{"video_id":"YFvhgtReT5w","title":"The 180 Day 3D-Printed Hardline Watercooled Computer Challenge!","channel":"FP Exclusives","show":"FP Exclusives","published_at":"2025-05-04T14:53:29Z","duration_s":487,"segments":[{"start_s":0.0,"end_s":1.3679999999999999,"text":"Sammy: What are we doing Justin? 2 00:00:01.368 --> 00:00:03.236 Justin: All right, so in the last video 3 00:00:03.236 --> 00:00:05.772 when we did the 3D printed hardline cooling, 4 00:00:05.772 --> 00:00:07.741 we discussed running this for six months 5 00:00:07.741 --> 00:00:08.775 to see if it was gonna leak. 6 00:00:08.775 --> 00:00:10.844 So I decided what better way 7 00:00:10.844 --> 00:00:12.545 than to daily drive it for six months instead. 8 00:00:13.480 --> 00:00:15.148 Right now we're filling the system with water. 9 00:00:15.148 --> 00:00:17.350 These tubes are untested, so that should also be fun. 10 00:00:17.350 --> 00:00:19.185 Yeah, so it's gonna take a while to bleed the system out 11 00:00:19.185 --> 00:00:20.320 as you can see here. 12 00:00:20.320 --> 00:00:24.257 These bends are not water flow friendly. 13 00:00:24.257 --> 00:00:27.694 So yeah, it's gonna be a little bit here. 14 00:00:27.694 --> 00:00:30.096 All right, so we got it all filled up now. 15 00:00:30.096 --> 00:00:32.332 I did do a quick test post to make sure it was all good. 16 00:00:32.332 --> 00:00:33.166 It does boot back up. 17 00:00:33.166 --> 00:00:35.702 However, I did spill quite a bit onto the motherboard. 18 00:00:35.702 --> 00:00:36.970 So I'm gonna let it dry overnight 19 00:00:36.970 --> 00:00:39.539 before I actually do some real work on it. 20 00:00:39.539 --> 00:00:40.340 Sammy: Day one. 21 00:00:40.340 --> 00:00:41.174 Justin: Day one. 22 00:00:44.477 --> 00:00:45.311 Month three. 23 00:00:45.311 --> 00:00:46.179 Month three. 24 00:00:46.179 --> 00:00:48.381 Three months and it is still alive. 25 00:00:49.382 --> 00:00:52.552 So what I've done is so that you all can see it better. 26 00:00:52.552 --> 00:00:54.354 I have now rotated onto its side, 27 00:00:54.354 --> 00:00:55.722 3D printed some little feet 28 00:00:55.722 --> 00:00:57.223 so that way you can still get some air flow 29 00:00:57.223 --> 00:00:58.691 sucked into the bottom. 30 00:00:58.691 --> 00:01:01.294 And yeah, no, everything's been going good. 31 00:01:01.294 --> 00:01:03.863 Temps are still running nice and stable. 32 00:01:03.863 --> 00:01:05.899 I've had hardware info open all day 33 00:01:05.899 --> 00:01:08.835 and we hit a peak of 57 degrees on the CPU 34 00:01:08.835 --> 00:01:13.039 and a peak of 34 on the GPU, 35 00:01:13.039 --> 00:01:15.175 even doing 3D intensive workloads. 36 00:01:15.175 --> 00:01:17.677 So yeah, the system's holding up great. 37 00:01:17.677 --> 00:01:20.146 Sammy: Were there any challenges about putting it on the side? 38 00:01:20.146 --> 00:01:23.216 Justin: Yeah, the pump wasn't very happy for the first little bit. 39 00:01:23.216 --> 00:01:25.819 When I first turned the system back on after flipping it, 40 00:01:26.419 --> 00:01:27.720 the pump actually air locked 41 00:01:27.720 --> 00:01:29.055 and wasn't pushing any water, 42 00:01:29.055 --> 00:01:30.890 overheated and shut itself off. 43 00:01:30.890 --> 00:01:32.792 So that was fun. 44 00:01:32.792 --> 00:01:33.793 But after a quick reboot 45 00:01:33.793 --> 00:01:35.328 and cycling the pump a couple of times, 46 00:01:35.328 --> 00:01:37.497 it started flowing and everything appears to be okay now. 47 00:01:37.497 --> 00:01:39.699 Either that pump is gonna get really, really unhappy 48 00:01:39.699 --> 00:01:41.935 or it's gonna continue to go like it has been. 49 00:01:41.935 --> 00:01:42.769 Don't know yet. 50 00:01:43.703 --> 00:01:45.939 We are on month five? 51 00:01:45.939 --> 00:01:46.840 Sammy: I think five. 52 00:01:46.840 --> 00:01:48.141 Justin: Yeah, month five. 53 00:01:48.141 --> 00:01:49.109 What we're gonna do today 54 00:01:49.109 --> 00:01:50.577 is we're gonna start overclocking stuff 55 00:01:50.577 --> 00:01:52.178 because it's been running too smoothly 56 00:01:52.178 --> 00:01:53.279 and we gotta change that. 57 00:01:53.313 --> 00:01:56.116 So we're gonna start with overclocking the GPU. 58 00:01:56.116 --> 00:01:57.817 So right now the core clocks 59 00:01:57.817 --> 00:02:00.153 are sitting at almost 2,600 megahertz 60 00:02:00.153 --> 00:02:03.223 and memory is sitting at about 1400 megahertz. 