“Thinnest iPad Ever” – WHAT COULD POSSIBLY GO WRONG?

JerryRigEverything
15 May 202411:01

Summary

TLDRThe video script discusses the new 13-inch M4 iPad Pro, highlighting its impressive thinness and the technological advancements that allow for such a compact design. The device is equipped with a tandem OLED display, which combines two OLED screens to enhance brightness and lifespan while reducing power consumption. The Apple Pencil Pro features a pressure-sensitive ribbon for a more realistic drawing experience. Despite its slim profile, the iPad Pro shows surprising structural integrity, though it is prone to bending. The central spine provides support, but the charging port area is a weak point, leading to structural failure in the video's durability test. The script also mentions the protective measures Apple has taken with the Magic Keyboard's anodized aluminum to prevent scratches and allergies. Overall, the video provides an in-depth look at the iPad Pro's design, technology, and durability.

Takeaways

  • 📦 The new 13-inch M4 iPad Pro comes in a box with a color-matched USB-C cable and a 20W charging brick, but no other accessories.
  • 🔍 The M4 iPad Pro is extremely thin, making it difficult to pick up and potentially arriving with a slight bow in the housing due to manufacturing processes.
  • 📐 Apple has incorporated a central 'cowl' or rib over the main logic board to increase structural integrity despite the reduced thickness of the device.
  • 🖥 The iPad features a tandem OLED display, which is a technological first, stacking two OLED screens to provide enhanced brightness and a longer lifespan.
  • 🖌 The Apple Pencil Pro has an updated design with a removable tip and a pressure-sensitive ribbon that can sense minute pressure differences from the user's fingers.
  • 🛠 The Mo picks test reveals that the iPad's screen is protected by a thin tempered glass that scratches at a level six and deeper grooves at a level seven.
  • 💻 The Magic Keyboard for the iPad is made from anodized aluminum, which is both protective and aesthetically pleasing, and ranks at a level 9 on the hardness scale.
  • 🎥 The iPad Pro has a 12-megapixel selfie camera and a single 12-megapixel rear camera with a color diffused LED flash, and a Time of Flight 3D LIDAR scanner.
  • 🎨 The artist mentions that drawing on the tandem OLED feels temporary and prefers using the back of the iPad for displaying artwork.
  • 🔨 The bin test shows that while the iPad Pro is structurally sound against horizontal pressure, it is vulnerable to damage at the charging port when subjected to vertical pressure.
  • 🔍 Upon disassembly, the central spine or 'cowl' over the motherboard is revealed, along with the M4 chip and a 10,000mAh pouch-style battery.

Q & A

  • What is the thickness of the new 13-inch M4 iPad Pro?

    -The new 13-inch M4 iPad Pro is only 5.1 mm thick, which is about the same thickness as 3/4 of a seven-razor blade or 1/3 the width of a Ben and Jerry's lid.

  • What is the technological innovation in the M4 iPad Pro's display?

    -The M4 iPad Pro features a tandem OLED display, which is a stack of two OLED screens on top of each other. This provides a 1,000 nits of HDR brightness with a peak of 1,600 nits.

  • What is the purpose of the cowling over the main logic board in the M4 iPad Pro?

    -The cowling over the main logic board is added to increase the overall structure of the iPad while maintaining its decreased thickness.

  • How does the Apple Pencil Pro differ from its predecessors?

    -The Apple Pencil Pro has a removable tip that houses a pressure-sensitive ribbon inside, which can sense minute pressure differences from the user's fingers. It also features a taptic engine that makes it feel like an actual button is being clicked.

  • What is the scratch resistance level of the M4 iPad Pro's screen?

    -The M4 iPad Pro's screen is protected with a thin tempered glass that scratches at level six and has deeper grooves at level seven.

  • What material is the Apple Magic Keyboard made of, and why is it used?

    -The Apple Magic Keyboard is made from anodized aluminum. Anodization is used for material protection, aesthetics, and to prevent allergic reactions in the 1% of the human population that has a bare aluminum contact allergy.

  • What is the structural integrity of the M4 iPad Pro like?

    -The M4 iPad Pro has a central spine that provides enough structure for horizontal bends, but it can be prone to bending more noticeably after a few months of regular use, especially after vertical impacts near the charging port.

