
`just pulling air crews like you guys are
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`90
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`0:00:34,829 ‐‐> 00:00:39,600
`doing in your servers using the same
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`10
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`concept for fresh air cooling these are
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`11
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`just louvered fans there are 6,000 CFM
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`12
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`each these louvers are gravity we're
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`13
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`1
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`CRUSOE-1008
`
`
`
`0:00:13,219 ‐‐> 00:00:18,689
`hey guy thought we just give you a
`
`20
`
`0:00:15,959 ‐‐> 00:00:21,390
`little video tour of our prototype just
`
`30
`
`0:00:18,689 ‐‐> 00:00:23,430
`wanted to let you know this was built as
`
`40
`
`0:00:21,390 ‐‐> 00:00:26,579
`a prototype this isn't how we would 100%
`
`50
`
`0:00:23,430 ‐‐> 00:00:31,500
`build all once in the future this is in
`
`60
`
`0:00:26,579 ‐‐> 00:00:33,149
`a modified sea‐can it's 14 feet basic
`
`70
`
`0:00:31,500 ‐‐> 00:00:34,829
`concept is fans and filters so we're
`
`80
`
`0:00:33,149 ‐‐> 00:00:36,360
`just pulling air crews like you guys are
`
`90
`
`0:00:34,829 ‐‐> 00:00:39,600
`doing in your servers using the same
`
`10
`00:00:36,360 ‐‐> 00:00:42,180
`concept for fresh air cooling these are
`
`11
`00:00:39,600 ‐‐> 00:00:45,329
`just louvered fans there are 6,000 CFM
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`12
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`each these louvers are gravity we're
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`13
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`1
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`CRUSOE-1008
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`
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`trying to get it as cheap as possible
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`14
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`we've used lures in the past that are
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`15
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`that are motorized and controlled but if
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`16
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`all that adds costs that could be an
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`17
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`option that we could add this units 14
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`18
`00:00:59,399 ‐‐> 00:01:04,119
`like I said
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`19
`00:01:01,870 ‐‐> 00:01:06,299
`there that's what we're going to be
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`20
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`building it in is 20 feet in the future
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`21
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`gives us a little bit more airspace in
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`22
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`the front and the back wraps and this
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`23
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`side here is the intake air filter
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`24
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`intake we went with very consumer level
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`25
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`filters because one they're easy to find
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`2
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`
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`26
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`and to the chief so anyone can go to
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`27
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`home hardware store and buy these
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`28
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`filters there's 25 inch square filters
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`29
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`then you can choose whatever filter
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`30
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`level you want if you come in we built
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`31
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`we built this all at a plywood and
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`32
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`that's probably what we would use it's
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`33
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`the easiest amount things it's it's
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`34
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`cheap and it's fast and that's probably
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`35
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`how we would do it in the future there'd
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`36
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`be some more metal pieces inside but
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`37
`00:01:47,590 ‐‐> 00:01:53,200
`again like I said this is the prototype
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`38
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`
`3
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`
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`three racks this has 17 spondoolie that
`
`39
`00:01:53,200 ‐‐> 00:01:59,500
`we bought from you guys the SP 31 s
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`40