61 00:02:03.223 --> 00:02:04.224 Lets fire up Afterburner 62 00:02:04.224 --> 00:02:06.493 and see how we can actually get this to go. 63 00:02:06.493 --> 00:02:08.428 Start off with this here. 64 00:02:08.428 --> 00:02:10.864 So we'll do 250 megahertz on the clock 65 00:02:10.864 --> 00:02:13.633 and then 210 on the memory. 66 00:02:13.633 --> 00:02:15.435 Okay, so that is active now. 67 00:02:15.435 --> 00:02:18.538 And let's take a look and see if it's running stable. 68 00:02:18.538 --> 00:02:21.107 See here, we're bumped up to almost 2,800 megahertz, 69 00:02:21.107 --> 00:02:22.775 a little bit above in some cases. 70 00:02:23.276 --> 00:02:26.279 Just a bit over 1400 megahertz on the memory. 71 00:02:26.279 --> 00:02:27.113 Sammy: What are your predictions? 72 00:02:27.113 --> 00:02:28.681 Do you think it's gonna go well? 73 00:02:30.550 --> 00:02:31.417 Justin: TBD. 74 00:02:32.685 --> 00:02:34.988 I did notice that once this thing starts to heat up 75 00:02:34.988 --> 00:02:37.957 that the main reservoir kind of expands a little bit. 76 00:02:37.957 --> 00:02:40.193 So we'll see what it does 77 00:02:40.193 --> 00:02:42.795 if it'll hold the pressure or not. 78 00:02:42.795 --> 00:02:47.200 Well, I hope for your workflow, it does not blow up. 79 00:02:47.200 --> 00:02:48.401 But hope for content. 80 00:02:48.401 --> 00:02:50.103 For content, we hope it blows up. 81 00:02:51.070 --> 00:02:51.938 Hello. 82 00:02:51.938 --> 00:02:54.240 All right, so we're here on our last month 83 00:02:54.240 --> 00:02:57.010 of running the 3D printed water cooling computer. 84 00:02:57.010 --> 00:02:57.844 We're still bored. 85 00:02:57.844 --> 00:02:58.912 It's running too well. 86 00:02:58.912 --> 00:03:00.813 It just works. 87 00:03:00.813 --> 00:03:02.849 So now we're really gonna try and break it. 88 00:03:02.849 --> 00:03:04.484 Last month, we overclocked the GPU, 89 00:03:04.484 --> 00:03:06.286 which has been running stable. 90 00:03:06.286 --> 00:03:07.921 Haven't had any problems. 91 00:03:07.921 --> 00:03:10.323 So now we're gonna try and overclock the CPU. 92 00:03:10.323 --> 00:03:13.960 Seems how it's unlocked and why not? 93 00:03:13.960 --> 00:03:16.129 So currently with its current settings, 94 00:03:16.129 --> 00:03:17.363 I haven't changed anything yet. 95 00:03:17.363 --> 00:03:20.033 It, in the Intel Extreme Tuning Utility, 96 00:03:20.867 --> 00:03:23.369 it ran a 4960 for the points. 97 00:03:23.369 --> 00:03:25.572 So let's just start cranking things up 98 00:03:25.572 --> 00:03:26.973 and see what happens. 99 00:03:26.973 --> 00:03:27.907 Hit apply. 100 00:03:29.108 --> 00:03:30.410 Uh oh. 101 00:03:30.410 --> 00:03:32.145 I haven't used this utility before. 102 00:03:32.145 --> 00:03:33.213 I'm trying. 103 00:03:33.213 --> 00:03:34.447 It shut off. 104 00:03:34.447 --> 00:03:35.782 We gotta try again. 105 00:03:35.782 --> 00:03:37.550 Turns out five gigahertz is too much. 106 00:03:37.550 --> 00:03:40.186 Man, the water in that system is looking. 107 00:03:40.186 --> 00:03:41.955 About to happen with resin printed tubes. 108 00:03:41.955 --> 00:03:44.023 I don't think they were perfectly clean when I put them in. 109 00:03:44.023 --> 00:03:46.359 I had it set to 50 and that was too high. 110 00:03:46.359 --> 00:03:49.996 So I am gonna just go up one at a time 111 00:03:50.797 --> 00:03:52.131 and just for s**ts and gigs, 112 00:03:52.131 --> 00:03:54.567 I'm gonna add a voltage offset as well too. 113 00:03:54.567 --> 00:03:56.836 Now, for some reason, it gives an unknown error here, 114 00:03:56.836 --> 00:03:59.539 but I can assure you the overclock does apply. 115 00:03:59.539 --> 00:04:00.840 And starting. 116 00:04:00.840 --> 00:04:04.444 Okay, so the first one here, it went up two points. 117 00:04:04.444 --> 00:04:06.246 I think we can do some more. 118 00:04:06.246 --> 00:04:08.548 So let's bump you up to 48. 119 00:04:08.548 --> 00:04:09.382 Apply. 120 00:04:10.617 --> 00:04:11.851 Okay. 121 00:04:11.851 --> 00:04:12.719 Benchmark. 