1
00:00:00,240 --> 00:00:06,480
running a pc in a mini fridge just doesn't work do you know what does

2
00:00:03,919 --> 00:00:10,719
hooking up this 3 000 watt refrigeration cooler directly to a CPU at least i sure

3
00:00:08,720 --> 00:00:15,839
hope it does by the end of this video with any luck brian the electrician will

4
00:00:13,759 --> 00:00:20,400
have transformed this gutted mini split into a CPU cooler and pulled a core i7

5
00:00:18,560 --> 00:00:24,240
down to what like negative 40 degrees celsius it's gonna be really stupid and

6
00:00:22,800 --> 00:00:27,720
huge thanks to thermal grizzly for sponsoring it

7
00:00:32,160 --> 00:00:38,879
first thing we need to do is figure out where the heck the thermostatic expansion valve is we've got our

8
00:00:36,640 --> 00:00:43,760
condenser here it sends liquid to the evaporator that turns all of your liquid

9
00:00:41,360 --> 00:00:48,800
into vapor with a u sends it back to here into the compressor and if liquid

10
00:00:46,399 --> 00:00:52,879
gets sent back into the compressor well you put something that's incompressible

11
00:00:50,800 --> 00:00:57,120
into a compressor things get really bad really fast that's why you need a tvx

12
00:00:55,440 --> 00:01:02,239
turns out it's right here which is great because we were afraid it would be on the evaporator the second thing we had

13
00:01:00,239 --> 00:01:07,280
to do is figure out how the heck this turns on and off so this part right here

14
00:01:05,360 --> 00:01:12,400
goes into your house and it's responsible for like connecting to wi-fi

15
00:01:09,760 --> 00:01:16,240
and sending a signal to the outdoor unit which actually does the real cooling

16
00:01:14,479 --> 00:01:20,479
stuff i don't want to go down the electronics engineering rabbit hole for

17
00:01:18,799 --> 00:01:25,119
the next 16 hours so we're just gonna take this out and

18
00:01:22,640 --> 00:01:28,159
use it as is now i just need to go spend a lot of money on copper honestly this

19
00:01:26,880 --> 00:01:32,720
is gonna be really expensive i'm sorry lines let's look at what we're going to turn

20
00:01:30,400 --> 00:01:36,400
our 200 of raw copper into using the tormach you're probably familiar with

21
00:01:34,320 --> 00:01:39,680
how CPU water blocks work and this is kind of like that but instead of using

22
00:01:38,000 --> 00:01:42,880
water to cool down your CPU for using the phase change of a refrigerant via a

23
00:01:41,520 --> 00:01:46,560
copper tube our refrigerant will be aimed directly at the CPU when it goes

24
00:01:44,960 --> 00:01:51,920
from the small diameter and high pressure of the tube to the comparatively massive space in here the

25
00:01:49,920 --> 00:01:55,439
refrigerant should go from a liquid to a vapor with the phase change absorbing

26
00:01:53,680 --> 00:01:58,719
loads of heat in the process after that we've created a maze of copper for the

27
00:01:57,040 --> 00:02:02,320
refrigerant to navigate before making its way back out the top to create this

28
00:02:00,399 --> 00:02:05,680
maze we'll need to machine four copper layers and then solder them all together

29
00:02:04,000 --> 00:02:08,720
sealing the whole thing and not allowing any refrigerant to escape which might be

30
00:02:07,360 --> 00:02:14,160
a bit difficult given that there might be over like two 300 psi in here this is

31
00:02:11,760 --> 00:02:17,520
my first time running the 16th inch so we'll see if we blow it up i guess

32
00:02:18,160 --> 00:02:24,640
yeah that seems to be working that tool is great for chip evacuation

33
00:02:21,599 --> 00:02:24,640
so i think we're good

34
00:02:24,720 --> 00:02:30,800
never mind i'm almost wondering if we should

35
00:02:29,200 --> 00:02:34,080
actually put a little bit of an orifice in the end of the tube because with this

36
00:02:32,720 --> 00:02:39,280
sitting here we're still gonna have a pretty big opening we could just crush the end of that this is just the most

37
00:02:37,440 --> 00:02:43,360
yolo evaporator one thing we are going to have to be careful to do is make sure

38
00:02:41,519 --> 00:02:46,160
we put this through the top layer

39
00:02:45,040 --> 00:02:51,360
before we solder it down to the lower layer because otherwise it won't go in it

40
00:02:49,519 --> 00:02:55,440
wouldn't be great and i'm gonna have to get this to sit up a little tighter

