WEBVTT 00:00:00.000 --> 00:00:07.379 I am going to blow up this power supply 00:00:03.899 --> 00:00:08.820 with the tester behind me in fact if all 00:00:07.379 --> 00:00:12.960 goes according to plan I'm going to be blowing up a lot of power supplies 00:00:10.920 --> 00:00:17.699 that's right it's time for another lab update and this time we have got the 00:00:15.000 --> 00:00:23.100 goods I'm talking finished metal 3D prints Machine Vision automated game 00:00:19.980 --> 00:00:27.119 benchmarking and a special room to host 00:00:23.100 --> 00:00:28.859 my own legally dubious 5G Network why 00:00:27.119 --> 00:00:33.840 would I spend all this money in Risk prison time you ask for science now the 00:00:31.619 --> 00:00:38.340 clever among you probably noticed that this was the first big piece of 00:00:35.880 --> 00:00:41.940 equipment we purchased and it's taken us a pretty long time to get it running 00:00:39.660 --> 00:00:45.660 what's the deal with that well there's a couple reasons first we needed an 00:00:44.160 --> 00:00:50.100 adequate power hookup then we needed an appropriate 00:00:47.399 --> 00:00:53.219 oscilloscope actually we'd still need an oscilloscope we'll get to that in a 00:00:51.600 --> 00:00:57.239 moment finally we needed someone as knowledgeable about Electronics as he is 00:00:55.260 --> 00:01:00.600 tall that's where this guy comes in because I mean who knows what would 00:00:59.039 --> 00:01:08.240 happen if I came over here and twisted this style or pushed this button or 00:01:04.979 --> 00:01:08.240 wait what does this one do 00:01:08.340 --> 00:01:15.720 Segway sponsor the ridge upgrade your everyday 00:01:13.380 --> 00:01:19.439 carry with the ridge wallet it's RFID blocking technology protects your cards 00:01:17.820 --> 00:01:23.880 from digital theft while its durable materials ensure it lasts for years to 00:01:21.780 --> 00:01:27.780 come even once the apocalypse starts click the link below and use code Linus 00:01:25.860 --> 00:01:32.159 to save 10 off your purchase and get free shipping and we're back what you're 00:01:29.640 --> 00:01:35.759 looking at is every harness coming off of the power supply connected through 00:01:33.780 --> 00:01:39.960 these wagos to our power supply tester now the reason that we can't just twist 00:01:38.220 --> 00:01:44.040 them together for our testing is that we also need the sense wires that are also 00:01:42.540 --> 00:01:48.259 running back to our power supply tester so that we can see what voltages those 00:01:46.439 --> 00:01:54.780 rails are actually running at because spoiler alert 00:01:50.119 --> 00:01:56.360 3.35 12 yeah in your dreams Premiere 00:01:54.780 --> 00:02:02.460 more like 12.34 actually the five volts really 00:01:59.460 --> 00:02:05.159 close 3.3 is a little low these are all 00:02:02.460 --> 00:02:10.380 well within spec though but we aren't drawing any power from it yet let's see 00:02:07.380 --> 00:02:12.300 what happens when we change that sitch 00:02:10.380 --> 00:02:18.540 I guess we are drawing a little bit like I don't know 40 Watts or 50 Watts or 00:02:14.760 --> 00:02:22.620 something like that give me 150 watts 00:02:18.540 --> 00:02:25.379 wait 150 on the 5 volt rail are you mad 00:02:22.620 --> 00:02:33.260 wait oh this is a really old power supply 22 amps on the 5 volt rail 00:02:29.160 --> 00:02:33.260 whew should I be touching this 00:02:33.780 --> 00:02:40.319 it's shut off like that was it it's gone already I thought I only asked for 150 00:02:38.220 --> 00:02:44.760 watts well hey that means the overcurrent protection worked though we 00:02:42.239 --> 00:02:52.319 tried to draw a 150 watts on a rail that's only rated for 00:02:48.080 --> 00:02:54.480 110 and it was like no okay so you got 00:02:52.319 --> 00:02:58.200 50 Watts on the 12 volt rail okay how about 100 Watts 00:02:56.099 --> 00:03:02.940 oh my God it's off again okay we're at 65 Watts 00:03:00.959 --> 00:03:07.620 can't believe you've done this you know this was a very sentimental 00:03:05.280 --> 00:03:12.420 power supply for me I've had it since before you were born 00:03:09.599 --> 00:03:17.940 you can tell by looking at it I've seen comments questioning if we need such a 00:03:14.879 --> 00:03:20.099 fancy tester and the truth