122 00:04:14.721 --> 00:04:17.490 All right, so it seems the 48 is corresponding 123 00:04:17.490 --> 00:04:19.525 with the gigahertz, so 48, 4.8. 124 00:04:19.892 --> 00:04:20.760 So every time it goes up one, 125 00:04:20.760 --> 00:04:22.528 it's gonna go up 0.1 of a gigahertz. 126 00:04:22.528 --> 00:04:25.632 Okay, so we managed to squeak it up to 4.9 gigahertz 127 00:04:25.632 --> 00:04:28.334 and it's reached a score of 5165, 128 00:04:28.334 --> 00:04:30.036 which is actually pretty considerable jump 129 00:04:30.036 --> 00:04:32.171 for how little I went up. 130 00:04:32.171 --> 00:04:34.941 So now I am gonna try and go a little bit further. 131 00:04:34.941 --> 00:04:36.309 I don't think we're gonna get much out of it 132 00:04:36.309 --> 00:04:38.111 because it crashed on five gigahertz before, 133 00:04:38.111 --> 00:04:40.413 but we'll see if we can get a five gigahertz overclock. 134 00:04:40.413 --> 00:04:41.281 There it is. 135 00:04:41.281 --> 00:04:42.081 She crashed. 136 00:04:43.650 --> 00:04:45.952 All right, and as I thought, five gigahertz. 137 00:04:45.952 --> 00:04:46.786 Doesn't like that. 138 00:04:46.786 --> 00:04:48.254 So it looks like on this particular chip 139 00:04:48.288 --> 00:04:50.323 with the minimal amount of tuning I did, 140 00:04:50.323 --> 00:04:51.491 not getting too far into this 141 00:04:51.491 --> 00:04:53.526 because I don't entirely know what I'm doing, 142 00:04:53.526 --> 00:04:56.929 but we managed to get it to 4.9 gigahertz and it was stable. 143 00:04:56.929 --> 00:04:58.898 So I think I'm gonna keep it there for the rest of the month 144 00:04:58.898 --> 00:04:59.932 and see how she holds up. 145 00:04:59.932 --> 00:05:00.733 Sammy: Hi, Justin. 146 00:05:00.733 --> 00:05:01.801 Justin: Hello, Sammy. 147 00:05:01.801 --> 00:05:04.237 Sammy: This is not the final day. 148 00:05:04.237 --> 00:05:05.204 It's been a while. 149 00:05:05.204 --> 00:05:08.207 Justin: Yes, I've been out for a little bit. 150 00:05:08.207 --> 00:05:11.678 Unfortunately had a small incident getting a concussion. 151 00:05:11.678 --> 00:05:13.913 So yeah, the 180-day challenge 152 00:05:13.913 --> 00:05:16.049 turned to 190-day challenge instead. 153 00:05:16.049 --> 00:05:17.216 Still standing though. 154 00:05:17.216 --> 00:05:18.384 We officially made it. 155 00:05:18.384 --> 00:05:19.218 It's good. 156 00:05:19.218 --> 00:05:20.053 It lived. 157 00:05:20.053 --> 00:05:21.621 Sammy: What were your thoughts about it, I guess, first off? 158 00:05:21.621 --> 00:05:24.190 Justin: I mean, overall thoughts are, I'm impressed. 159 00:05:24.190 --> 00:05:25.958 I am seriously amazed it held together. 160 00:05:25.958 --> 00:05:27.293 I didn't think it was going to. 161 00:05:27.293 --> 00:05:28.528 Sammy: Really? 162 00:05:28.528 --> 00:05:30.830 Justin: I think the biggest saving factor 163 00:05:30.830 --> 00:05:33.466 is the fact I'm not in direct sunlight in here. 164 00:05:34.434 --> 00:05:36.869 If I was in UV light and direct sunlight, 165 00:05:36.869 --> 00:05:39.772 I think those tubes would have failed a long time ago. 166 00:05:39.772 --> 00:05:40.606 Sammy: Really? 167 00:05:40.606 --> 00:05:41.441 Justin: Oh yeah, a hundred percent. 168 00:05:41.441 --> 00:05:42.108 Sammy: So then if you put it in the sun 169 00:05:42.108 --> 00:05:43.476 how long do you think it would have lasted? 170 00:05:43.476 --> 00:05:45.378 Justin: Oh, a couple of months, if that, maybe. 171 00:05:45.378 --> 00:05:46.979 Sammy: Would you personally use this? 172 00:05:47.613 --> 00:05:48.848 Justin: I was actually considering doing it for my build 173 00:05:48.848 --> 00:05:49.949 and I still am. 174 00:05:49.949 --> 00:05:52.151 I put soft tubes in my computer for the time being 175 00:05:52.151 --> 00:05:53.820 while I really think hard about this 176 00:05:53.820 --> 00:05:54.987 if this is something I want to do, 177 00:05:54.987 --> 00:05:57.890 but I'm seriously considering doing it myself. 178 00:05:57.890 --> 00:06:01.094 Sammy: Like, even though it's fun, would you recommend it? 179 00:06:01.094 --> 00:06:02.161 Justin: It's a tough one to recommend. 