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`right now this has a maximum capacity of
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`41
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`72 kW these are about 52 kW we might be
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`42
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`able to get a few more in here once we
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`43
`00:02:06,880 ‐‐> 00:02:10,539
`balance all the power requirements out
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`44
`00:02:08,649 ‐‐> 00:02:13,989
`but we just didn't want to overdo that
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`45
`00:02:10,539 ‐‐> 00:02:16,660
`when we first started this units of 200
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`46
`00:02:13,989 ‐‐> 00:02:19,209
`out system again like I said 72
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`47
`00:02:16,660 ‐‐> 00:02:22,090
`kilowatts we can do a 400 out as well
`
`48
`00:02:19,209 ‐‐> 00:02:25,209
`which is double that power and we think
`
`49
`00:02:22,090 ‐‐> 00:02:29,560
`we can get 36 of your SP 35 s into that
`
`50
`00:02:25,209 ‐‐> 00:02:31,450
`unit these are all spaced as you can see
`
`4
`
`
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`51
`00:02:29,560 ‐‐> 00:02:35,260
`the whole concept is we're pulling air
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`52
`00:02:31,450 ‐‐> 00:02:37,510
`through as you know fairly rapidly we
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`53
`00:02:35,260 ‐‐> 00:02:39,520
`need some space in between so we can
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`54
`00:02:37,510 ‐‐> 00:02:41,470
`actually pull air through and across the
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`55
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`server's so it comes in the front of the
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`56
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`servers and past the server so we can
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`57
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`pull air out the back and evacuate that
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`58
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`heat because it's building up fairly
`
`59
`00:02:47,140 ‐‐> 00:02:55,540
`quickly we've got in this unit we got
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`60
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`you know switch we've got just a
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`61
`00:02:55,540 ‐‐> 00:02:58,910
`monitoring server here that does
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`62
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`environmental and
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`63
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`
`5
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`
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`of your systems we're going a very basic
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`64
`00:03:01,910 ‐‐> 00:03:08,330
`very basic switches in this switches and
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`65
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`BX again very chief the fans there's
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`66
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`three of them they'll each be on a
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`67
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`single breaker and each one of them will
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`68
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`have a have a either on‐off switch or a
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`69
`00:03:14,150 ‐‐> 00:03:22,970
`potentiometer to adjust speed again very
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`70
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`for the most basic model and a couple
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`71
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`convenience plugs that's all we have
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`72
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`it's it's a very basic setup it works
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`73
`00:03:27,620 ‐‐> 00:03:31,550
`really well we've been running it now
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`74
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`for a while we managed to run it on two
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`75
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`fans we've run it in warm temperature we
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`6
`
`
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`76
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`grind it fairly cold temperature we've
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`77
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`been down near zero and it runs quite a
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`78
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`bit better obviously when it's colder
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`79
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`and as long as this units in ambient
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`80
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`temperature of 30 degrees or less we
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`81
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`should have no problem running any spawn
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`82
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`duties in this data center so we're on
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`83
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`the back side and the ha guy out here
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`84