is guys if 00:03:17.940 --> 00:03:24.959 all we want is to test basic over current protection circuits or to see if 00:03:22.800 --> 00:03:30.120 it just immediately fails when we try to draw power from it the answer is no but 00:03:27.959 --> 00:03:35.340 we don't want to stop at complete garbage and well seems safe 00:03:32.640 --> 00:03:39.659 enough good luck we want to put real pressure on manufacturers and in order 00:03:37.440 --> 00:03:43.680 to do that we needed to close the gap between the professional gear that's 00:03:41.340 --> 00:03:48.060 used to design these products and the hobbyist level equipment that many Tech 00:03:45.420 --> 00:03:52.140 media Outlets have been stuck with so in order to do that we got some help from 00:03:49.680 --> 00:03:56.519 reputable manufacturers see Sonic helped us spec this unit to begin with and 00:03:54.000 --> 00:04:00.900 Johnny from Corsair AKA The One and Only Johnny Guru gave us some tips on how to 00:03:58.680 --> 00:04:04.980 best use it we've also recently just completed our on-site training from 00:04:02.400 --> 00:04:10.019 chroma and every component in this stack plays an important role starting at the 00:04:07.440 --> 00:04:14.879 bottom where you'll find our AC power supply that's this guy right here this 00:04:12.659 --> 00:04:19.380 can not only Supply an ample amount of power but it can also simulate a variety 00:04:17.220 --> 00:04:23.639 of distortions which will allow us to test a power supplies behavior during 00:04:21.060 --> 00:04:27.900 non-ideal conditions such as during a brown note this feeds into our big 00:04:26.160 --> 00:04:33.120 switch as we call it which I've just been informed is completely redundant 00:04:30.120 --> 00:04:34.620 the AC Source can also turn the power on 00:04:33.120 --> 00:04:39.900 and off so why we need an on off controller I don't know and that 00:04:40.199 --> 00:04:45.479 okay then we have our DC Supply which is 00:04:43.320 --> 00:04:50.220 used to supply additional DC power to our over voltage protection slash short 00:04:47.880 --> 00:04:53.940 circuit testing device above the desk thing we've got the jack-in panel this 00:04:52.020 --> 00:04:57.000 allows us to plug AC power into our power supply and then also plug our 00:04:55.380 --> 00:05:01.680 power supply into all the diagnostic equipment here including our timing and 00:04:59.639 --> 00:05:07.680 noise analyzer as well as our programmable loads these can be adjusted 00:05:05.100 --> 00:05:12.000 to simulate any kind of device you want though obviously we are most interested 00:05:09.960 --> 00:05:15.600 in creating loads that will behave like a PC 00:05:13.259 --> 00:05:22.500 why do we need so many of them you might ask well each of these can pull about 00:05:18.780 --> 00:05:25.320 400 watts so say we wanted to test a 00:05:22.500 --> 00:05:29.160 1500 watt power supply a 2000 watt power supply we would need a lot more than one 00:05:27.360 --> 00:05:34.259 of them it's also really helpful for testing multi-rail designs now a really 00:05:31.919 --> 00:05:38.759 cool aspect of programmable loads is that they can simulate the behavior of 00:05:36.300 --> 00:05:42.900 real components like the big transient spikes that made the 3090 ti so famous 00:05:41.160 --> 00:05:46.259 finally at the top we've got our multimeter and power meter which give us 00:05:44.759 --> 00:05:53.280 all sorts of information about our circuit and would plug into our oscilloscope if I had one 00:05:51.240 --> 00:05:57.000 seriously it's in the mail already and the first video we're planning is a 00:05:54.900 --> 00:06:01.199 budget power supply Roundup does anyone actually make a sub 40 power supply you 00:05:59.280 --> 00:06:06.060 can trust speaking of trust the Telecommunications industry am I right 00:06:03.660 --> 00:06:13.199 we're gonna get it there behind me is our new EMC chamber Electronics go in 00:06:10.259 --> 00:06:17.639 no electromagnetic radiation gets in or out that means we can put whatever we 00:06:15.660 --> 00:06:22.759 want in here and cut it off completely from the outside world we can test Wi-Fi 00:06:20.280 --> 00:06:28.259 we can test 5G we can test Bluetooth within this chamber we could simulate a 00:06:25.680 --> 00:06:32.280 noisy