180 00:06:02.161 --> 00:06:03.229 If you like to tinker 181 00:06:03.229 --> 00:06:04.931 and you like to play around with your computer 182 00:06:04.931 --> 00:06:06.332 and you don't particularly care 183 00:06:06.332 --> 00:06:08.534 if your hardware may or may not die, 184 00:06:08.534 --> 00:06:10.036 sure, absolutely go for it. 185 00:06:10.069 --> 00:06:11.671 It's fun, it's a cool experience. 186 00:06:11.671 --> 00:06:14.574 And I mean, if you have to do maintenance 187 00:06:14.574 --> 00:06:15.775 and stuff like that, it's easy. 188 00:06:15.775 --> 00:06:19.011 And if a tube ever does break, you just hit print. 189 00:06:19.011 --> 00:06:21.848 Sammy: Did you, like- so what happened with the overclocking? 190 00:06:22.749 --> 00:06:24.550 Justin: The computer ran fine. 191 00:06:24.550 --> 00:06:26.018 It's been overclocked pretty much this entire time 192 00:06:26.018 --> 00:06:27.253 since we last saw it. 193 00:06:27.253 --> 00:06:29.856 Sammy: So you haven't had one issue? 194 00:06:29.856 --> 00:06:30.990 Justin: No, no problems at all. 195 00:06:30.990 --> 00:06:33.159 I, again, I am completely surprised 196 00:06:33.159 --> 00:06:34.694 that it's able to hold up to all this, 197 00:06:34.694 --> 00:06:36.863 especially considering how small the radiator is, so. 198 00:06:36.896 --> 00:06:41.167 Sammy: Well, Justin, there was a clip you did, month one. 199 00:06:41.167 --> 00:06:45.071 Justin: So I have a little secret to tell all y'all. 200 00:06:45.071 --> 00:06:46.672 Justin: Hello, Floatplane, six months from now. 201 00:06:46.672 --> 00:06:49.509 So funny little secret about the build right now. 202 00:06:49.509 --> 00:06:51.878 So this little spot right here on this tube, 203 00:06:51.878 --> 00:06:53.312 and it actually snapped in half 204 00:06:53.312 --> 00:06:54.580 and I glued it back together. 205 00:06:54.580 --> 00:06:57.517 So we're gonna see if it actually holds for the six months. 206 00:06:57.517 --> 00:06:59.051 Good luck. 207 00:06:59.051 --> 00:07:00.686 The tube's broken, I glued them. 208 00:07:01.888 --> 00:07:03.723 Despite everyone in the comments telling me 209 00:07:03.723 --> 00:07:05.158 that the superglue would not hold 210 00:07:05.158 --> 00:07:08.594 with water running through those tubes, it lived. 211 00:07:11.030 --> 00:07:13.433 Sammy: All right, and I also heard there were bets. 212 00:07:13.433 --> 00:07:15.701 Justin: Yes, you will have to talk to Jamie about that one. 213 00:07:15.701 --> 00:07:19.005 Sammy: Hi, Jamie, I heard there's news. 214 00:07:19.005 --> 00:07:19.806 Jamie: Is there news? 215 00:07:19.806 --> 00:07:21.874 Sammy: Yes, I heard that you bet on the computer. 216 00:07:21.874 --> 00:07:24.944 Jamie: We all bet on when the computer would fail. 217 00:07:24.944 --> 00:07:26.712 I said it would fail in September. 218 00:07:27.547 --> 00:07:28.881 I was wrong. 219 00:07:28.881 --> 00:07:29.949 I remain wrong. 220 00:07:29.949 --> 00:07:32.351 I think I put five on it. 221 00:07:32.351 --> 00:07:33.186 Sammy: Five dollars? 222 00:07:33.186 --> 00:07:33.986 Jamie: Five bucks. 223 00:07:33.986 --> 00:07:36.155 Sammy: What did Alex, Reese, and Brad put? 224 00:07:36.155 --> 00:07:36.989 Jamie: We were all wrong. 225 00:07:36.989 --> 00:07:38.324 Anyway, the thing didn't fail. 226 00:07:38.324 --> 00:07:39.826 I think someone said it would fail in August 227 00:07:39.826 --> 00:07:41.694 or something like that. 228 00:07:41.694 --> 00:07:43.029 We didn't have any faith. 229 00:07:44.297 --> 00:07:46.799 Sammy: All right, so overall success? 230 00:07:46.799 --> 00:07:49.302 Justin: Yes, I would say overall it's a success. 231 00:07:49.302 --> 00:07:51.304 And I have no doubt that it would keep going 232 00:07:51.304 --> 00:07:52.138 for the rest of the year, 233 00:07:52.138 --> 00:07:54.240 coming up to a one year anniversary on this thing. 234 00:07:54.240 --> 00:07:55.741 And that is the end of the journey. 235 00:07:55.741 --> 00:07:57.443 Thank you guys all so much for watching. 236 00:07:57.443 --> 00:07:58.644 It's been a long six months, 237 00:07:58.644 --> 00:08:00.813 but yeah, overall great success. 238 00:08:00.813 --> 00:08:02.882 And if you guys happen to try something out like this, 239 00:08:02.882 --> 00:08:03.749 please send it to us. 240 00:08:03.749 --> 00:08:04.984 We would love to see it. 241 00:08:04.984 --> 00:08:05.818 Sammy: And leave a like. 242 00:08:05.818 --> 00:08:06.619 Justin: And leave a like.","speaker":null,"is_sponsor":0}],"full_text":"Sammy: What are we doing Justin? 