WEBVTT 00:00:00.000 --> 00:00:04.440 OLED 2K resolution, ultra wide and curved. 00:00:04.440 --> 00:00:08.280 These are all specs that are better than my personal gaming water and probably yours too. 00:00:08.280 --> 00:00:13.080 So of course today, we're talking about an AIO, wait, what? 00:00:13.080 --> 00:00:17.320 Yes, this right here is the Trikes Panorama 360 ARGB 00:00:17.320 --> 00:00:22.320 and it has a curved AMOLED display on it that apparently looks frickin' incredible. 00:00:22.320 --> 00:00:25.440 Why you would want that? We don't know. 00:00:25.440 --> 00:00:29.480 I genuinely have no idea, but let's have a look at it. 00:00:29.520 --> 00:00:33.000 It looks like an NVIDIA box for their RTX cards. 00:00:33.000 --> 00:00:36.480 Very nice. Oh, also, six year warranty. 00:00:36.480 --> 00:00:40.480 I do like that quite a bit. Getting in here though, of course, 00:00:40.480 --> 00:00:43.520 the first thing that you see is the display right here. 00:00:43.520 --> 00:00:47.620 Unfolding imagination. Ooh, they're even proud of their box design. 00:00:49.440 --> 00:00:54.320 Okay, besides the contrast and color of this being a bit hard on the eyes, 00:00:54.320 --> 00:00:58.360 this does look like a really well thought out little user manual here. 00:00:58.360 --> 00:01:03.560 AIOs are one of the only things where I would strongly recommend reading the instructions 00:01:03.560 --> 00:01:08.000 because you can get really screwed up if you do something like missing a washer 00:01:08.000 --> 00:01:12.120 in a spot that it's supposed to be or trying to put in the wrong screws into your motherboard. 00:01:12.120 --> 00:01:15.240 It can cause loads of issues and maybe you'll find out halfway through 00:01:15.240 --> 00:01:19.360 that you need to undo everything that you just did and redo it all again 00:01:19.360 --> 00:01:23.280 because you screwed up a little tiny way. This looks pretty easy though. 00:01:23.280 --> 00:01:27.880 We have platform support for Intel 1150X up to 1700, 00:01:27.920 --> 00:01:33.200 but not for HEDT platforms and also of course, AM4 and AM5. 00:01:33.200 --> 00:01:37.960 Let's put this guy over to the side for a second. Just have a little look at what we have here. 00:01:37.960 --> 00:01:42.440 There's all of our stuff in nice little bags. It looks like we have a little controller. 00:01:42.440 --> 00:01:46.240 What is this for? RGB? Yep, very simple, just RGB. 00:01:46.240 --> 00:01:51.540 It does look like we have a motherboard sync which I like to see, which means that you can have your fans go RGB 00:01:51.540 --> 00:01:55.560 without using their software. Although I imagine you very much need their software 00:01:55.560 --> 00:02:00.000 to use the screen. We have some Alpha 01 thermal grease. 00:02:00.000 --> 00:02:04.200 I have no clue if this is good stuff, but we will find out soon enough. 00:02:04.200 --> 00:02:07.360 And of course, all of our mounting supplies right here. 00:02:07.360 --> 00:02:11.000 Now to verify that our trikes cooler is actually pretty decent, 00:02:11.000 --> 00:02:14.040 we have set up a very simple test. We have our ShortCircuit computer here 00:02:14.040 --> 00:02:17.880 which has a 360 AIO as well. This one is from Cooler Master 00:02:17.880 --> 00:02:22.000 and we have just run Cinebench as well as screen recorded for 30 minutes, 00:02:22.000 --> 00:02:25.460 logged the data and we will just be testing it out right here. 00:02:25.500 --> 00:02:28.820 So here is our baseline. How easy do you think this cooler 00:02:28.820 --> 00:02:32.900 is going to be to get out of this bell? Looking at it, this is like kind of a small case. 00:02:34.100 --> 00:02:37.100 The ease of this job has clearly not been considered at all. 00:02:41.420 --> 00:02:44.540 Doing a speed uninstall. My apologies to main gear. 00:02:44.540 --> 00:02:48.020 This right here is an absolutely