environment or we could simulate a distant access point which can tell us 00:06:30.000 --> 00:06:36.720 not just how fast and reliable connection can be or what bands the 00:06:34.440 --> 00:06:41.100 device supports but even how battery life might be affected by having to 00:06:39.000 --> 00:06:45.720 crank the transmit power due to crummy reception now you might be thinking whoa 00:06:43.740 --> 00:06:50.460 slow down there turbo how are you going to test 5G in an impenetrable box 00:06:48.419 --> 00:06:54.840 well with my own cell phone network of course 00:06:51.419 --> 00:06:56.759 if I had one thanks to the crtc and 00:06:54.840 --> 00:07:00.060 similar regulatory bodies you have to get permission to use the parts of the 00:06:58.740 --> 00:07:06.060 electromagnetic spectrum that are reserved for cell phone service and that 00:07:02.400 --> 00:07:09.419 permission is expensive Canadian Telco 00:07:06.060 --> 00:07:11.940 spent a collective 3.5 billion for 00:07:09.419 --> 00:07:17.580 licenses to the 600 megahertz band that's just one bed I can't do that so 00:07:15.720 --> 00:07:21.419 instead we're going to be purchasing a fire cell lab kit we're going to go into 00:07:19.680 --> 00:07:25.620 way more detail in a future video but here's the quick and dirty version if 00:07:23.220 --> 00:07:30.660 you're a big company big like apple or BMW you would likely get corporate and 00:07:28.560 --> 00:07:36.539 Regulatory approval to run your tests using an actual cell like the antenna on 00:07:33.660 --> 00:07:41.400 a cell tower these are very expensive though full of corporate secrets and 00:07:38.580 --> 00:07:46.560 frankly overkill for our purposes anyway the fire cell on the other hand is one 00:07:43.680 --> 00:07:52.620 of if not the only off-the-shelf testing units and it allows us to test 4G 5G and 00:07:50.280 --> 00:07:57.720 after an incoming update even millimeter wave and because the government can't 00:07:55.080 --> 00:08:02.699 detect our Network as long as it stays in this box I am very unlikely to get 00:08:00.840 --> 00:08:08.300 arrested for broadcasting on reserved frequencies in fact no one can even hear 00:08:05.099 --> 00:08:08.300 you scream watch this 00:08:09.900 --> 00:08:18.000 I couldn't help noticing the fire cell stuff is not here that's right so it's 00:08:14.759 --> 00:08:21.620 arriving on June 6th uh it's you know 00:08:18.000 --> 00:08:21.620 early birthday present for my wife 00:08:22.280 --> 00:08:27.840 and dog house no it arrives on June 6th 00:08:26.280 --> 00:08:31.139 okay uh we're going to have it positioned here on a desk we're actually 00:08:29.520 --> 00:08:35.279 gonna have to get some floor cutouts done so we can spread some of the weight we don't want the table punching through 00:08:33.779 --> 00:08:39.060 the the styrofoam here right right because these foam things you didn't see 00:08:37.080 --> 00:08:42.180 these in the construction video These are the negative of the carbon 00:08:40.140 --> 00:08:47.399 impregnated foam here and it allows us to just walk on it I guess they have no 00:08:44.520 --> 00:08:51.060 function RF wise uh very very minimal reflection got it and they can hold 00:08:49.320 --> 00:08:53.940 enough weight kalinam was in here with me no problem 00:08:52.320 --> 00:08:57.720 wow you're gonna call them I don't like that he called himself out first his 00:08:56.040 --> 00:09:01.740 nickname is Nick he gave it to himself yeah yeah okay but you'll have to 00:08:59.700 --> 00:09:07.740 explain to me what's the usefulness of testing a 4G network from like four 00:09:05.220 --> 00:09:10.620 meters away that's not realistic well effectively what we can do is we can 00:09:09.060 --> 00:09:14.279 control the power levels that we're broadcasting at to simulate different 00:09:12.120 --> 00:09:17.279 distances the way that these Chambers work and with the frequency bands we're 00:09:15.779 --> 00:09:22.019 testing we need to be able to have the broadcast equipment a certain distance to the wall and a certain distance from 00:09:20.399 --> 00:09:25.800 the device under test that's why I've got this kind of C shape here so we can 00:09:24.540 --> 00:09:30.120 get over here this is where the broadcast equipment will be and then over there we're