2 00:00:01.368 --> 00:00:03.236 Justin: All right, so in the last video 3 00:00:03.236 --> 00:00:05.772 when we did the 3D printed hardline cooling, 4 00:00:05.772 --> 00:00:07.741 we discussed running this for six months 5 00:00:07.741 --> 00:00:08.775 to see if it was gonna leak. 6 00:00:08.775 --> 00:00:10.844 So I decided what better way 7 00:00:10.844 --> 00:00:12.545 than to daily drive it for six months instead. 8 00:00:13.480 --> 00:00:15.148 Right now we're filling the system with water. 9 00:00:15.148 --> 00:00:17.350 These tubes are untested, so that should also be fun. 10 00:00:17.350 --> 00:00:19.185 Yeah, so it's gonna take a while to bleed the system out 11 00:00:19.185 --> 00:00:20.320 as you can see here. 12 00:00:20.320 --> 00:00:24.257 These bends are not water flow friendly. 13 00:00:24.257 --> 00:00:27.694 So yeah, it's gonna be a little bit here. 14 00:00:27.694 --> 00:00:30.096 All right, so we got it all filled up now. 15 00:00:30.096 --> 00:00:32.332 I did do a quick test post to make sure it was all good. 16 00:00:32.332 --> 00:00:33.166 It does boot back up. 17 00:00:33.166 --> 00:00:35.702 However, I did spill quite a bit onto the motherboard. 18 00:00:35.702 --> 00:00:36.970 So I'm gonna let it dry overnight 19 00:00:36.970 --> 00:00:39.539 before I actually do some real work on it. 20 00:00:39.539 --> 00:00:40.340 Sammy: Day one. 21 00:00:40.340 --> 00:00:41.174 Justin: Day one. 22 00:00:44.477 --> 00:00:45.311 Month three. 23 00:00:45.311 --> 00:00:46.179 Month three. 24 00:00:46.179 --> 00:00:48.381 Three months and it is still alive. 25 00:00:49.382 --> 00:00:52.552 So what I've done is so that you all can see it better. 26 00:00:52.552 --> 00:00:54.354 I have now rotated onto its side, 27 00:00:54.354 --> 00:00:55.722 3D printed some little feet 28 00:00:55.722 --> 00:00:57.223 so that way you can still get some air flow 29 00:00:57.223 --> 00:00:58.691 sucked into the bottom. 30 00:00:58.691 --> 00:01:01.294 And yeah, no, everything's been going good. 31 00:01:01.294 --> 00:01:03.863 Temps are still running nice and stable. 32 00:01:03.863 --> 00:01:05.899 I've had hardware info open all day 33 00:01:05.899 --> 00:01:08.835 and we hit a peak of 57 degrees on the CPU 34 00:01:08.835 --> 00:01:13.039 and a peak of 34 on the GPU, 35 00:01:13.039 --> 00:01:15.175 even doing 3D intensive workloads. 36 00:01:15.175 --> 00:01:17.677 So yeah, the system's holding up great. 37 00:01:17.677 --> 00:01:20.146 Sammy: Were there any challenges about putting it on the side? 38 00:01:20.146 --> 00:01:23.216 Justin: Yeah, the pump wasn't very happy for the first little bit. 39 00:01:23.216 --> 00:01:25.819 When I first turned the system back on after flipping it, 40 00:01:26.419 --> 00:01:27.720 the pump actually air locked 41 00:01:27.720 --> 00:01:29.055 and wasn't pushing any water, 42 00:01:29.055 --> 00:01:30.890 overheated and shut itself off. 43 00:01:30.890 --> 00:01:32.792 So that was fun. 44 00:01:32.792 --> 00:01:33.793 But after a quick reboot 45 00:01:33.793 --> 00:01:35.328 and cycling the pump a couple of times, 46 00:01:35.328 --> 00:01:37.497 it started flowing and everything appears to be okay now. 47 00:01:37.497 --> 00:01:39.699 Either that pump is gonna get really, really unhappy 48 00:01:39.699 --> 00:01:41.935 or it's gonna continue to go like it has been. 49 00:01:41.935 --> 00:01:42.769 Don't know yet. 50 00:01:43.703 --> 00:01:45.939 We are on month five? 51 00:01:45.939 --> 00:01:46.840 Sammy: I think five. 52 00:01:46.840 --> 00:01:48.141 Justin: Yeah, month five. 53 00:01:48.141 --> 00:01:49.109 What we're gonna do today 54 00:01:49.109 --> 00:01:50.577 is we're gonna start overclocking stuff 55 00:01:50.577 --> 00:01:52.178 because it's been running too smoothly 56 00:01:52.178 --> 00:01:53.279 and we gotta change that. 57 00:01:53.313 --> 00:01:56.116 So we're gonna start with overclocking the GPU. 58 00:01:56.116 --> 00:01:57.817 So right now the core clocks 59 00:01:57.817 --> 00:02:00.153 are sitting at almost 2,600 megahertz 60 00:02:00.153 --> 00:02:03.223 and memory is sitting at about 1400 megahertz. 