41
00:02:54,160 --> 00:02:59,040
because uh we're winding up with a bit of a gap so

42
00:02:57,280 --> 00:03:03,040
i'll have to work on the end of this a little bit to make it all fit

43
00:03:01,200 --> 00:03:06,959
yep this is why you double check everything when you're running new code

44
00:03:04,879 --> 00:03:10,560
this was supposed to be a helix and it is there but there's not enough space so

45
00:03:09,120 --> 00:03:15,040
it decided instead it was going to plunge the tool rate down to the final

46
00:03:12,560 --> 00:03:19,040
depth and then do a cut which with a 16 inch cutter would have definitely blown

47
00:03:16,959 --> 00:03:23,360
it right up so we're going to fix that ground the end down a little bit got the

48
00:03:20,800 --> 00:03:27,440
end opened back up and okay that's gonna fit so once we get the

49
00:03:25,440 --> 00:03:32,239
two major pieces soldered together here i can solder the tube in and that'll

50
00:03:30,000 --> 00:03:38,799
seal it into this lower layer and then as we add layers i can solder the tube

51
00:03:35,280 --> 00:03:38,799
where it passes through each layer

52
00:03:41,519 --> 00:03:47,560
final piece of copper this one looks pretty good too the nice stepped edges

53
00:03:48,159 --> 00:03:54,120
oh my tap just broke in there i guess this was a very shitty tap

54
00:04:03,040 --> 00:04:08,319
that's cool now should do

55
00:04:09,439 --> 00:04:15,760
oh it's finally time yeah

56
00:04:12,640 --> 00:04:17,199
i might need the big head

57
00:04:15,760 --> 00:04:20,000
this is way too hot for the flare to figure out what it is

58
00:04:21,519 --> 00:04:28,639
shoot it's actually soldered to the bodies

59
00:04:27,040 --> 00:04:32,240
uh we have fire bricks down there for when you figure out how to get it off

60
00:04:30,400 --> 00:04:36,310
yeah i think we're going to need that i'll try to move it okay so wow it's

61
00:04:34,560 --> 00:04:39,050
mold

62
00:04:44,479 --> 00:04:49,360
so what have we learned brian firebricks are our friends

63
00:04:48,479 --> 00:04:57,400
yeah don't solder it to the vice that's a first for me does anyone want

64
00:04:53,280 --> 00:04:57,400
hearing protection what's that

65
00:05:00,960 --> 00:05:10,560
have you ever seen a fire brick glow red it's been real hot oh yeah

66
00:05:10,560 --> 00:05:17,600
is that straight close enough yeah you can feel the heat just

67
00:05:14,479 --> 00:05:19,440
radiating off

68
00:05:17,600 --> 00:05:22,560
the coolant spraying off of the thing and hitting this screw hole and coming

69
00:05:21,600 --> 00:05:28,320
out need to fix that at some point what do you mean you fixed it there's a bucket

70
00:05:28,880 --> 00:05:34,560
still really hot but the fire bricks are the hottest part

71
00:05:32,479 --> 00:05:40,000
i dare you to lick it i'll give you 10 bucks i have an idea oh

72
00:05:36,880 --> 00:05:42,850
yeah the top tool down

73
00:05:40,000 --> 00:05:48,979
oh yeah it is working

74
00:05:56,000 --> 00:06:02,639
alex there's enough thermal mass here you could use this thing as a heater i

75
00:05:59,680 --> 00:06:05,520
just have to let it cool for a while and i can clean it up get some bare

76
00:06:04,080 --> 00:06:10,160
copper again and then we'll solder on the last layer we can solder the hookups

77
00:06:07,759 --> 00:06:13,199
and let it cool again and then we can pressure test it

78
00:06:11,759 --> 00:06:15,520
definitely going to need to surface the bottom

79
00:06:15,600 --> 00:06:21,600
done wow i don't think it's going to leak we did

80
00:06:20,319 --> 00:06:26,880
go through about a quarter tank of acetylene that's a lot of potato cannon shots would you really want to use

81
00:06:24,639 --> 00:06:31,440
acetylene for that i mean i i've seen potatoes shot with compressed air before

82
00:06:29,199 --> 00:06:34,479
oh yeah i've i've used acetylene the first time we shot it my dad was like

83
00:06:33,280 --> 00:06:38,720
you guys can't shoot that on the deck anymore because the Windows move too