  • What is the pixel density of the tandem OLED display in the M4 iPad Pro?

    -The tandem OLED display in the M4 iPad Pro has 264 pixels per inch, with an additional 264 identical pixels below them acting as a backlight.

  • How does the double diodes in the tandem OLED display affect power usage and lifespan?

    -The double diodes in the tandem OLED display allow each pixel to not run at maximum load all the time, which results in less power usage and a longer lifespan for the screen.

  • What is the M4 iPad Pro's performance like when subjected to the bin test?

    -The M4 iPad Pro holds up surprisingly well to the bin test, showing a high level of structural integrity despite being thin and bendy. However, it is susceptible to damage when force is applied vertically, particularly at the charging port.

  • What is the first thing one would notice when unboxing the M4 iPad Pro?

    -Inside the box, along with the M4 iPad Pro, you get a color-matched USB-C cable and a 20W charging brick.

  • What is the significance of the central rib in the M4 iPad Pro's design?

    -The central rib, which can be felt through the top glass of the iPad, is a structural feature that adds rigidity and support to the ultra-thin device.

Outlines

00:00

😲 Unboxing and First Impressions of the Ultra-Thin M4 iPad Pro

The video begins with the unboxing of Apple's latest 13-inch M4 iPad Pro, which is noted to be the thinnest Apple device ever, even thinner than an iPod Nano. The host expresses amazement at the technological advancements and poses the question of the device's durability in everyday life. Inside the box, viewers are shown a color-matched USB-C cable and a 20W charging brick. The thinness of the iPad Pro makes it slightly difficult to pick up, and the host's device appears to have a slight bow in the housing. Using an angle finder, it's determined that the device is 1° off from being perfectly flat, which is attributed to manufacturing processes like milling, heat treating, and warping. Despite this, the thinness of the device, at only 5.1 mm, is still an impressive engineering feat. Apple has also added a protective cowling over the main logic board to increase structural integrity without adding bulk. The video also highlights the new tandem OLED display, which is an innovative two-layer OLED technology that provides a high level of brightness and vibrant images, and the Apple Pencil Pro's pressure-sensitive ribbon and taptic engine for a more realistic drawing experience.

05:01

📱 Durability Test and Build Quality Examination of the M4 iPad Pro

The video proceeds to a durability test of the M4 iPad Pro, focusing on its structural integrity and build quality. The host uses a Mohs hardness scale to test the scratch resistance of the iPad's glass, which is protected by a thin tempered glass screen that scratches at level six and has deeper grooves at level seven. The video also examines the new Magic Keyboard, which is made from anodized aluminum to prevent allergic reactions and enhance material protection and aesthetics. The anodized aluminum is rated at a level 9 on the hardness scale, which raises concerns about potential scratches when in contact with the iPad's glass display. However, the rigidness of the keyboard and the smoothness of the glass, along with the surface lubricity of the anodizing, prevent any damage during testing. The video also discusses the removal of a microphone hole, the presence of stereo speaker openings, and the single remaining 12-megapixel rear camera with a color diffused LED flash. The host is impressed with the iPad's ability to withstand horizontal bends but notes a structural weakness at the charging port, which leads to catastrophic failure during vertical bends. The video concludes with a teardown that reveals the central spine or cowling over the motherboard and the M4 chip alongside a large battery.

10:01

🔍 Internal Examination and Component Discussion of the M4 iPad Pro

The video script describes a teardown of the M4 iPad Pro, where the host removes the glass panel to reveal the central spine or cowling that Apple has added over the motherboard. This structural element is part of the design to maintain the device's thinness while providing support. The script also mentions the circular loudspeakers, a change from the previous rectangular design. After removing 14 Phillips head screws, the cowling comes off, revealing the incredibly thin yet functional build of the iPad. The host suggests that adding a more perpendicular spine near the charging port could have improved the device's structural integrity. The M4 chip is showcased, along with a large battery with a capacity of 10,000 209 Mah. The host congratulates Apple on the development of the tandem OLED and invites viewers to test a smaller unit and get a teardown skin, with a link provided in the video description. The script also discusses the power efficiency and longer lifespan of the tandem OLED display due to the double diodes allowing pixels to work at less maximum load. Finally, the host conducts a burn test on the screen with a lighter, which the display withstands without damage.