beautifully cable managed system 00:02:48.020 --> 00:02:55.660 and I'm going to have to ruin most of it. I really appreciate that the tape 00:02:55.660 --> 00:03:00.500 to all of these little RGB connections. These things are horrible for just coming apart 00:03:00.500 --> 00:03:04.780 like look at how easy that was. And so taping them or hot gluing them 00:03:04.780 --> 00:03:08.140 makes this a way more reliable system. Good job guys. 00:03:08.140 --> 00:03:12.100 Okay, it took a lot of doing because there was a lot of cable management 00:03:12.100 --> 00:03:15.100 but I think, yep, we are free. 00:03:15.100 --> 00:03:18.700 There we go. We've got this Cooler Master 360 AIO 00:03:18.700 --> 00:03:21.820 that is now out and we can install our silly one. 00:03:21.820 --> 00:03:27.860 Let's just verify that this fits right quick. This cooler is pretty standard sized 00:03:27.860 --> 00:03:31.260 but it is ever so slightly larger than normal. 00:03:31.260 --> 00:03:35.700 Most radiators are 27, 28 millimeters thick. 00:03:35.700 --> 00:03:39.980 This one right here comes in at 30 so you get a tiny bit more performance 00:03:39.980 --> 00:03:44.420 and it does still fit in a normal radiator position which is great because we did not pre-check it. 00:03:44.420 --> 00:03:51.020 With the Trex Panorama you have two options of fans not RGB or RGB which is about an extra $10 00:03:51.020 --> 00:03:55.140 although I think you might wanna consider not getting those fans. 00:03:55.140 --> 00:04:00.740 The problem is that the standard fans have a static pressure of 3.66 millimeters of water 00:04:00.740 --> 00:04:07.700 which is pretty standard, that is what you expect whereas these RGB ones have 1.8 millimeters of water 00:04:07.700 --> 00:04:12.140 which is pretty terrible when you are trying to push a whole bunch of static pressure 00:04:12.140 --> 00:04:15.700 through a radiator. It's probably going to be fine 00:04:15.700 --> 00:04:19.100 but that said this is an extremely premium cooler 00:04:19.100 --> 00:04:22.180 and I really wish that they had just put some better fans on there 00:04:22.180 --> 00:04:26.300 because that is going to hold back performance if you want to just go all out. 00:04:26.300 --> 00:04:30.980 Main gear were nice enough to include a cutout at the back of this case so this will be super easy. 00:04:30.980 --> 00:04:33.980 We're just going to put the little backing plate in there 00:04:33.980 --> 00:04:38.740 and then we can screw in our little standoffs. To mount the cooler I need to pull off the screen 00:04:38.740 --> 00:04:42.580 just like so under which we have a nice little fan. 00:04:42.580 --> 00:04:45.980 This right here is presumably to cool down our VRMs. 00:04:45.980 --> 00:04:50.700 Like to see that and also underneath it we have a pump that is made by Asatec 00:04:50.700 --> 00:04:54.580 which means it's actually going to be quite a high quality unit. 00:04:54.580 --> 00:04:58.980 Looking at this screen it is quite large and we can have a little look at the driver's circuits 00:04:58.980 --> 00:05:02.020 right in there, very fun. One thing that is nice about these fans 00:05:02.020 --> 00:05:05.180 is that the RGB and the fan power are combined 00:05:05.180 --> 00:05:09.220 so you can just daisy chain them together. You don't have a whole bunch of wires coming out of it. 00:05:09.220 --> 00:05:13.260 One thing that's not so nice is that it goes into this single proprietary cable 00:05:13.260 --> 00:05:17.500 which means that if you lose this you are screwed. On the bottom of our cold plate 00:05:17.500 --> 00:05:23.620 there is pre-applied thermal paste which is very nice. That other tube was just if you want to apply it again 00:05:23.620 --> 00:05:26.620 but one thing that I've realized that's a little bit unfortunate 00:05:26.620 --> 00:05:30.940 is that your tubes need to be at the bottom of