84
00:06:36,479 --> 00:06:42,720
much it's got some good weight to it that's

85
00:06:40,400 --> 00:06:46,200
for sure we're in brian's truck to do the last bit here we just want to

86
00:06:44,960 --> 00:06:51,599
pressure test this those jump

87
00:06:50,000 --> 00:06:55,199
400 psi if there are any leaks that should

88
00:06:53,599 --> 00:06:59,759
actually show up even just my pressures fairly fast just because it's such a

89
00:06:57,199 --> 00:07:03,360
small volume we're good no bubbles

90
00:07:01,440 --> 00:07:08,240
good freaking job on the solder lock's pressure tested now we just need to get

91
00:07:04,880 --> 00:07:08,240
it ready to go on the CPU

92
00:07:10,639 --> 00:07:17,280
most of the crap is gone now but during all the soldering heating up cooling

93
00:07:14,960 --> 00:07:20,960
down and so on this might be very far from flat so fortunately we have a

94
00:07:19,039 --> 00:07:26,319
lapping plate here we're just going to mix up some oil oh not that much

95
00:07:24,319 --> 00:07:30,720
and a little bit of this stuff right here it's just

96
00:07:28,240 --> 00:07:34,960
what would you even call this and now i just do this for quite a while

97
00:07:33,199 --> 00:07:38,400
the lapping about halfway through made the bottom look like it was sandblasted

98
00:07:37,039 --> 00:07:46,960
which reminded me that we have a sandblaster why does this thing look like garbage it should look like a 300

99
00:07:41,840 --> 00:07:46,960
part that is so there we go look at that

100
00:07:47,440 --> 00:07:53,199
out of the sandblaster the surface finish on this thing is incredible i

101
00:07:51,440 --> 00:07:57,120
also went in lapped the bottom once more it's not a mirror finish but who cares

102
00:07:55,520 --> 00:08:03,199
we have thermal grizzly that'll fill in all the little gaps there and now it's

103
00:07:59,280 --> 00:08:05,680
time for the hardest part of this

104
00:08:03,199 --> 00:08:10,720
this is truly awful what you're doing if you've never seen a motherboard

105
00:08:07,759 --> 00:08:15,599
prepped for sub-zero before this is probably going to be real hard

106
00:08:12,639 --> 00:08:21,029
to watch but i swear this is much better than not doing it

107
00:08:21,440 --> 00:08:25,479
just see the vaseline squishing out this

108
00:08:24,639 --> 00:08:31,440
poor 8700k i'd say that it didn't deserve this but

109
00:08:28,800 --> 00:08:36,719
like it's gonna be a real fast 8700k by the end of the day so what are the

110
00:08:33,519 --> 00:08:39,440
chances this dies i really don't think

111
00:08:36,719 --> 00:08:43,279
we're going to kill this CPU especially given how much vaseline i just put on

112
00:08:41,519 --> 00:08:48,640
here but there's a reason that we're doing this on not our best CPU the first

113
00:08:46,240 --> 00:08:52,399
time i think it'll be fine though this is so gnarly brandon

114
00:08:50,480 --> 00:08:56,399
oh this is so hard to turn everything so slippery from all the vaseline so we

115
00:08:54,560 --> 00:09:01,360
have electrical it's right in here and now it's time to connect this up and

116
00:08:58,720 --> 00:09:05,760
fill it with refrigerant well first we have to pull it all down into a vacuum

117
00:09:04,000 --> 00:09:09,760
oh now it's time to pull it down to a vacuum we pull it into a vacuum to make

118
00:09:08,000 --> 00:09:13,600
sure that there's no contaminants nitrogen doesn't compress very well at

119
00:09:11,600 --> 00:09:17,279
least not in an ac system you will probably get some condensation on the

120
00:09:15,600 --> 00:09:21,040
low pressure side yeah if it's a problem we can just insulate the whole thing

121
00:09:18,959 --> 00:09:26,080
gotta use the sponsor of this video oh good old thermal grizzly cryo now make

122
00:09:23,440 --> 00:09:29,519
sure it's reading really actually so the sensor needs to get taped there

123
00:09:27,760 --> 00:09:33,040
but we also just need to insulate the whole thing

124
00:09:30,800 --> 00:09:36,839
regardless so i'm going to use the insulation tape stuff

125
00:09:37,120 --> 00:09:42,399
oh we need an allen key for those okay do you think the chances are that one

126
00:09:40,880 --> 00:09:48,080
allen key we don't have is the one we need that's definitely too big

