Gadgetory

special thanks to our sponsors for sending us to Computex 2019 what's going on everyone we are here at the deep cool booth at Computex 2019 Nanjing exhibition hall as usual we're gonna start off with deep cool and they have well something really interesting to show you guys it's actually a live demo explaining I guess graphically how some of their latest tech works we're talking specifically about the anti Li Tech we got a video talking about I'll throw the card up in a second but they're gonna show you exactly how it works and why it's necessary in AI so let's go check it out this is actually a real time pressure analysis of the a iOS in question here so coffee you want to zoom in show them what's going on I'm gonna try to walk you through this so that you can better understand what the graphs are showing you so there's a metal plate between each of these CPU blocks right so that middle plate there is basically a heat plate and there's a temperature probe between that heat plate and each of the a IO blocks so when you look at the graph in a second you'll see a red line that's your temperature that's basically what you know how hot those plates are making the CPU blocks and then what they're doing is they're heating up the fluid inside each of these AI O's right now without the fans on the pumps are running so the fluid inside each is circulating but the fans aren't dissipating that heat actively now if you pan up to the graph you guys can see first off we've got the temperature lines here in red on both sides this sensor has been a little finicky so I would take this one with a grain of salt but this one's pretty accurate for the most part you can see how that pressure or that excuse me the temperature is rising starting to level off a little bit but again we don't have the fans running so we expect this thing to keep getting hotter with time these two lines correspond to this y axis here and this is pressure and kiloPascals and then time here on the x-axis so how long these tests have been running and then up top you see our key a normal 240 a IO they're actually using their own a IO here without the anti leak tech without that pressure relief valve we talked about in one of our older videos I'll throw that up in a card so you guys can reference it if you are not sure what we're talking about here that's what you're seeing in the green line that's an AI oh just a typical IO with no pressure relief valve the yellow line has the anti leak tech it has the pressure relief valve basically a bladder that constricts and it constricts as the pressure inside the AIO increases and that happens normally when a fluid gets hot any gas bubbles you have in there will expand and so that's why you're seeing this linear relation here excuse me a linear relationship with pressure and time right pressure increases as the fluid gets hotter and you can see that's what's happening here with a temperature line the pressure relief valve is actually doing what it's supposed to do right now you can see the yellow line is starting to level off they have pressure probes inside each of these a iOS so you're seeing real-time what the pressure is like right now we're about may about thirty kilo Pascal's and then up here the one with no anti leak tech it's around 40 or so kilopascal and we expect that to increase you can see with the 360 a IO is that Delta is even higher and it's a bigger system right and if we assume that the bladders in each are the same size then that blood is going to be more constricted by more expansion in the 360 mil ail there's a lot of really cool stuff going on here again this is you know ya don't expect these numbers to be real-world because we don't have the fans on they just want to show you what happens with a iOS in general when they heat up fans aren't gonna you know they're not gonna get rid of all the heat immediately that's why radiators are there because water has really high heat capacity it's gonna take a while for that heat to dissipate and the fans do definitely help that process but I think this is really cool to see real-time the disparities between the two anti leak tech no anti Lake tech and again if you haven't watched the original video about how that stuff works the technology behind it the constriction of the bladder then I invite you to watch that before you see this because you really have to see that video understand what's going on internally for this to make any sense okay now what you're seeing are all a iOS with their fans on and if you pan up to the graph here car you can see pressures dropping and that is a response to the temperature falling again this temperature sensor is doing something really weird ignore that one that you see temperature is dropping in our 240 systems and concurrently pressures are dropping they're actually gonna eventually meet and that's you know obviously when they're room temperature around there they are the differences in pressure are going to shrink really cool again to see this real-time see that temperature falling and right now we're at about 60 maybe a little under 60 degrees Celsius and the temperature at its peak was about 65 maybe somewhere in at 62 and a half so I am really cool I don't know what on earth the things but there's a lot of stuff at play here like I'm impressed that deeply even bothered to set something like this up most of the time when you come to these events you just see companies showing off products and you know telling you all these really cool fancy things about their products but you have to kind of take their word for it and wait until we test at least in this closed system from what I've seen so far you can see that the anti leak tech is actually doing its job and that was something I really couldn't show you in my original video discussing the technology so deep pools done us the honors and you're seeing this stuff work in real time very very cool and you can see here the 240 and 360 Castle a iOS just kind of in there and natural states looking mighty fine the differences this is the exact same AIO we've built with in the past you've seen it on the channel but it does come now with the anti leaked text so it's going to become standard in all Depot iOS moving forward which is really nice we have a v2 over here and the v2 s have the extra ring on the side performance fans we'll talk about all that when we actually do reviews in the future and then we also have small changes to the proline so we have the original Pro which was the first AIO from people to implement the anti lake tech we also have the they're calling it the it's called the X now I don't know that some of these naming they have e^x then we have the pro then we have the X and that's what this one is and I think of it like extreme it's got better fans served for a higher CFM and then also stainless steel for the little loop that was originally glass and this was another failure point the deep cool address so that's why it's stainless steel now so you don't expect glass to you know glass will break easier than this stuff so for durability again with the anti Wake Tech this is going to be a really impressive AIO and we have the 360 mils over there so you guys have been awesome this is our first official video I'm not sure if I'm an air this video first I know ambe's got some really cool stuff they just announced we're gonna see a lot of it this week so stay tuned for that but always like stopping by deep holes but we appreciate them for sponsoring this video giving you guys a chance to understand how the anti leak tech works and hopefully we'll see it in action again in future AOS soon you guys have been awesome this is Computex 419 coverage thanks for watching and we'll catch you in the next one