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`talked a little bit about the electrical
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`85
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`we've got 60 amp PDUs which are the best
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`86
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`size to use with these particular SP 31
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`87
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`s & SP 35 s we can get three servers per
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`88
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`
`7
`
`
`
`per PDU there's a couple of options
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`89
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`these are very cheap PDUs there's a
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`90
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`couple brands we can get for you know
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`91
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`under $300 they're just metered they're
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`92
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`not switched or managed so one of the
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`93
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`options is to put in a remote power
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`94
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`cycle for each power bar so either you
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`95
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`can buy it with that in which probably
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`96
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`brings the whole cost way too high or we
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`97
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`put a relay system in so remotely you
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`98
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`can come in and you
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`99
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`shut down each individual power bar so
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`100
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`if you have to reset power supplies at
`
`8
`
`
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`101
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`the most you're going to take three
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`102
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`servers down at a time so this one has
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`103
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`six six PDUs and you know we go up from
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`104
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`there with a 400 amp unit that has 36
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`105
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`servers we're gonna have to have more
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`106
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`PDUs and we have ones that are quite a
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`107
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`bit smaller than this as well so let's
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`108
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`go over some of the options the very
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`109
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`base unit we went through already now we
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`110
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`can add on options on top of the price
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`111
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`that we talked about some of the options
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`112
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`could include an amount of automatic
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`113
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`
`9
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`
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`transfer switch so if you have two
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`114
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`different sources of power and you lose
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`115
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`one you can switch automatically to the
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`116
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`other source of power so you don't you
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`117
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`know you don't stay down very long
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`118
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`there's a lot of automation that we can
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`119
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`add in so what we can do is put in a PLC
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`120
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`this one doesn't have a PLC but we're
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`121
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`going to be putting that in and testing
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`122
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`it and what these are are variable speed
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`123
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`controllers for the fans so with the PLC
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`124
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`and the fan controllers we can control