127
00:09:46,399 --> 00:09:53,040
so i'm gonna say chances are probably pretty good

128
00:09:50,399 --> 00:09:57,360
we have the electrical connected this is mostly a box now we also have our

129
00:09:55,360 --> 00:10:01,519
electrical here running to it which maybe works maybe doesn't hopefully we

130
00:09:59,519 --> 00:10:06,800
can get refrigeration into it all are we good yep all right let's hit it

131
00:10:05,120 --> 00:10:09,290
oh is it on yeah

132
00:10:08,240 --> 00:10:11,279
oh that's cold

133
00:10:11,279 --> 00:10:18,240
oh e6 okay so it just shut down

134
00:10:15,120 --> 00:10:19,920
but that definitely got quite cold do we

135
00:10:18,240 --> 00:10:24,160
have a manual for this thing e6 malfunction of indoor fan motor

136
00:10:22,560 --> 00:10:26,800
exactly what you thought all right let's plug that in

137
00:10:26,800 --> 00:10:32,720
oh no i i was thinking just pull the motor itself out oh yeah that's more smarter i

138
00:10:31,440 --> 00:10:38,320
was thinking we just chucked the whole thing on the table well i mean we could just for a quick test but it would be so

139
00:10:36,560 --> 00:10:41,920
good to cool a whole computer with this i actually mounted in the front of a

140
00:10:39,680 --> 00:10:45,279
tower oh my fan's coming on

141
00:10:45,440 --> 00:10:52,160
so our controller isn't happy because it's 17 degrees in here and the lowest

142
00:10:49,680 --> 00:10:56,079
this will go is 16 degrees so when do you heat up the temperature probe before

143
00:10:54,480 --> 00:11:00,640
it'll kick on we don't want to melt the probe

144
00:10:58,320 --> 00:11:04,399
it's on low there we go you can start to see the condensation on it negative

145
00:11:02,240 --> 00:11:08,480
three negative four it's still going cool the lines are cool

146
00:11:06,079 --> 00:11:13,440
this whole thing is frosted up well should we connect it to a CPU i think so

147
00:11:11,200 --> 00:11:17,279
okay i'm very ready to

148
00:11:15,519 --> 00:11:22,399
turn this off this is getting very cold very fast i'm negative eight now

149
00:11:20,959 --> 00:11:24,959
this is really about as jank as this could ever get

150
00:11:25,200 --> 00:11:31,519
oh wait jeez thermal paste yeah thermal grizzly would not have been happy if we

151
00:11:29,440 --> 00:11:35,519
forgot to put it on so yeah thermal grazing sponsored this

152
00:11:33,279 --> 00:11:40,959
video and we are going to be using their cryonot they do have liquid metal as

153
00:11:37,839 --> 00:11:42,720
well but that will just be metal at

154
00:11:40,959 --> 00:11:47,600
these kinds of temperatures the cryonop is good for down to what

155
00:11:45,120 --> 00:11:52,160
like negative 200 degrees celsius something absolutely ridiculous like

156
00:11:49,519 --> 00:11:58,240
that oh wow nice CPU temperature of negative three degrees celsius right now

157
00:11:54,880 --> 00:12:01,920
not a bad start uh let's try what five

158
00:11:58,240 --> 00:12:03,600
gigahertz 5.1 let's try 5.3 and just see

159
00:12:01,920 --> 00:12:06,800
what happens we have so much cooling let's try 1.36

160
00:12:05,680 --> 00:12:12,639
we'll probably just get a blue screen but whatever oh it kicked off sweating yeah it's

161
00:12:11,200 --> 00:12:16,320
sweating pretty bad should have encased the whole board in

162
00:12:14,240 --> 00:12:21,600
vaseline in case something drips down on it no and Windows is not happy it's not

163
00:12:19,360 --> 00:12:26,240
even a stability error it's just stupid this drive has risen

164
00:12:23,600 --> 00:12:30,800
on it it's not our jank cooling setup it's a driver issue

165
00:12:29,600 --> 00:12:34,399
yay nope

166
00:12:32,800 --> 00:12:38,320
your piece of sh well it definitely works although we're having trouble with

167
00:12:36,399 --> 00:12:42,000
the electronics it seems to have some sort of like a defrost cycle or

168
00:12:40,079 --> 00:12:46,639
something like that for our purposes it's terrible so preface absolutely do

169
00:12:44,800 --> 00:12:51,120
none of this we have a professional electrician and electrical engineer but