Mindmap

Keywords

💡M4 iPad Pro

The M4 iPad Pro is the subject of the video, representing Apple's latest iteration of the iPad Pro with a new M4 chip. It is highlighted as the thinnest Apple device ever, which is a central theme of the video as it explores the implications of such a thin design on durability and everyday usability. The script mentions the device's thinness in comparison to other objects like an iPod Nano and razor blades, emphasizing the technological advancements in miniaturization.

💡Durability

Durability is a key concept in the video as it tests how the thin and light design of the M4 iPad Pro affects its ability to withstand the rigors of everyday use. The script discusses potential issues such as the device arriving with a slight bow in the housing and the possibility of it not arriving perfectly flat due to the manufacturing process. The durability test results show that while the iPad Pro is structurally sound in some aspects, it is susceptible to damage when subjected to vertical pressure at the charging port.

💡Tandem OLED Display

The tandem OLED display is a significant technological feature of the M4 iPad Pro. It refers to the stacking of two OLED screens on top of each other, with one acting as a backlight for the other. This innovation allows for a higher brightness level of 1,000 nits for HDR and peak brightness of 1,600 nits. The script praises this as an impressive addition, providing super crisp and vibrant images, and also discusses its power efficiency and longer lifespan due to the分担 of workload between the two layers of pixels.

💡Apple Pencil Pro

The Apple Pencil Pro is an accessory for the M4 iPad Pro, which has been updated with new hardware, including a pressure-sensitive ribbon that can sense minute pressure differences from the user's fingers. This technology, first seen in the HTC U12 Plus Android phone in 2018, triggers a taptic engine to mimic the feeling of a physical button click. The video mentions this as a complex piece of engineering designed for a specific purpose, indicating the high level of precision and interactivity it offers for creative tasks.

💡Anodized Aluminum

Anodized aluminum is used in the construction of the Magic Keyboard for the M4 iPad Pro. The process of anodization involves creating a protective oxide layer on the aluminum, which serves to enhance the material's durability, provide aesthetic benefits, and reduce the risk of allergic reactions for those sensitive to bare aluminum. The script discusses the hardness level of anodized aluminum and its potential for causing scratches on the iPad's glass display, but also notes the protective measures taken by Apple to prevent this.

💡Mo's Hardness

Mo's Hardness is a scale used in the video to test the scratch resistance of materials, such as the glass used on the M4 iPad Pro and the Apple Pencil Pro. The script uses Mo's picks to determine that the iPad's glass scratches at a level six and has deeper grooves at a level seven, indicating the level of force needed to cause visible damage. This is relevant to the video's theme of durability and the everyday practicality of the device.

💡Magic Keyboard

The Magic Keyboard is a new accessory for the M4 iPad Pro, made from anodized aluminum with plastic keys. The video discusses the benefits of anodization for material protection and aesthetics, as well as the practicality of the keyboard's design, which includes a hinge that prevents lateral movement and thus reduces the potential for scratches on the iPad's display.

💡USB-C Port

The USB-C port on the M4 iPad Pro is highlighted in the script as a physical constraint on the device's thinness. It is mentioned that the port's size dictates the minimum thickness of the iPad, and the video speculates that future models may have to incorporate design elements like a camera bump to accommodate necessary features without compromising on thinness.

💡M4 Chip

The M4 chip is the central processing unit of the M4 iPad Pro and is a key component that the video aims to reveal through a durability test that results in the device's disassembly. The script describes the chip as being in 'all of its glory' once the iPad is opened up, indicating the importance of this component to the device's performance and the viewer's interest in seeing it.

💡Nano Texture Glass

The nano texture glass is a special type of glass used on one of the M4 iPad Pro models mentioned in the video. It is implied to have a unique texture that may affect its durability or appearance. The script suggests a future test to see if this type of glass also falls apart in the same way as the standard glass when subjected to stress, indicating an interest in comparing different materials used in the iPad's construction.

Highlights

Apple introduces the thinnest iPad Pro ever, thinner than an iPod Nano.

The M4 iPad Pro comes with a color-matched USB-C cable and a 20W charging brick.

The thinness of the M4 iPad Pro makes it difficult to pick up and may arrive with a slight bow.

Apple has added a cowling over the main logic board to increase structure with decreased thickness.