61 00:02:03.223 --> 00:02:04.224 Lets fire up Afterburner 62 00:02:04.224 --> 00:02:06.493 and see how we can actually get this to go. 63 00:02:06.493 --> 00:02:08.428 Start off with this here. 64 00:02:08.428 --> 00:02:10.864 So we'll do 250 megahertz on the clock 65 00:02:10.864 --> 00:02:13.633 and then 210 on the memory. 66 00:02:13.633 --> 00:02:15.435 Okay, so that is active now. 67 00:02:15.435 --> 00:02:18.538 And let's take a look and see if it's running stable. 68 00:02:18.538 --> 00:02:21.107 See here, we're bumped up to almost 2,800 megahertz, 69 00:02:21.107 --> 00:02:22.775 a little bit above in some cases. 70 00:02:23.276 --> 00:02:26.279 Just a bit over 1400 megahertz on the memory. 71 00:02:26.279 --> 00:02:27.113 Sammy: What are your predictions? 72 00:02:27.113 --> 00:02:28.681 Do you think it's gonna go well? 73 00:02:30.550 --> 00:02:31.417 Justin: TBD. 74 00:02:32.685 --> 00:02:34.988 I did notice that once this thing starts to heat up 75 00:02:34.988 --> 00:02:37.957 that the main reservoir kind of expands a little bit. 76 00:02:37.957 --> 00:02:40.193 So we'll see what it does 77 00:02:40.193 --> 00:02:42.795 if it'll hold the pressure or not. 78 00:02:42.795 --> 00:02:47.200 Well, I hope for your workflow, it does not blow up. 79 00:02:47.200 --> 00:02:48.401 But hope for content. 80 00:02:48.401 --> 00:02:50.103 For content, we hope it blows up. 81 00:02:51.070 --> 00:02:51.938 Hello. 82 00:02:51.938 --> 00:02:54.240 All right, so we're here on our last month 83 00:02:54.240 --> 00:02:57.010 of running the 3D printed water cooling computer. 84 00:02:57.010 --> 00:02:57.844 We're still bored. 85 00:02:57.844 --> 00:02:58.912 It's running too well. 86 00:02:58.912 --> 00:03:00.813 It just works. 87 00:03:00.813 --> 00:03:02.849 So now we're really gonna try and break it. 88 00:03:02.849 --> 00:03:04.484 Last month, we overclocked the GPU, 89 00:03:04.484 --> 00:03:06.286 which has been running stable. 90 00:03:06.286 --> 00:03:07.921 Haven't had any problems. 91 00:03:07.921 --> 00:03:10.323 So now we're gonna try and overclock the CPU. 92 00:03:10.323 --> 00:03:13.960 Seems how it's unlocked and why not? 93 00:03:13.960 --> 00:03:16.129 So currently with its current settings, 94 00:03:16.129 --> 00:03:17.363 I haven't changed anything yet. 95 00:03:17.363 --> 00:03:20.033 It, in the Intel Extreme Tuning Utility, 96 00:03:20.867 --> 00:03:23.369 it ran a 4960 for the points. 97 00:03:23.369 --> 00:03:25.572 So let's just start cranking things up 98 00:03:25.572 --> 00:03:26.973 and see what happens. 99 00:03:26.973 --> 00:03:27.907 Hit apply. 100 00:03:29.108 --> 00:03:30.410 Uh oh. 101 00:03:30.410 --> 00:03:32.145 I haven't used this utility before. 102 00:03:32.145 --> 00:03:33.213 I'm trying. 103 00:03:33.213 --> 00:03:34.447 It shut off. 104 00:03:34.447 --> 00:03:35.782 We gotta try again. 105 00:03:35.782 --> 00:03:37.550 Turns out five gigahertz is too much. 106 00:03:37.550 --> 00:03:40.186 Man, the water in that system is looking. 107 00:03:40.186 --> 00:03:41.955 About to happen with resin printed tubes. 108 00:03:41.955 --> 00:03:44.023 I don't think they were perfectly clean when I put them in. 109 00:03:44.023 --> 00:03:46.359 I had it set to 50 and that was too high. 110 00:03:46.359 --> 00:03:49.996 So I am gonna just go up one at a time 111 00:03:50.797 --> 00:03:52.131 and just for s**ts and gigs, 112 00:03:52.131 --> 00:03:54.567 I'm gonna add a voltage offset as well too. 113 00:03:54.567 --> 00:03:56.836 Now, for some reason, it gives an unknown error here, 114 00:03:56.836 --> 00:03:59.539 but I can assure you the overclock does apply. 115 00:03:59.539 --> 00:04:00.840 And starting. 116 00:04:00.840 --> 00:04:04.444 Okay, so the first one here, it went up two points. 117 00:04:04.444 --> 00:04:06.246 I think we can do some more. 118 00:04:06.246 --> 00:04:08.548 So let's bump you up to 48. 119 00:04:08.548 --> 00:04:09.382 Apply. 120 00:04:10.617 --> 00:04:11.851 Okay. 121 00:04:11.851 --> 00:04:12.719 Benchmark. 122 00:04:14.721 --> 00:04:17.490 All right, so it seems the 48 is corresponding 123 00:04:17.490 --> 00:04:19.525 with the gigahertz, so 48, 4.8. 