170
00:12:49,120 --> 00:12:54,959
uh basically we're bald steep in this we were hoping just the compressor

171
00:12:57,360 --> 00:13:04,079
our hope was that the compressor just ran off of ac so we could just have a

172
00:13:01,600 --> 00:13:07,279
switch turn the switch on compressor runs

173
00:13:05,120 --> 00:13:12,320
we have coal to clarify we were hoping the compressor just ran off single phase

174
00:13:09,519 --> 00:13:16,240
ac it's looking like it's actually a three-phase motor so what we've figured

175
00:13:14,240 --> 00:13:20,560
out is that most of the electronics garbage is to just

176
00:13:17,920 --> 00:13:24,880
feed it three-phase ac we have that here we could just plug it in and send it

177
00:13:23,040 --> 00:13:28,040
full send on the three phase how do you improve it with this i'm legally

178
00:13:26,480 --> 00:13:30,959
obligated to say no

179
00:13:30,959 --> 00:13:37,440
this is lct we just we just send it and see yeah we're already way past that you

180
00:13:35,440 --> 00:13:42,120
should not do this at home we'll learn for the day right

181
00:13:39,680 --> 00:13:49,680
so we thought we figured it out but then 190 volts dc at 180 hertz

182
00:13:47,839 --> 00:13:54,399
dc is like one of those marketing spunk things and it's actually just a

183
00:13:51,519 --> 00:13:58,720
three-phase tesla motor not not tesla's in the company tesla is the inventor yes

184
00:13:56,560 --> 00:14:02,160
but basically instead of making it dumb it might be easier to scoop the signal

185
00:14:00,240 --> 00:14:06,399
at this point i mean you could just look up three phases and see what happens i

186
00:14:04,160 --> 00:14:08,880
just really don't want to blow up the compressors

187
00:14:11,120 --> 00:14:17,440
making it dumb was a lot harder than we thought it would be

188
00:14:15,040 --> 00:14:22,800
either we can spoof all of the different thermal probes and just potentiometer

189
00:14:20,160 --> 00:14:26,880
them until everything's happy or we can come to this board here and try to

190
00:14:24,480 --> 00:14:31,120
figure out what the enable pin is so now i get to spend all of today spoofing

191
00:14:28,959 --> 00:14:35,519
thermocouples hoping that works feed it whatever it wants and it'll run it's

192
00:14:33,279 --> 00:14:41,279
probably going to be the only mini split in existence with thermal grizzly for

193
00:14:38,639 --> 00:14:45,680
its chips this is the temperature probe that was on the evaporator and it seemed

194
00:14:43,440 --> 00:14:49,360
to shut down when we hit about negative 20 degrees it might have been because of

195
00:14:47,519 --> 00:14:52,399
this it might have been because of something in here but we're gonna test

196
00:14:50,639 --> 00:14:55,920
it out with this just at ambient temperature and see what happens

197
00:14:54,399 --> 00:14:59,680
oh there we go

198
00:14:57,440 --> 00:15:04,000
yep so that temperature's dropping and quickly and how do we just give it a

199
00:15:01,839 --> 00:15:08,800
minute wobble's concerning a little worrying hey jamie hi i dare you to

200
00:15:06,880 --> 00:15:13,839
stick your belly in there so we're now into the negatives on the block this is

201
00:15:11,440 --> 00:15:18,480
where we might be shutting down kind of soon but we'll see if it gets all frosty

202
00:15:16,000 --> 00:15:22,800
like this and then shuts off all of this frost is immediately turning into water

203
00:15:20,880 --> 00:15:27,199
because it warms up pretty fast that's really bad as you can probably imagine

204
00:15:25,040 --> 00:15:30,720
the compressor also is starting to frost up so that's why i'm concerned that the

205
00:15:28,800 --> 00:15:34,720
problem isn't our evaporator but one of the sensors in here is making a kick

206
00:15:32,639 --> 00:15:37,360
into a defrost cycle this is where having a proper shroud on this probably

207
00:15:36,240 --> 00:15:41,759
would help a lot we're having a lot of blowback it's at negative 14 degrees now

208
00:15:39,680 --> 00:15:44,880
it seems to be struggling to get below 14 degrees yeah it's actually warming up

209
00:15:43,440 --> 00:15:47,920
right now a little bit so that's probably the issue all right let's put

210
00:15:46,480 --> 00:15:50,639
the shroud back on for better cooling and try this again

211
00:15:52,079 --> 00:15:57,519
come on eat up kick on

212
00:15:55,440 --> 00:16:02,000
come on do it that's a lot less sketchy with it