gonna have a pedestal 00:09:28.260 --> 00:09:33.240 with the device under test how do we simulate things like obstructions 00:09:31.740 --> 00:09:36.899 because those exist in the real world one of the cool things with that is we 00:09:35.220 --> 00:09:41.940 actually have a fair bit of leftover foam including some of the flat lossy 00:09:39.660 --> 00:09:46.200 absorber so we can position that in between the device that's broadcasting 00:09:44.040 --> 00:09:51.120 and the device under test we can also bring in other larger pieces wood 00:09:48.720 --> 00:09:54.959 framing walls a sheet of drywall if we wanted to to see how that actually 00:09:53.160 --> 00:09:58.980 impacts things and I can tell you on millimeter wave if you have even a pane 00:09:56.820 --> 00:10:03.060 of glass in between you in the broadcast antenna you'll lose connection 00:10:01.320 --> 00:10:05.519 we go into a lot more depth about the actual construction of the chamber in 00:10:04.500 --> 00:10:10.620 another video we're going to have that Linked In the description and if you want to hear even more about it Jake 00:10:09.000 --> 00:10:16.320 Danes from the lab recorded a deeper dive that's going to be coming soon at Floatplane.com LTT coming back to the 00:10:14.640 --> 00:10:19.860 outside world as outside as we get these days let's 00:10:18.480 --> 00:10:24.720 take a look at our benchmarking situation it's never been a problem to 00:10:23.040 --> 00:10:28.860 script performance testing for games that include canned benchmarks and some 00:10:27.180 --> 00:10:32.820 of you helpfully pointed that out when I talked about how cool mark bench was 00:10:31.019 --> 00:10:37.140 going to be because we could automate all this stuff 00:10:34.260 --> 00:10:42.660 but what's not that easy is running pre-done repeatable benchmarks for games 00:10:39.899 --> 00:10:46.920 that don't include Ken benchmarks well guess what we can do that now and I 00:10:45.300 --> 00:10:51.600 would love to interview the team that has been working on it but Nick's on 00:10:49.019 --> 00:10:56.339 vacation Jesse's shy and these two are on probation so 00:10:53.640 --> 00:10:59.640 Tim will be helping us behind us we've got three separate benches running 00:10:57.959 --> 00:11:03.480 through our Graphics testing Suite right now but the key night among you will 00:11:01.440 --> 00:11:08.640 have noticed that there's a fourth monitor that's doing something called 00:11:04.980 --> 00:11:09.959 OCR or optical character recognition why 00:11:08.640 --> 00:11:14.940 do we need that when we could just run an auto hotkey script yeah yeah totally 00:11:12.240 --> 00:11:18.000 Auto hotkey strips are dumb and we don't want to use those because if they run 00:11:16.079 --> 00:11:21.660 into problems they have no way to solve them and so the way that we're moving 00:11:19.800 --> 00:11:24.959 forward with developing the harnesses for the games that we want to test is 00:11:23.339 --> 00:11:28.920 making sure that they're flexible they're reliable and if a new screen 00:11:27.240 --> 00:11:33.779 pops up because of a new season update or something that we haven't yet caught 00:11:31.019 --> 00:11:37.380 is is just kind of buggy we want to be able to click on those things reliably 00:11:35.100 --> 00:11:41.459 and repeatably got it so okay that just changed why are we looking at that 00:11:38.940 --> 00:11:45.839 monster yeah what you can see is there are some green boxes around various 00:11:43.440 --> 00:11:50.399 pieces of text that it sees every screen that it shows there is a failure to find 00:11:48.540 --> 00:11:55.440 what it's looking for it's looking for a specific set of characters or a specific 00:11:52.380 --> 00:11:57.180 word to click on it next action and each 00:11:55.440 --> 00:12:01.680 screen that we're looking at is it not finding it yet 00:11:58.920 --> 00:12:05.399 pretty cool theoretically it's scalable too we're running three right now but we 00:12:03.120 --> 00:12:08.820 can connect a whole bunch more and Adam said that we weren't going to talk about 00:12:07.019 --> 00:12:13.019 this but I decided it's really cool we are going to talk about it what Jesse's 00:12:10.740 --> 00:12:17.820 been working on mostly is taking this entire dump of recorded footage