Oh, Matt. Look at all these shelves. Hey. Hello. We're just showing everybody on
Floatplane what the lab looks like right now. It's a mass. We're getting set up,
you know, things are coming together. It's looking good. We have electricity now.
That's a bonus. So we had cave and you guys would have seen him in a previous
video. Now we have shark because he's got a laser attached to his head. Oh jeez.
Yes. This is our brand new LMI GoCater 2140D. It's a 3R laser and it's for
scanning keyboards. Big shout out to our guys at Polyga. They hooked us up with
this. They've been fantastic for support and effectively we're able to scan the
keyboard, get a 3D point cloud, run some segmentation processing on the actual
laser that tells us where all the keys are and shark here will go and press
each one. And we get all the data sent automatically back into our server. That's
our next keyboard to test. It's Gary's keyboard. We saw you with this keyboard
when we were doing the other video. Exactly. So this is the keyboard. When you
think of keyboard, this is it. Yeah, that's it. Everything after that is just a
waste. So what are we doing here? We are gonna pull up our laser system here. You're
gonna be able to see the line of the laser and what we're gonna do is we're
just gonna give it a nice sweep. This takes about 30 seconds to run across.
We've got our reference point here. This is an absolute reference point so that
never moves. So we have that mapped to the robot's control system so it knows
where that is and then everything else is relative coordinates off of that. So
that'll scan across. It'll hit the end and then finish and that's our scan. And I'm
walking you through this manually. We do have this fully automated now and we're
just gonna give that a sec and our representation should pop up. So is this
your station right here? I see a lot of phones going on. This is indeed my
station. Oh, Gary, can we show this right now? Which? Yes. Okay, yeah, we can show that.
All right, yeah, this is a this is a fancy new gaming Chromebook in RIP
Stadia color scheme that ASUS sent over for us to test. So that is next on my
list is getting our profiling working on that. So you're also going to be doing
laptops on top of mobile phones? Yeah, yeah, well, yeah. Mobile devices, so
Windows based that goes to Mark Bench and everything. Chrome OS is a separate
kind of beast and that'll be using some of the stuff that I've been for Android.
This, however, is the output from our 3D scan. So if I look at it here, we can see
that we have 3D representation with our reference point. We have our key
segmentation. Now we don't actually care about those so we ignore them. But
yeah, we map out each individual key position and we send those coordinates
back to the robot which then moves and presses each of them. One of the really
cool things is we also get the intensity, so a black and white image, so you can
actually see what keys they are in the laser scan based on how the light refracts
off them. This thing is super accurate, really, really great to work with. So
it's been fun. I think it was two week implementation time, I think, from the
time we got it. Yeah, it was a lot of our two weeks. So yeah, it's worked out well
and now we can fully test keyboards. Okay, wait, you guys installed RGB in this
immersion tube? No, no, no, no. This immersion tube came with RGB. Oh, no way. So
my specialty, mobile devices, you know, I want to test out the IP rating claims that
some of these manufacturers are making. So for that, I needed a six foot deep tank.
They do it two meters, so I needed six feet. And it was a bunch of Linus's money
for a custom one, or it was 800 bucks for this. And Linus told me he wanted to have
something LED back that he wanted to make it look good on film. So we have LED backed
flexible RGB with our tiny little guys down here who should be floating. Wait,
what is this thing actually? Because this isn't like a purpose-built immersion tube.
No, this is actually a children's sensory toy out of the UK.
But yeah, basically, it's, ooh, the water level's dropped. Remember to say hydrated folks.
Basically, what we can do is we can drop the phones down on a line to either three feet or six
feet. And that allows to test them for a period of time and make sure that the IP rating is accurate.
Mainly because IP ratings aren't actually about submersion, but that's how they're marketed.
So if the manufacturer's telling you you can submerge it for this long,
we want to test that and make sure they're right. So about this lounge setup that you guys got here.
This is our lunchroom slash meeting room currently. This TV actually needs to go. We got
upgraded. Logistics came over with a present for us. Hey-o. Yeah, so. But no TV stand yet?
No TV stand. We do have the bucket, but it's a little sketchy. So yeah, it's on the floor right
now. That way we can hook up and share our presentations, you know, scroll through Instagram
feeds of what we've been eating for lunch. But yeah, this is our meeting lounge.
Who's the lucky person that gets a camping chair? That's a good thinking chair actually. Don't knock
the camping chair. Usually the last one to get here. Yeah, this is logistics. We tend to try and
stay as far away from them as we can right now, mainly because they're a little bit angry at having
to bomb everything back and forth between buildings. Hopefully once everything's here,
they'll be a little bit nicer. I do have a little treat for you at the end of the shelving though.
Oh, it's a Jamie. Oh, hey, Jake says he has a surprise at the end of these shelving racks.
I do. It's everyone's favorite, Dan. Oh, hey, how's it going? Nice jacket. These four skids
represent significant investment in our RF chamber foam. This is going to lie in the inside
floor, walls, ceiling, everything in our new RF chamber that is scheduled to be here and built
in May. So we're very excited. We're going to get some cellular testing done, some wireless
headphone testing done. It's going to be really good. Wait, what is this? It's just Dan's,
just need to talk to you for a second. So are logistics staying here too? Logistics. Yeah,
this is Alex Dick's desk. Oh, Dan has the giant array of desks behind him along with his army of
3D printers. The bamboo X1 carbons. Really nice. Wow, that's such a nice setup. It's kind of cool,
isn't it? So we've got an ultrasonic cleaner. We've got the triple bamboo. The center one here has
all three of these AMS's connected to it. So that's 488, 12 filaments loaded at all times.
More filament down here. I've got the Samsung Odyssey Arc. No way. You're the lucky one that
gets it. It's the only monitor that we have left. Sure. These three are for like test benches and
that sort of thing. How is this to work on? Because this thing is literally taking up the entire
camera screen right now. I mean, you know, pixel density is a bit weak, but it's great. It's really
nice. I was using like this 1080p monitor before. So it's a bit better. I can do my job more
effectively now. And then this shelf here is going to be all the repairs. So this stuff over here is
everything that I have to repair, which is great. All of these boxes here. I don't know.
Things are all coming along. What are you most excited about the Labs here? It's too early.
The environmental chamber next week. So we'll have to do an unboxing on that. So that one's big.
Getting PSU tests are up and running next month is huge. And then the ARV chamber coming in March.
May. Early May. It's back to March. No, it's early May. No, it's now March.
Okay, it's March. It's March. Dude, this is ridiculous. No, it's great. Shut up.