124 00:04:19.892 --> 00:04:20.760 So every time it goes up one, 125 00:04:20.760 --> 00:04:22.528 it's gonna go up 0.1 of a gigahertz. 126 00:04:22.528 --> 00:04:25.632 Okay, so we managed to squeak it up to 4.9 gigahertz 127 00:04:25.632 --> 00:04:28.334 and it's reached a score of 5165, 128 00:04:28.334 --> 00:04:30.036 which is actually pretty considerable jump 129 00:04:30.036 --> 00:04:32.171 for how little I went up. 130 00:04:32.171 --> 00:04:34.941 So now I am gonna try and go a little bit further. 131 00:04:34.941 --> 00:04:36.309 I don't think we're gonna get much out of it 132 00:04:36.309 --> 00:04:38.111 because it crashed on five gigahertz before, 133 00:04:38.111 --> 00:04:40.413 but we'll see if we can get a five gigahertz overclock. 134 00:04:40.413 --> 00:04:41.281 There it is. 135 00:04:41.281 --> 00:04:42.081 She crashed. 136 00:04:43.650 --> 00:04:45.952 All right, and as I thought, five gigahertz. 137 00:04:45.952 --> 00:04:46.786 Doesn't like that. 138 00:04:46.786 --> 00:04:48.254 So it looks like on this particular chip 139 00:04:48.288 --> 00:04:50.323 with the minimal amount of tuning I did, 140 00:04:50.323 --> 00:04:51.491 not getting too far into this 141 00:04:51.491 --> 00:04:53.526 because I don't entirely know what I'm doing, 142 00:04:53.526 --> 00:04:56.929 but we managed to get it to 4.9 gigahertz and it was stable. 143 00:04:56.929 --> 00:04:58.898 So I think I'm gonna keep it there for the rest of the month 144 00:04:58.898 --> 00:04:59.932 and see how she holds up. 145 00:04:59.932 --> 00:05:00.733 Sammy: Hi, Justin. 146 00:05:00.733 --> 00:05:01.801 Justin: Hello, Sammy. 147 00:05:01.801 --> 00:05:04.237 Sammy: This is not the final day. 148 00:05:04.237 --> 00:05:05.204 It's been a while. 149 00:05:05.204 --> 00:05:08.207 Justin: Yes, I've been out for a little bit. 150 00:05:08.207 --> 00:05:11.678 Unfortunately had a small incident getting a concussion. 151 00:05:11.678 --> 00:05:13.913 So yeah, the 180-day challenge 152 00:05:13.913 --> 00:05:16.049 turned to 190-day challenge instead. 153 00:05:16.049 --> 00:05:17.216 Still standing though. 154 00:05:17.216 --> 00:05:18.384 We officially made it. 155 00:05:18.384 --> 00:05:19.218 It's good. 156 00:05:19.218 --> 00:05:20.053 It lived. 157 00:05:20.053 --> 00:05:21.621 Sammy: What were your thoughts about it, I guess, first off? 158 00:05:21.621 --> 00:05:24.190 Justin: I mean, overall thoughts are, I'm impressed. 159 00:05:24.190 --> 00:05:25.958 I am seriously amazed it held together. 160 00:05:25.958 --> 00:05:27.293 I didn't think it was going to. 161 00:05:27.293 --> 00:05:28.528 Sammy: Really? 162 00:05:28.528 --> 00:05:30.830 Justin: I think the biggest saving factor 163 00:05:30.830 --> 00:05:33.466 is the fact I'm not in direct sunlight in here. 164 00:05:34.434 --> 00:05:36.869 If I was in UV light and direct sunlight, 165 00:05:36.869 --> 00:05:39.772 I think those tubes would have failed a long time ago. 166 00:05:39.772 --> 00:05:40.606 Sammy: Really? 167 00:05:40.606 --> 00:05:41.441 Justin: Oh yeah, a hundred percent. 168 00:05:41.441 --> 00:05:42.108 Sammy: So then if you put it in the sun 169 00:05:42.108 --> 00:05:43.476 how long do you think it would have lasted? 170 00:05:43.476 --> 00:05:45.378 Justin: Oh, a couple of months, if that, maybe. 171 00:05:45.378 --> 00:05:46.979 Sammy: Would you personally use this? 172 00:05:47.613 --> 00:05:48.848 Justin: I was actually considering doing it for my build 173 00:05:48.848 --> 00:05:49.949 and I still am. 174 00:05:49.949 --> 00:05:52.151 I put soft tubes in my computer for the time being 175 00:05:52.151 --> 00:05:53.820 while I really think hard about this 176 00:05:53.820 --> 00:05:54.987 if this is something I want to do, 177 00:05:54.987 --> 00:05:57.890 but I'm seriously considering doing it myself. 178 00:05:57.890 --> 00:06:01.094 Sammy: Like, even though it's fun, would you recommend it? 179 00:06:01.094 --> 00:06:02.161 Justin: It's a tough one to recommend. 180 00:06:02.161 --> 00:06:03.229 If you like to tinker 181 00:06:03.229 --> 00:06:04.931 and you like to play around with your computer 182 00:06:04.931 --> 00:06:06.332 and you don't particularly care 183 00:06:06.332 --> 00:06:08.534 if your hardware may or may not die, 184 00:06:08.534 --> 00:06:10.036 sure, absolutely go for it. 185 00:06:10.069 --> 00:06:11.671 It's fun, it's a cool experience. 