and 00:12:16.079 --> 00:12:22.500 chopping out all the crap we don't need so we don't see any menus or any junk 00:12:19.980 --> 00:12:25.860 like that it's just all Benchmark runs which is going to be super cool when 00:12:24.120 --> 00:12:29.700 we're editing them down for you guys to see side-by-side gameplay yeah that's 00:12:28.200 --> 00:12:33.300 the bulk of our work when we're trying to trying to get through an embargo or a 00:12:31.860 --> 00:12:35.880 review of something and we're trying to make sure that that doesn't need to be 00:12:35.040 --> 00:12:42.360 done anymore sick I noticed something else that's really cool this keyboard says recording 00:12:40.500 --> 00:12:47.339 on it right now and my understanding is that it's red for a reason yeah so we 00:12:44.880 --> 00:12:50.339 are working in RGB but we've got R right now 00:12:48.360 --> 00:12:53.940 um the reason that we have R is because we actually found that alt tabbing in 00:12:52.200 --> 00:12:57.779 some games was causing performance issues we were not getting repeatable 00:12:55.680 --> 00:13:01.680 results by switching to mark bench starting recording switching back to the 00:12:59.940 --> 00:13:04.740 game and we needed a way to know is that recording running rather than having it 00:13:03.420 --> 00:13:08.160 on the screen which was also a performance impact so once RGB is 00:13:06.660 --> 00:13:10.980 working you said we're going to have a progress indicator meaning that these 00:13:09.779 --> 00:13:16.139 keyboards are basically acting as glorified LED strips and recording lamps 00:13:14.160 --> 00:13:21.720 thanks steel series ah a wild time it appears we have 00:13:19.560 --> 00:13:29.660 completed our first test print on our metal 3D printer and naturally we chose 00:13:26.660 --> 00:13:29.660 oh 00:13:30.500 --> 00:13:37.680 a scale replica of the LTT screwdriver 00:13:35.399 --> 00:13:41.940 handle now we can't show you guys the inside of the oven NDA and all of that 00:13:39.779 --> 00:13:46.920 noise but we can talk a little bit about our experience with the rapidia metal 3D 00:13:44.639 --> 00:13:50.639 printer I see you did an end cap as well I see it in a completely different 00:13:48.300 --> 00:13:55.200 finish what are we even looking at right now I printed both of these and did 00:13:52.800 --> 00:13:59.700 vastly different post processes on these after it came out of our furnace 00:13:57.420 --> 00:14:05.279 rapidia generally suggests sanding it before it even goes in because sanding 00:14:03.360 --> 00:14:10.260 steel is a lot harder than sanding essentially clay 00:14:06.839 --> 00:14:13.019 wait that's what it starts with yeah so 00:14:10.260 --> 00:14:18.779 shut up that is so cool okay just a second here so so this is what you put 00:14:15.779 --> 00:14:21.540 in and this came out yeah it's so much 00:14:18.779 --> 00:14:27.779 bigger there's about a 16 shrink rate for the parts after they come out 16 00:14:25.079 --> 00:14:32.579 1 6. you mean 60 that looks so much bigger that's a 16 difference yep 00:14:30.620 --> 00:14:35.940 interesting when it's in three dimensions it looks a lot bigger than it 00:14:34.860 --> 00:14:40.980 is so wait what so this is just a support 00:14:38.100 --> 00:14:44.639 thing then oh my God look it's totally 3D printed supports and the steel is 00:14:43.740 --> 00:14:49.920 just embedded in the clay yeah so it's it's 00:14:47.399 --> 00:14:54.959 part of it and I use the term clay it's not really clay it's steel and a binding 00:14:52.380 --> 00:15:01.199 material but it just it's a very similar texture to like a clay pot before it's 00:14:57.600 --> 00:15:03.300 fired at this wow so for a bit of 00:15:01.199 --> 00:15:06.240 reference this is a support piece that I printed for something else uh-huh break 00:15:05.399 --> 00:15:10.620 that easy pretty much like it's nothing okay 00:15:08.940 --> 00:15:14.579 now where's a metal printed support piece okay now you want me to break this 00:15:12.480 --> 00:15:17.820 you can try don't do that 00:15:16.320 --> 00:15:21.660 I noticed that you haven't actually assembled this into a screwdriver I 00:15:20.160 --> 00:15:27.660 assume because it's difficult to press fit a shaft into did you think of that 00:15:24.600 --> 00:15:29.519 