213
00:16:00,000 --> 00:16:05,759
properly secured so we should now see the radiator temp go up as the

214
00:16:03,920 --> 00:16:10,480
evaporator goes down which is exactly what's happening wonderful i wonder if

215
00:16:07,600 --> 00:16:10,480
turbo will help us

216
00:16:11,040 --> 00:16:16,639
if it's actually so stupid that just this sensor hitting negative 20 shuts it

217
00:16:14,639 --> 00:16:20,079
off that would be amazing i think the way to get it colder would be to pull

218
00:16:18,079 --> 00:16:25,279
down the radiator so we need to do two stages take our other air conditioner

219
00:16:22,880 --> 00:16:27,519
hook it up to this that would probably work

220
00:16:26,079 --> 00:16:31,040
we're close to the moment of truth if we're able to hold negative 20 that

221
00:16:29,360 --> 00:16:34,399
means i can finally finish its project holy prank this has been a lot of work

222
00:16:33,120 --> 00:16:38,800
thermal grizzly you really got your money's worth with this one geez

223
00:16:36,399 --> 00:16:42,959
oh negative 20. there we go still dropping radiator attempts actually gone

224
00:16:40,880 --> 00:16:45,680
up a little bit which is cool it looks like we're not dropping anymore

225
00:16:44,480 --> 00:16:51,120
though we're probably just right at the limit of what this is able to do like i can feel a bit of the heat coming

226
00:16:49,120 --> 00:16:55,920
through and that might be enough to stop it from going any lower it's looking

227
00:16:53,120 --> 00:16:59,839
good if it's this dumb i'm really happy like they did a good job i guess because

228
00:16:58,399 --> 00:17:04,400
like who wants something that's negative 20 inside of their house look at all

229
00:17:01,759 --> 00:17:08,799
that frost i really hope this works if this is the

230
00:17:06,480 --> 00:17:13,839
last time that i apply some thermal grizzly cryon huh i am so sorry roman

231
00:17:11,439 --> 00:17:13,839
this is

232
00:17:14,640 --> 00:17:21,199
going for the hard mount of course i just want to get ahead of the comments

233
00:17:18,400 --> 00:17:25,120
here i do not the 8700k is still a very good chip especially when overclocked

234
00:17:23,520 --> 00:17:29,679
like this one's going to be it's really fast still i'm going to turn

235
00:17:27,439 --> 00:17:33,039
the ac on now

236
00:17:30,799 --> 00:17:35,919
because it can take a little bit oh that kicked on

237
00:17:34,720 --> 00:17:39,600
our nice safety shop towels

238
00:17:38,080 --> 00:17:43,440
that's already very cold yeah that's sub-zero all right

239
00:17:41,440 --> 00:17:47,120
so our CPU is currently at zero degrees that's that's pretty good to start off

240
00:17:45,520 --> 00:17:51,200
with it's kind of weird that it isn't lower i

241
00:17:49,679 --> 00:17:54,880
don't know if during a cinebench run if this has the heat dissipation to deal

242
00:17:52,880 --> 00:18:00,400
with that but we're about to find out the temperatures it increased to 38

243
00:17:57,280 --> 00:18:03,280
degrees oh my god that's so warm

244
00:18:00,400 --> 00:18:07,520
4.8 gigahertz all core it seems like it's doing fine i don't see any

245
00:18:04,480 --> 00:18:10,480
condensation it's holding at 38 degrees

246
00:18:07,520 --> 00:18:15,280
that is fantastic well the overclock isn't holding quite like i'd like but it

247
00:18:12,720 --> 00:18:18,720
still proves this works amazingly well i could fiddle with it more but i want to

248
00:18:16,799 --> 00:18:23,760
save all of my fiddling for the 12th gen in another video that is cold

249
00:18:22,080 --> 00:18:27,760
so huge thanks to thermal grizzly for sponsoring this video get some cryonot

250
00:18:26,160 --> 00:18:31,840
or conduct or not i don't know chuck it in your laptop your GPU wherever you

251
00:18:29,760 --> 00:18:36,080
want i don't know don't eat it probably i guess unless you want to

252
00:18:34,400 --> 00:18:40,480
so if you like this video hit like get subscribed and maybe watch your video

253
00:18:37,520 --> 00:18:48,799
where we subzero cooled the alienware area 51m with steve that thing was

254
00:18:43,760 --> 00:18:48,799
insanely cool and very scary