The iPad features a tandem OLED display with a noled backlight for 1,000 nits of HDR brightness.

The Apple Pencil Pro has a pressure-sensitive ribbon that senses minute pressure differences.

The M4 iPad Pro uses a thin tempered glass screen that scratches at a level six.

Apple's Magic Keyboard is made from anodized aluminum, which ranks at a level 9 on the hardness scale.

The iPad Pro has a 12-megapixel selfie camera and anodized aluminum frame rails.

The thickness of the M4 iPad is constrained by the size of the USB-C port.

Apple has removed one of the camera lenses and a microphone hole for a cleaner design.

The M4 iPad Pro's tandem OLED screen uses less power and has a longer lifespan.

The device's glass screen can ripple away from the frame under pressure, affecting water resistance.

The M4 iPad Pro shows signs of bending out of the box and after regular use.

The charging port is a weak point, causing catastrophic failure in a vertical bend test.

The M4 chip and 10,000mAh battery are revealed after removing the glass back.

A teardown skin collaboration with dbrand is available for the M4 iPad Pro.

Transcripts

00:01

Apple's brand new 13-in M4 iPad Pro the

00:05

thinnest Apple device ever thinner than

00:08

even an iPod Nano it's wild to see how

00:10

far technology has come but is it

00:13

durable can it survive everyday life

00:16

that's what we're here to find

00:19

out hit that subscribe button and Buckle

00:21

in we're going to see how this iPad is

00:24

so thin Inside the Box we get a color

00:26

matched USBC cable and a 20 W charging

00:29

brick thank you very much but that's it

00:32

first thing I noticed on this M4 iPad is

00:34

that since it's so thin it's actually

00:37

difficult to pick up off my desk and it

00:39

looks like mine might have arrived with

00:41

a slight bow in the housing as someone

00:43

who works with metal regularly I can

00:45

zero out my angle finder on my flat

00:48

tabletop set it up against the M4 iPad

00:50

Pro and it looks like we are. 1° off

00:54

from zero right out of the box splitting

00:56

hairs of course not that I have many to

00:59

split but between the Milling Heat

01:01

Treating and warping I imagine not many

01:03

of these ultra thin iPads are going to

01:05

arrive perfectly flat .1 de is better

01:08

than I was expecting though and to be

01:10

honest while I don't personally yearn

01:12

for ultra thin Electronics I can still

01:14

appreciate that packing all this

01:16

Hardware into such a tiny device is an

01:18

incredible feat it really is only 5.1 mm

01:21

thick for my American audience that's

01:23

about the same thickness as 3/4 seven

01:26

razor blades or 1/3 the width of a Ben

01:29

and& Jerry lid and just for the record I

01:32

am not the Jerry mentioned in B and

01:34

Jerry's however I am available for

01:37

adoption where was I oh yeah apple says

01:40

that in order to increase the overall

01:41

structure with decreased thickness

01:43

they've added a cowling over the main

01:45

logic board that logic board runs

01:47

through the center of the iPad and I can

01:49

even feel that Central rib through the

01:51

top class with just my fingers and

01:54

hopefully we'll be able to see it with

01:55

our eyeballs in just a few minutes the

01:57

most impressive technological addition

01:59

to the iPads this year in my opinion has

02:01

got to be the tandem OLED display let's

02:04

take a peek at it through my microscope

02:06

OLED screens are awesome the

02:08

individually lit pixels as you can see

02:10

here through the microscope deliver

02:11

super crisp and vibrant images what

02:14

Apple has done here for the first time

02:15

ever is stack two OLED screens on top of

02:18

each other so not only are there 264

02:21

pixels per inch but there are also

02:23

apparently 264 identical pixels below

02:26

those pixels acting as a backlight a

02:29

noled back light for an OLED display

02:31

this gives us a ridiculous 1,000 nits of

02:34

HDR brightness with the 1,600 nits Peak

02:37

if you notice the file icon on the M4

02:40

iPad Pro has super long blue diodes

02:42

while the iPhone 15 on that same folder

02:45

icon has much smaller dodes within the

02:47

exact same footprint this is actually

02:49

only because the iPhone 15 OLED has

02:51

twice the pixel density and is in no way

02:54

comparable to the tandem OLED

02:55

conversation since my microscope only

02:58

sees in a 2d plane and and tandem OLED

03:00

exists in three dimensions but it still