the AIO. 00:05:30.940 --> 00:05:37.260 If you look at it, this right here goes on such that it is like that 00:05:37.260 --> 00:05:41.220 and you definitely want to have this great big bit 00:05:41.220 --> 00:05:45.260 showing the front and the side of the screen at all times 00:05:45.260 --> 00:05:49.700 instead of it being like that. I want the tubes to go up and around 00:05:49.700 --> 00:05:53.060 but I do not want a screen to just be facing the GPU. 00:05:53.060 --> 00:05:59.060 So instead we're going to have to do a kind of weird like they're going to have to come across here out in front. 00:05:59.060 --> 00:06:05.340 It's very clear that they only thought to have this up in the top because it's going to be pretty strange looking 00:06:05.340 --> 00:06:07.340 out that we have a radiator in the front. 00:06:09.180 --> 00:06:14.260 Man, I really wish I could put them somewhere else. Ah, can you go around? 00:06:14.260 --> 00:06:19.940 Maybe it's salvageable, we'll shall see. Can I get this guy on with the tubes over there? 00:06:19.940 --> 00:06:23.500 Oh, go on, get on there. 00:06:23.500 --> 00:06:29.060 I don't think that's going to happen. Go over there, does it just slide on now? 00:06:29.060 --> 00:06:32.900 Yep, sure does. I can't do anything with those. 00:06:32.900 --> 00:06:37.460 Well, it is what it is. All right, I think we are all good. 00:06:37.460 --> 00:06:40.620 Time to turn it on and see if it has all worked. 00:06:42.500 --> 00:06:45.900 RGB on the fans, working perfectly. Those are all good. 00:06:45.900 --> 00:06:50.140 I hear it pumping so that, oh, there we go. 00:06:50.140 --> 00:06:54.660 Look at that, what a silly thing. 00:06:56.900 --> 00:06:58.300 Android system update. 00:07:00.140 --> 00:07:03.180 There we go, tubes are out of the way. 00:07:03.180 --> 00:07:06.820 The system is up to date. When it was updating, we briefly saw 00:07:06.820 --> 00:07:11.460 that this is running Android for some reason. So I guess that you could get hacked 00:07:11.460 --> 00:07:14.460 through the display on your AIO. 00:07:14.460 --> 00:07:17.460 But that's not something that I'm personally going to be too concerned about 00:07:17.460 --> 00:07:21.820 because it looks pretty fricking cool in there. 00:07:21.820 --> 00:07:25.300 Let's have a little play. What can we put on here? 00:07:25.300 --> 00:07:27.060 Migration, what is this? 00:07:29.180 --> 00:07:34.620 Oh, very cool. You know what, at full brightness, this thing actually looks pretty darn good. 00:07:34.620 --> 00:07:36.420 Let's do a peel here. 00:07:37.780 --> 00:07:41.740 Oh, yeah, that was satisfying. 00:07:41.740 --> 00:07:46.140 Now they do say that it can do a 3D effect where it is actually using that, 00:07:46.140 --> 00:07:49.140 this corner is physically closer to you than the edges 00:07:49.140 --> 00:07:53.260 and it kind of expands stuff around here. I don't know how convincing that is, 00:07:53.260 --> 00:07:57.220 but it is a thing that they say. Another thing, this is a 60 Hertz display. 00:07:57.220 --> 00:08:02.580 So it's actually really nice and smooth. A lot of little AIO screens that I've seen before 00:08:02.580 --> 00:08:07.060 will have lower fresh rates and they just cannot deliver what this has. 00:08:07.060 --> 00:08:11.540 That is a good little display. Spend some time playing around with the stuff 00:08:11.540 --> 00:08:15.220 so you can have your system info displayed right here. 00:08:15.220 --> 00:08:18.940 So we have our CPU temp, frequency and the date and time. 00:08:18.940 --> 00:08:22.340 And also as you can see, you can upload custom images 00:08:22.340 --> 00:08:28.660 like this beauty right here. You also can split it so we can have two of him on here. 00:08:28.700 --> 00:08:33.260 Let's see how this goes. Ha ha, perfect. 