Name: Pixel 4 XL Teardown! - Why does Google's Phone Snap?
Uploaded: 2020-03-31T07:21:58.000Z
Duration: 8 min 13 s
Description: Thousands of YouTube videos with English-Chinese subtitles! Now you can learn to understand native speakers, expand your vocabulary, and improve your pronunciation...

The Pixel 4 XL. Today we're going to review Google's iPhone clone from the inside. We'll

talk about hardware and see why this phone decided to snap in four places along the frame

during my durability test. It should be an interesting video.

Back in 2016 and 2017, I awarded the Google Pixel as the most reparable smartphone of

the year, 2 years in a row. Since you could replace the screen in just a few minutes.

That is not the case this year. Of course with a bit of heat and gentle prying, the

back glass does come off super easily. But the internals of the Pixel 4XL are a labyrinth

of different sized non-common screws and strange metal brackets that are hard to keep organized.

The rear glass panel is still connected to the motherboard with a ribbon cable. But before

I can disconnect that, I need to unscrew the four T4 screws holding down the battery connector.

Once the battery's unplugged it'll be safe to move around inside of the phone. There

are 2 more screws holding down a small bracket over the back glass ribbon cable. I'll remove

those and then unsnap the camera flash ribbon cable like a little Lego. The back glass panel

can now be released. You can see the ribbon cable going up to the dual LED camera flash

Here on the glass panel we see another unique thing – the wireless charging NFC pads are

attached directly to the surface of the glass panel. In most smartphones, the wireless charging

still rests inside of the phone after the glass is removed. But that's not the case

with this pixel 4XL. The wireless charging is a giant sticker applied to the glass. This

might look cool for the clear version of the phone. And the same thing goes for the NFC

up here at the top. They both still show the copper coloring which I like. I think we should

To make any glass back phone clear you just have to remove the colors from behind the

glass. The glass itself isn't colored like a stained glass window would be. Phone just

use giant color stickers or psychedelic paint. The Pixel 4XL has a clear laminate layer to

hold the glass together if it's ever cracked or shattered. But then the colored portion

is more of a scratchable powder. Kind of like a giant scratch off lottery ticket. Remember,

making your phone clear will void the warranty, so if you ever do attempt this, probably wait

till your phone drops in value...which for the Pixel is like 2 weeks.

I'll position the glass on top of the stickers again. Their contact pads lined up with the

motherboard. And there you have it. This is what a clear Pixel 4XL would look like. Not

quite as cool as the Pixel 3 from last year. It looks kind of like the Pixel 4 has let

Going deeper, there are 3 more screws around the metal plate above the battery. All different

sizes so I'll get those set off to the side and keep them organized. We have 4 more screws

holding down the metal plate above the screen ribbons. And another plate with screws sitting

up here in the corner. For those of you keeping track at home, this is the fifth metal plate

we've removed. Pixel is definitely not winning any repairability awards this year.

The next step is to unsnap...snap...snap...snap...snap...snap....snap...snap...snap...snap...snap like a little Lego. Then we can pull out the

loudspeaker which has 3 screws of its own. Things are pretty intense in here. I've lost

track of how many screws there are at this point. The good thing about the bottom loudspeaker

though is that it does have the little sound dampening balls inside. Remember these tiny

balls help small speaker boxes sound bigger than they actually are by dampening the air

I'll remove the SIM card tray which is normally step number one. And then after removing 3

more screws I can pull away the top camera sensor array. This includes the 8 megapixel,

1080p selfie camera, along with the infrared dot projector and face ID stuff. Remember,

this face unlocks works even when your eyes are closed...which is super sketchy. Strangely

enough, the dual rear cameras do not have screws of their own. They are jiggly inside

of the phone and are only held in place by brackets on the exterior camera lens. The

motherboard has one last screw holding it down into the frame and then the whole thing

can lift out, revealing a little pink dab of thermal cream stuff on the back for heat

dissipation. There's not a whole lot going on here in the heat removal department.

With the motherboard gone, the rear cameras can come out. We have a 12 megapixel normal

camera on the left and a 16 megapixel 2x optical zoom camera on the right – both of which

have optical image stabilization. Now for the battery. Lately it's been pretty important

that batteries can be removed. Batteries don't last forever and it's nice to be able to replace

them after a few years to extend the life of your phone. Google has added pull tabs

underneath the battery, but these are fairly difficult and don't make any cool noises.

Even after breaking all three pull tabs, I was able to remove the battery from the phone

If you take a close look it's pretty easy to see that Epstein didn't kill himself. The

battery is 3700 milliamp hours and can fast charge at 18 watts. Now, you know, when people

are asked what they would like improved on their next smartphone, I would say most mention

battery life, more storage, or better cameras. So Pixel went ahead and added some radar up

here next to the front earpiece speaker. The speaker itself is very large and has the same

foam and balls inside, so there should be some pretty good sound coming out of it. The

radar sensor is here in the top corner, super small, and can detect objects in front of

the phone by emitting little waves of energy and seeing what bounces back. It uses those

waves that bounce back to try to decide what gesture your hand is attempting to make. Personally

I haven't tried it so I'm not going to knock it yet, but I also don't think I would ever

use it a whole lot. I would definitely take a radar detector though. I feel like that

The charging port ribbon is down at the bottom next to the rectangular vibrator and has 3

tiny Lego-style ribbon connectors of it's own. The USB-C port does have a large water

damage indicator sticker on top with a red rubber ring to try to keep water out. And

it's ip68 water-resistant tested at one and a half meters.

Another feature you probably totally forgot even existed is the ability to squeeze the

phone and program that squeeze as a button. There are thin strips of electronics along

each side of the frame that can sense minut variations when you grip it hard with your

hand. I bet the sensors were real confused during my bend test. Speaking of which, when

a smartphone is manufactured they start with a solid block of aluminum. Then add plastic

for the antenna lines and finish milling out the shape of the phone after the plastic is

dropped in. Looking at this Pixel 4 XL, we can see that the back of the interior under

the screen is aluminum, but the interior sidewalls are entirely plastic on every single side

with just that thin layer of aluminum on the outside covered by a thick layer of paint.

You can see how thick the plastic is when the phone is flexed. And that crack I made

during the durability test is exposed. The Pixel 4 is made with less metal than other

The good thing about how many smartphones are out there these days is that there is

something for everyone. Yeah, the Pixel 4 XL isn't for me, but it might fit with the

needs of someone else perfectly. Everyone uses their phone for different things. Of

course, I do think that Google should put a bit more effort into next year's phone because

they were the ones who started this whole Android thing and they should be the ones

I put the motherboard back into place making sure that there weren't any ribbon cables

stuck underneath it. Then I put the front sensor array with the front camera back into

place. It's nice that everything is so modular. But it does make repairing the Pixel 4 much