03:02

looks cool and it was worth a shot the

03:04

tandem OLED isn't the only thing Apple

03:06

changed up there's quite a bit more

03:08

Hardware inside of the apple pencil Pro

03:11

I'm definitely not the Target

03:12

demographic for $129 professional pencil

03:16

especially when my razor knife is only

03:18

15 bucks but I guess it just depends on

03:21

which side of the tablet you'll be

03:22

drawing on as you saw the tip is

03:24

removable and inside that plastic

03:26

housing is a pressure sensitive ribbon

03:28

that can sense minute pressure

03:29

differences from your fingers we first

03:31

saw this technology debuted with the

03:33

htcu 12 plus Android phone back in 2018

03:37

the ribbon triggers a taptic engine that

03:39

we can find past the square mounting

03:41

magnets it's all tucked up into the back

03:43

end where the Eraser should be the

03:45

taptic engine makes it realistically

03:47

feel like an actual button is getting

03:48

clicked even though there are no clicky

03:50

buttons it's a complex piece of

03:52

engineering and an interesting tool

03:54

built for a very specific job some of my

03:57

favorite tools however are my Mo picks

03:59

which help us differentiate between

04:01

different materials the tandem OLED

04:03

apple is using this time around feels to

04:05

be protected with glass and since there

04:07

are no marks left by my Mo's 2 3 four or

04:10

five picks we can be sure that apple is

04:12

using a thin tempered glass screen that

04:14

scratches at a level six with deeper

04:16

grooves at a level seven the Mo's

04:18

hardness is especially relevant this

04:20

time around when we open up Apple's new

04:22

magic

04:25

keyboard we already know that something

04:27

at a softer level on most scale of

04:29

Harden cannot scratch any of the levels

04:31

above it a level three aluminum won't

04:34

scratch a level six glass and a level

04:36

six glass will never scratch a level 10

04:38

Diamond however this time around Apple's

04:40

magic keyboard is made from an anodized

04:43

aluminum the keys themselves are plastic

04:46

anodization is necessary for material

04:48

protection Aesthetics and as well

04:50

there's a rather large 1% of the human

04:53

population that has a bare aluminum

04:55

contact allergy we learned this while

04:57

building wheelchairs at my factory bare

04:59

aluminum is not like Kryptonite or

05:01

anything it's more like a slow motion

05:03

poison ivy rash after extended contact

05:05

and the aluminum oxide anodizing top

05:08

layer helps eliminate those reactions F

05:10

and chat for the F but that same

05:13

aluminum oxide coating also ranks at a

05:15

level 9 on most scale of hardness which

05:18

when pressed right up against the level

05:19

six glass display of the M4 iPad Pro

05:22

makes me worried however even though the

05:25

metal is coming directly in contact with

05:27

that glass the magic keyboard hinge does

05:29

not allow for any lateral movement which

05:32

reduces the abrasive potential and to

05:34

further decrease worries of accidental

05:36

scratches I took my level 9 antiz iPhone

05:39

15 and scuffed up the iPad glass as well

05:41

as I could but each of the marks wiped

05:43

completely away I imagine the surface

05:46

lubricity of the anodizing and

05:47

smoothness of the glass along with the

05:49

rigidness of the magic keyboard will all

05:52

help to keep the glass undamaged so far

05:54

there doesn't appear to be anything to

05:55

worry about there's no glaring build

05:58

quality issues yet there's one 12

06:00

megapixel selfie camera tucked into the

06:02

Longs side bezel of the iPad Pro

06:05

protected with the same scratch

06:06

resistant glass and Swinging our way up

06:08

to the ultra thin frame rails we see we

06:10

have a whole lot more anodized

06:12

aluminum along with the apple pencil

06:15

Dock and two metal volume buttons that

06:17

cannot be removed the top of the iPad

06:19

Pro has two stereo speaker openings and

06:22

a terribly play center microphone hole

06:24

you'll see why in a second moving along

06:26

to the other long flat side Apple has

06:28

removed the microphone hole in the

06:29

center of this

06:31

rail glad that's gone and down here at

06:34

the bottom of the M4 iPad we can see

06:36

that the thickness of the iPad is

06:38

literally constrained by the tiny size

06:40

of the USBC Port which sits right

06:42

between two more stereo speaker openings