00:08:33.260 --> 00:08:37.660 What a beautiful thing. I am so glad that technology has brought us this. 00:08:37.660 --> 00:08:40.140 Oh, I can have a whole bunch of info on here. 00:08:44.820 --> 00:08:45.660 Wow. 00:08:48.580 --> 00:08:52.940 So yeah, this is a thing that you can do. 00:08:52.940 --> 00:08:56.020 One thing that programs like this can be awful for 00:08:56.020 --> 00:09:01.380 is just using up a whole bunch of your CPU resources even though they're just doing something stupid 00:09:01.380 --> 00:09:05.380 like putting Linus's face on a screen. For the most part, it's been doing pretty good 00:09:05.380 --> 00:09:08.820 but now that I am doing file processing of a video, 00:09:08.820 --> 00:09:13.060 it's using up a fair bit of the CPU so hopefully running videos on this 00:09:13.060 --> 00:09:16.500 will not be too taxing. Damn, all right. 00:09:16.500 --> 00:09:21.220 I put our GR Corolla video on it and I guess that you can just run that. 00:09:21.220 --> 00:09:26.940 And one thing that is fortunate is that it's only using like 1% CPU usage 00:09:26.940 --> 00:09:30.660 while we are playing an actual video on it which is not too bad. 00:09:30.660 --> 00:09:34.300 I have seen much worse from our GB software before. 00:09:34.300 --> 00:09:38.140 All right, I think we are good to find out if this thing is any good. 00:09:38.140 --> 00:09:42.140 I do have to say, I really like the display bit of it 00:09:42.140 --> 00:09:46.140 but of course, if your CPU runs hot, then who cares? 00:09:46.140 --> 00:09:49.700 I do have it set up so that it's connected to the same ports on the motherboard 00:09:49.700 --> 00:09:54.340 as the other cooler was. So it should be a pretty good apples to apples test. 00:09:54.340 --> 00:09:59.780 So far, so good. We're looking at 75 degrees Celsius on the CPU 00:09:59.780 --> 00:10:04.420 and we are also looking at me showing off a Toyota Corolla GR. 00:10:04.420 --> 00:10:09.300 So, wow, what other cooler can do that? 00:10:09.300 --> 00:10:14.660 All right, all right. The screen cooler is doing a pretty darn good job. 00:10:14.660 --> 00:10:19.500 If we look at it here, in the red is the previous cooler master cooler 00:10:19.500 --> 00:10:23.260 and in the green, we have our trikes OLED cooler. 00:10:23.260 --> 00:10:30.920 If we look at this here, for the most part, it seems like that this is around like 73, 75 degrees. 00:10:31.280 --> 00:10:38.200 Whereas the cooler master was sitting much more around like 76 to 80 degrees. 00:10:38.200 --> 00:10:43.680 You can very easily tell there's like a three to five degree difference all the way through here. 00:10:43.680 --> 00:10:47.720 And also the powers are just a couple of watts more 00:10:47.720 --> 00:10:51.740 going just above 200 instead of just below it. 00:10:51.740 --> 00:10:55.680 So it is very marginal in an improvement 00:10:55.680 --> 00:10:59.240 but it's also not terrible. And when you're going for a cooler 00:10:59.240 --> 00:11:04.000 that has a great big screen on it, not being terrible is kind of all that you need. 00:11:04.000 --> 00:11:07.000 What you also need is a whole lot of money. 00:11:07.000 --> 00:11:13.480 Now on other sites, I have seen a quota that this is around $370 or so 00:11:13.480 --> 00:11:16.680 but the lowest that we have found it was on AliExpress 00:11:16.680 --> 00:11:23.200 for $515. So with any luck, you'll be able to find it more 00:11:23.240 --> 00:11:28.720 in that $300 and a bit dollar range because you'll probably be giving up a bit of performance 00:11:28.720 --> 00:11:32.340 compared to something like a top tier ASUS one. 00:11:32.340 --> 00:11:35.600 But at the same time, look at that fricking display. 00:11:35.600 --> 00:11:40.120 But for $500 oof, you have to really, 00:11:40.120 --> 00:11:44.600 really want that display. Just like how I really want you to hit like, 00:11:44.600 --> 00:11:48.600 get subscribed and just have a great old day. I'll see you guys later.