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`125
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`and maximize the power that's consumed
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`10
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`
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`126
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`by the fans and keep all the
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`127
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`temperatures automatically in sync in
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`128
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`the unit without this with just switches
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`129
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`we just turn the fans on full‐blast and
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`130
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`it it runs less than optimal but it
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`131
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`still works fine with these with with
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`132
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`this here what what this is is a power
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`133
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`meter it's a remotely managed power
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`134
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`meter and it gives you the full power
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`135
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`usage kilowatt hours how much on every
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`136
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`phase how many volts how many amps and
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`137
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`it's all remotely monitor Balazs well we
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`11
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`
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`have a monitoring server in here as well
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`139
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`and the monitoring server would run our
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`140
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`DCIM software called QoS and that will
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`141
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`monitor everything PDUs servers routers
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`142
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`switches anything that can be monitored
`
`143
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`funnels back into this monitoring
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`144
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`software one of the things we are
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`145
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`working on is getting your scripts
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`146
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`incorporated into that too so we can do
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`147
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`some remote group management to the
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`148
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`servers as well as seeing a rollup of
`
`149
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`all the servers temperatures of Asics
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`150
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`temperatures front and back you know our
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`12
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`
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`151
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`the hash rates we can Rican Hickey lurtz
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`152
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`out then so as soon as your hash rate
`
`153
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`goes below a threshold it'll kick you on
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`154
`00:06:51,900 ‐‐> 00:06:55,110
`molar and you'll know that there's
`
`155
`00:06:53,280 ‐‐> 00:06:58,099
`something wrong with psu or something
`
`156
`00:06:55,110 ‐‐> 00:06:58,099
`wrong with the internet connection
`
`157
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`another thing we can do is fire
`
`158
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`suppression we don't have fire
`
`159
`00:07:02,669 ‐‐> 00:07:08,069
`suppression here but we do have a fire
`
`160
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`alarm and smoke alarm we can do early
`
`161
`00:07:08,069 ‐‐> 00:07:14,460
`fire early smoke detection we can also
`
`162
`00:07:11,280 ‐‐> 00:07:16,469
`do Novak 12:30 which is gasps fire
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`163
`00:07:14,460 ‐‐> 00:07:19,050
`
`13
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`
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`suppression we know that with all this
`
`164
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`power it's hot and you know we've seen
`
`165
`00:07:19,050 ‐‐> 00:07:24,150
`fires in places in the industry so you
`
`166
`00:07:22,680 ‐‐> 00:07:26,580
`know that would probably be an option
`
`167
`00:07:24,150 ‐‐> 00:07:28,259
`people who want to choose security we
`
`168
`00:07:26,580 ‐‐> 00:07:30,360
`have internal cameras external cameras
`
`169
`00:07:28,259 ‐‐> 00:07:32,279
`again those all tie into the DCIM and
`
`170
`00:07:30,360 ‐‐> 00:07:35,580
`they can alert on motion that can alert
`
`171
`00:07:32,279 ‐‐> 00:07:38,189
`on on any of those things we can also