186 00:06:11.671 --> 00:06:14.574 And I mean, if you have to do maintenance 187 00:06:14.574 --> 00:06:15.775 and stuff like that, it's easy. 188 00:06:15.775 --> 00:06:19.011 And if a tube ever does break, you just hit print. 189 00:06:19.011 --> 00:06:21.848 Sammy: Did you, like- so what happened with the overclocking? 190 00:06:22.749 --> 00:06:24.550 Justin: The computer ran fine. 191 00:06:24.550 --> 00:06:26.018 It's been overclocked pretty much this entire time 192 00:06:26.018 --> 00:06:27.253 since we last saw it. 193 00:06:27.253 --> 00:06:29.856 Sammy: So you haven't had one issue? 194 00:06:29.856 --> 00:06:30.990 Justin: No, no problems at all. 195 00:06:30.990 --> 00:06:33.159 I, again, I am completely surprised 196 00:06:33.159 --> 00:06:34.694 that it's able to hold up to all this, 197 00:06:34.694 --> 00:06:36.863 especially considering how small the radiator is, so. 198 00:06:36.896 --> 00:06:41.167 Sammy: Well, Justin, there was a clip you did, month one. 199 00:06:41.167 --> 00:06:45.071 Justin: So I have a little secret to tell all y'all. 200 00:06:45.071 --> 00:06:46.672 Justin: Hello, Floatplane, six months from now. 201 00:06:46.672 --> 00:06:49.509 So funny little secret about the build right now. 202 00:06:49.509 --> 00:06:51.878 So this little spot right here on this tube, 203 00:06:51.878 --> 00:06:53.312 and it actually snapped in half 204 00:06:53.312 --> 00:06:54.580 and I glued it back together. 205 00:06:54.580 --> 00:06:57.517 So we're gonna see if it actually holds for the six months. 206 00:06:57.517 --> 00:06:59.051 Good luck. 207 00:06:59.051 --> 00:07:00.686 The tube's broken, I glued them. 208 00:07:01.888 --> 00:07:03.723 Despite everyone in the comments telling me 209 00:07:03.723 --> 00:07:05.158 that the superglue would not hold 210 00:07:05.158 --> 00:07:08.594 with water running through those tubes, it lived. 211 00:07:11.030 --> 00:07:13.433 Sammy: All right, and I also heard there were bets. 212 00:07:13.433 --> 00:07:15.701 Justin: Yes, you will have to talk to Jamie about that one. 213 00:07:15.701 --> 00:07:19.005 Sammy: Hi, Jamie, I heard there's news. 214 00:07:19.005 --> 00:07:19.806 Jamie: Is there news? 215 00:07:19.806 --> 00:07:21.874 Sammy: Yes, I heard that you bet on the computer. 216 00:07:21.874 --> 00:07:24.944 Jamie: We all bet on when the computer would fail. 217 00:07:24.944 --> 00:07:26.712 I said it would fail in September. 218 00:07:27.547 --> 00:07:28.881 I was wrong. 219 00:07:28.881 --> 00:07:29.949 I remain wrong. 220 00:07:29.949 --> 00:07:32.351 I think I put five on it. 221 00:07:32.351 --> 00:07:33.186 Sammy: Five dollars? 222 00:07:33.186 --> 00:07:33.986 Jamie: Five bucks. 223 00:07:33.986 --> 00:07:36.155 Sammy: What did Alex, Reese, and Brad put? 224 00:07:36.155 --> 00:07:36.989 Jamie: We were all wrong. 225 00:07:36.989 --> 00:07:38.324 Anyway, the thing didn't fail. 226 00:07:38.324 --> 00:07:39.826 I think someone said it would fail in August 227 00:07:39.826 --> 00:07:41.694 or something like that. 228 00:07:41.694 --> 00:07:43.029 We didn't have any faith. 229 00:07:44.297 --> 00:07:46.799 Sammy: All right, so overall success? 230 00:07:46.799 --> 00:07:49.302 Justin: Yes, I would say overall it's a success. 231 00:07:49.302 --> 00:07:51.304 And I have no doubt that it would keep going 232 00:07:51.304 --> 00:07:52.138 for the rest of the year, 233 00:07:52.138 --> 00:07:54.240 coming up to a one year anniversary on this thing. 234 00:07:54.240 --> 00:07:55.741 And that is the end of the journey. 235 00:07:55.741 --> 00:07:57.443 Thank you guys all so much for watching. 236 00:07:57.443 --> 00:07:58.644 It's been a long six months, 237 00:07:58.644 --> 00:08:00.813 but yeah, overall great success. 238 00:08:00.813 --> 00:08:02.882 And if you guys happen to try something out like this, 239 00:08:02.882 --> 00:08:03.749 please send it to us. 240 00:08:03.749 --> 00:08:04.984 We would love to see it. 241 00:08:04.984 --> 00:08:05.818 Sammy: And leave a like. 242 00:08:05.818 --> 00:08:06.619 Justin: And leave a like."}