before you started yes and since we're 00:15:27.660 --> 00:15:34.320 not actually making a metal screwdriver at least to my knowledge 00:15:31.680 --> 00:15:39.000 um what is the point of this project doing this project is building knowledge 00:15:36.779 --> 00:15:43.680 within the team of how to use this equipment so when we need to use it for 00:15:40.920 --> 00:15:49.260 either a video or for prototyping merch merch items we have the expertise and 00:15:47.160 --> 00:15:52.860 don't need to rush to try to build the expertise when we want to shoot a video 00:15:51.000 --> 00:15:57.120 in a week got it now tell me something is there a structural disadvantage to 00:15:55.199 --> 00:16:01.440 this like can I just like is it just a hunk of stainless 00:15:59.339 --> 00:16:05.579 steel or is it like other 3D printed plastic objects where the structural 00:16:03.240 --> 00:16:10.440 Integrity of it is inferior to a cast piece 00:16:07.560 --> 00:16:15.240 it is a little bit inferior in terms of like overall mechanical properties but 00:16:12.660 --> 00:16:19.440 for anything we're gonna do yeah it's essentially solid steel not a 00:16:17.339 --> 00:16:23.279 scratch can we even show like oh we can show this yeah we can show this oh cool 00:16:21.120 --> 00:16:27.540 okay you're printing keycaps because of course you are 00:16:24.420 --> 00:16:29.760 yeah I have one they're 00:16:27.540 --> 00:16:33.720 there so this is what it actually comes off the printer as we have two nozzles 00:16:31.620 --> 00:16:38.759 one that does the metal paste and one that does a support So for all of these 00:16:36.000 --> 00:16:42.959 pieces the actual part you want is separated from the base by an aluminum 00:16:41.220 --> 00:16:47.040 material which is essentially a ceramic otherwise it's going to bond together 00:16:44.579 --> 00:16:51.720 and you are not getting it apart right to get this thing off of its support and 00:16:49.259 --> 00:16:55.199 it had proper separation I still had to whack it with a hammer a whole bunch of 00:16:53.040 --> 00:16:58.620 times sick are we doing a middle screwdriver 00:16:56.459 --> 00:17:02.100 maybe oh yeah and then all the excitement I almost forgot to update you 00:17:00.060 --> 00:17:05.880 guys we've officially moved in I've got procurement over here on my right I've 00:17:04.199 --> 00:17:09.839 got Logistics over here on my left they're very proud of their new cable 00:17:07.799 --> 00:17:15.660 ties that are color coded for different cable lengths no I it's a good thing 00:17:12.919 --> 00:17:21.179 someone is that a bell is that a bell what that's the doorbell 00:17:18.540 --> 00:17:24.839 that is an awful doorbell also it is getting awfully hot in here we actually 00:17:23.339 --> 00:17:29.820 booked air conditioning for this Warehouse a year ago and we are still 00:17:27.540 --> 00:17:34.919 waiting for air conditioning units so it's going to get a little stuffy over 00:17:31.679 --> 00:17:37.380 the next little bit here RAM storage now 00:17:34.919 --> 00:17:41.580 that's a creative use of server rack shelves ah 00:17:39.840 --> 00:17:46.200 my intention was to introduce you guys to our community manager and talk to the 00:17:43.740 --> 00:17:51.179 social team here but I guess they're all on lunch so cool I'm sure glad we 00:17:49.260 --> 00:17:55.500 delayed this shoot from after hours yesterday to today so that everyone 00:17:53.100 --> 00:18:01.919 would be here anyway the point is they only just moved in why because of this 00:17:59.520 --> 00:18:06.720 the server room that is next door to them it was so freaking loud in that 00:18:04.799 --> 00:18:11.760 room that we had to add Sound Treatment to all of the walls and ceiling of this 00:18:09.900 --> 00:18:15.900 room just to make sure that it would be quiet! enough so you could hear yourself 00:18:13.140 --> 00:18:21.660 think over there unfortunately even after we added our three layer solution 00:18:17.940 --> 00:18:23.460 of sonopan Rockwall and duveteen it was 00:18:21.660 --> 00:18:26.820 still loud and it turned out there was some annoying buzz from one of the 00:18:25.080 --> 00:18:31.320 Transformers that's directly above them I bet Jake that we would actually have 00:18:28.980 --> 00:18:35.280 to replace that