`
`172
`00:07:35,580 ‐‐> 00:07:39,840
`tie in to the plc the lighting system so
`
`173
`00:07:38,189 ‐‐> 00:07:42,360
`if you want to see with your camera
`
`174
`00:07:39,840 ‐‐> 00:07:44,909
`inside the unit remotely you can then
`
`175
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`send a remote lights on command lights
`
`14
`
`
`
`176
`00:07:44,909 ‐‐> 00:07:49,949
`will come on you can see your servers a
`
`177
`00:07:47,189 ‐‐> 00:07:51,870
`lot better it's also security access
`
`178
`00:07:49,949 ‐‐> 00:07:54,509
`control so you can do card access on the
`
`179
`00:07:51,870 ‐‐> 00:07:56,190
`doors this all comes from our enterprise
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`180
`00:07:54,509 ‐‐> 00:07:57,629
`data centers but these are options that
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`181
`00:07:56,190 ‐‐> 00:08:00,779
`anyone can do if they're worried about
`
`182
`00:07:57,629 ‐‐> 00:08:03,779
`security as well we also have
`
`183
`00:08:00,779 ‐‐> 00:08:06,479
`environmental monitoring so this is this
`
`184
`00:08:03,779 ‐‐> 00:08:08,669
`is one of the units that we use and it's
`
`185
`00:08:06,479 ‐‐> 00:08:09,960
`it's really quite slick we have four
`
`186
`00:08:08,669 ‐‐> 00:08:12,210
`different temperature control
`
`187
`00:08:09,960 ‐‐> 00:08:14,219
`temperature sensors in here so we
`
`188
`00:08:12,210 ‐‐> 00:08:16,919
`
`15
`
`
`
`monitor temperatures in four different
`
`189
`00:08:14,219 ‐‐> 00:08:19,500
`locations outside the unit air coming in
`
`190
`00:08:16,919 ‐‐> 00:08:21,589
`air on the back air on the front and
`
`191
`00:08:19,500 ‐‐> 00:08:26,669
`then we also have a airflow control
`
`192
`00:08:21,589 ‐‐> 00:08:29,729
`dewpoint humidity sensor as well not
`
`193
`00:08:26,669 ‐‐> 00:08:33,740
`only that we do have a water detector if
`
`194
`00:08:29,729 ‐‐> 00:08:36,060
`we have a supplemental water cooling or
`
`195
`00:08:33,740 ‐‐> 00:08:37,289
`evaporative cooling we want to have the
`
`196
`00:08:36,060 ‐‐> 00:08:39,690
`water sensor in case something goes
`
`197
`00:08:37,289 ‐‐> 00:08:41,699
`wrong and the water starts coming in the
`
`198
`00:08:39,690 ‐‐> 00:08:44,699
`nice thing about this is we also have
`
`199
`00:08:41,699 ‐‐> 00:08:47,700
`relays so we can actually output two
`
`200
`00:08:44,699 ‐‐> 00:08:51,210
`relays and turn things on and off
`
`16
`
`
`
`201
`00:08:47,700 ‐‐> 00:08:53,010
`dialers alarms lights basically anything
`
`202
`00:08:51,210 ‐‐> 00:08:57,030
`with an on/off we can control through
`
`203
`00:08:53,010 ‐‐> 00:08:59,370
`this unit and what else we have Oh door
`
`204
`00:08:57,030 ‐‐> 00:09:02,580
`sensors so you can see here we've got a
`
`205
`00:08:59,370 ‐‐> 00:09:04,470
`door sensor off can't see but we have
`
`206
`00:09:02,580 ‐‐> 00:09:06,240
`door sensors open and closed so you'll
`
`207
`00:09:04,470 ‐‐> 00:09:09,060
`get an alert if you want to set that up
`
`208
`00:09:06,240 ‐‐> 00:09:10,230
`you can do an alert that'll that'll tell
`
`209
`00:09:09,060 ‐‐> 00:09:11,750
`you that someone's open the door so
`
`210
`00:09:10,230 ‐‐> 00:09:15,780
`let's close the door
`
`211
`00:09:11,750 ‐‐> 00:09:18,990
`you've got na sa firewall so what we can
`
`212
`00:09:15,780 ‐‐> 00:09:21,570
`do with the firewall clearly remember
`
`213
`00:09:18,990 ‐‐> 00:09:22,800
`
`17
`
`
`
`the firewalls we can we can get a secure
`
`214
`00:09:21,570 ‐‐> 00:09:25,590
`connection into here if you have
`
`215
`00:09:22,800 ‐‐> 00:09:27,360
`multiple units in multiple places you
`
`216
`00:09:25,590 ‐‐> 00:09:28,980
`can have your own private VPN network
`
`217
`00:09:27,360 ‐‐> 00:09:31,260
`between and you can monitor them all
`
`218
`00:09:28,980 ‐‐> 00:09:33,240
`through that through that network also
`
`219
`00:09:31,260 ‐‐> 00:09:34,380
`just gives you another layer of
`
`220
`00:09:33,240 ‐‐> 00:09:35,940
`protection against people coming from
`
`221
`00:09:34,380 ‐‐> 00:09:37,440
`outside in to the servers
`
`222
`00:09:35,940 ‐‐> 00:09:39,960
`we'll start it up for you so you can
`
`223
`00:09:37,440 ‐‐> 00:09:42,210
`have a look at what how it works and how
`
`224
`00:09:39,960 ‐‐> 00:09:43,950
`easy it is to get going once all the
`
`225
`00:09:42,210 ‐‐> 00:09:47,520
`servers obviously are in place it's
`
`18
`
`
`
`226
`00:09:43,950 ‐‐> 00:09:51,150
`pretty easy we just have each PDUs on a
`
`227
`00:09:47,520 ‐‐> 00:09:53,640
`60 amp breaker so we light it up and
`
`228
`00:09:51,150 ‐‐> 00:09:56,510
`three of the servers come up so we've
`
`229
`00:09:53,640 ‐‐> 00:10:00,440
`got these three down here start it up
`
`230
`00:09:56,510 ‐‐> 00:10:00,440
`you don't leave it running too long
`
`231
`00:10:00,450 ‐‐> 00:10:05,850
`so
`
`232
`00:10:02,200 ‐‐> 00:10:05,850
`keep and switches
`
`233
`00:10:06,850 ‐‐> 00:10:12,970
`they're running at about 50% right now
`
`234
`00:10:10,180 ‐‐> 00:10:16,290
`so I'll just always get them going those
`
`235
`00:10:12,970 ‐‐> 00:10:16,290
`three fans running in 50
`
`236
`00:10:23,130 ‐‐> 00:10:26,180
`and this all about me
`
`237
`00:10:28,480 ‐‐> 00:10:31,230
`have the automated
`
`238
`00:10:41,920 ‐‐> 00:10:46,889
`
`19
`
`
`
`can see that royal airflow coming
`
`239
`00:10:44,260 ‐‐> 00:10:46,889
`through here
`
`240
`00:10:47,230 ‐‐> 00:10:51,070
`18,000 CFM right now
`
`241
`00:11:11,950 ‐‐> 00:11:16,380
`olá server tacos over
`
`242
`00:11:24,040 ‐‐> 00:11:29,310
`okay so that's our overview is always
`
`243
`00:11:26,920 ‐‐> 00:11:29,310
`showing
`
`244
`00:11:33,590 ‐‐> 00:11:36,850
`we'll be able to handle your next
`
`245
`00:11:34,700 ‐‐> 00:11:36,850
`generation
`
`246
`00:11:39,040 ‐‐> 00:11:46,010
`next generation you can win
`
`247
`00:11:42,480 ‐‐> 00:11:46,010
`now at a 400 our unit
`
`248
`00:11:47,250 ‐‐> 00:11:52,540
`or factor not to the 24
`
`249
`00:11:49,310 ‐‐> 00:11:52,540
`but you have a lot of
`
`250
`00:11:53,070 ‐‐> 00:11:56,090
`a good way to do it
`
`20
`
`
`
`251
`251
`00:12:02,660 ‐‐> 00:12:04,720
`00:12:02,660 --> 00:12:04,720
`you
`you
`
`21
`
`21
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`
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