Transformer he bet that we could just use some isolation pads 00:18:32.880 --> 00:18:40.500 under it and long story short I owe Jake two lunches it's pretty good in there 00:18:37.620 --> 00:18:45.240 Old Trafford here this is where you'll find the Mac Address folks and Jake 00:18:43.320 --> 00:18:50.100 bellavonts is usually here our ShortCircuit Channel lead so this is what I'm 00:18:48.000 --> 00:18:54.419 talking about we're trying to show a building full of people we moved in with 00:18:51.900 --> 00:18:58.919 and the no no you're good you're good Sam go go lunch lunch The Writer's area 00:18:56.640 --> 00:19:02.580 is fully moved into Jake and James haven't taken over that office that I'm 00:19:00.720 --> 00:19:07.020 sure inevitably they will take over at some point Emily's desk Tanner Jordan 00:19:05.520 --> 00:19:11.940 what are you working on what the hell is this 00:19:09.179 --> 00:19:16.320 not this that what is that that's not working right now what the heck Adam and 00:19:14.640 --> 00:19:21.419 Pluto you know yeah I I know where my office is it's 00:19:18.960 --> 00:19:24.360 still very not set up um 00:19:22.799 --> 00:19:29.700 as it turns out I have more important things to do than arrange things in my 00:19:26.580 --> 00:19:32.280 office let's go figure 00:19:29.700 --> 00:19:35.100 look I mean yeah I have an assistant but it turns out he has more important 00:19:33.480 --> 00:19:42.480 things to do than arrange things in my office where the hell is everybody 00:19:38.760 --> 00:19:45.419 well Brandon Dickerson's space is here 00:19:42.480 --> 00:19:51.059 he's set up this like neutral gray over everything so that he can do display 00:19:47.580 --> 00:19:55.020 testing I was told that these two Scopes 00:19:51.059 --> 00:19:56.039 cost the same as like a decent car 00:19:55.020 --> 00:20:00.660 um they're for color 00:19:58.799 --> 00:20:03.900 I'm sure Brandon's gonna have a big update for you guys once he's got his 00:20:02.280 --> 00:20:06.900 proper space set up out in the warehouse but at least this is getting us some 00:20:05.460 --> 00:20:12.059 data in the meantime and he can work on his testing methodology 00:20:08.880 --> 00:20:13.440 what is this secret for you is this PoE 00:20:12.059 --> 00:20:17.880 powered I think it's security cameras 00:20:15.840 --> 00:20:23.520 security camera what no I think it's going to be security cameras it's LTT 00:20:20.760 --> 00:20:26.760 store okay what is this thing what is the point of it ubiquity makes a display 00:20:25.080 --> 00:20:32.460 now um it's like a PoE power touchscreen oh 00:20:29.220 --> 00:20:33.480 okay for what I don't know you can show 00:20:32.460 --> 00:20:38.100 the cameras but you can upload any Android app I was thinking for LTX this would be like a really dope way for 00:20:36.539 --> 00:20:43.440 people to be able to just like pre-brow stuff oh yeah oh I know for some of you 00:20:41.160 --> 00:20:47.220 that must feel like not enough progress like what's going on this is taking 00:20:44.880 --> 00:20:51.539 forever to get Labs going but the reality is we're taking the time 00:20:49.380 --> 00:20:56.640 that we need to do it right I mean think about it app slash roaming data wasn't 00:20:54.539 --> 00:21:00.900 built in a day that's some computer humor for you and I'm gonna follow it up 00:20:58.740 --> 00:21:04.260 with this segue to our sponsor vesi looking for a new pair of kicks to wear 00:21:02.520 --> 00:21:09.360 during the summer pick up a pair of vessies but hey Riley aren't vessi's 00:21:07.080 --> 00:21:14.160 only good as rain shoes which is a previously existing phrase apparently 00:21:11.160 --> 00:21:15.840 nope vessey's dimetex technology is 00:21:14.160 --> 00:21:19.919 designed to keep their shoes kicking it animal style rain or shine I don't know 00:21:18.360 --> 00:21:24.120 what I'm saying check out the boardwalk slip-on sneakers with a classic design 00:21:22.020 --> 00:21:29.400 fit for summer they're also made to let sweat and heat Escape keeping your feet 00:21:26.820 --> 00:21:34.260 dry oh and on that note of course vesi also claims their shoes are 100 00:21:31.340 --> 00:21:38.400 waterproof an Eva midsole cushions your feet without 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