06:44

if this thing gets any thinner will have

06:46

a camera bump and a charging port bump

06:49

speaking of camera bumps Apple's removed

06:51

one of the camera lenses this year and

06:52

to be honest no one's going to notice

06:54

there's a lower Time oflight 3D lar

06:56

scanner and the upper circle is the only

06:59

remaining 12 megapixel rear camera with

07:01

a single color diffused LED flash which

07:03

is also tucked into the same camera hump

07:06

now one of my favorite parts of owning

07:07

an iPad is its immense canvas for which

07:10

I can display my

07:13

artwork drawing on the tandem OLED seems

07:15

also temporary so I'll just use the back

07:19

I learned two new things recently one

07:21

apples are made up of 25% air which was

07:23

news to me and even more interesting

07:26

lions like the anatomically correct

07:28

Beast you see here

07:31

actually eat apples yeah they're

07:34

carnivores and all that but if they get

07:35

hungry enough apples are on the menu you

07:38

learn something new every day to keep

07:40

your own iPad from getting scratched

07:41

might I recommend my tear down skin

07:43

collab with dbrand a stute observers

07:45

might notice that this skin is the same

07:47

tear down skin as last year because of

07:49

course we haven't seen the inside of the

07:51

M4 yet so how would I have a skin for it

07:53

but don't you worry there's a very large

07:55

probability that we'll see the insides

07:57

in about 60 seconds and then we can

07:59

start shipping out the real deal link

08:01

down in the description the coolest part

08:03

of the tandem OLED that I didn't mention

08:04

before is that because of the double

08:06

diodes each pixel doesn't have to run at

08:09

maximum load just like a person can walk

08:11

farther than they can Sprint two pixels

08:13

working together means that a single

08:15

Pixel doesn't have to work as hard so

08:17

overall the screen uses less power while

08:19

having a much longer lifespan which is

08:22

awesome there also appears to be no

08:23

effect on the 13-in ultra Retina Display

08:26

from my lighter even after burning it

08:28

for more than 60 seconds so thumbs up

08:30

for that finally the bin test no one's

08:33

going to be putting their iPad Pro in

08:35

their back pocket obviously but it will

08:37

very much be bumping around in backpacks

08:39

book bags and as Apple's thinnest

08:42

product ever we need to know how this

08:44

Netflix machine is going to hold up to

08:46

Everyday Life when B from the back the

08:48

answer

08:52

is that it holds up surprisingly well

08:55

like suspicious black magic levels of

08:58

structural Integrity going on

09:00

you can see the glass screen literally

09:01

Ripple away from the frame eliminating

09:03

any water resistance but all that

09:05

Hardware itself is still intacted yeah

09:08

the M4 iPad Pro might be a bit bendy

09:10

right out of the box and will definitely

09:12

not be straight after a few months of

09:14

regular use but that Central spine is

09:17

definitely providing enough structure

09:19

for horizontal bins I'm very impressed

09:22

vertical bins

09:25

however still not as wrecked as Drake

09:28

but holy macaroni there's no recovering

09:30

from this catastrophic failure right at

09:32

the charging port the M4 iPad Pro is now

09:35

built like a rainbow or bow an arrow or

09:38

a

09:39

Boeing joke just made my life insurance

09:41

go through the roof kind of like that

09:43

wheel did but the backs side of the

09:45

charging port itself is what put

09:47

pressure on the inner side of that glass

09:49

cracking It Up From The Bottom Edge

09:51

which means now we get to go find the M4

09:53

chip I do happen to have another smaller

09:56

11-in M4 iPad Pro with the Nano texture

09:58

glass so if this video gets 100,000

10:01

likes we can see if that one also falls

10:03

apart in the same place if we roll back

10:05

the glass like a very expensive

10:11

tortilla we can get our first look at

10:13

that Center spine or cowling that Apple

10:15

added over the motherboard this time

10:17

around we also have some very circular

10:19

loudspeakers instead of rectangular and

10:21

with 14 Phillips head screws removed

10:24

Apple's cowling comes off in two pieces

10:26

it's incredibly thin like the rest of

10:28

the iPad but obviously gets the job done

10:31

if Apple could add another more

10:32

perpendicular spine running widthwise

10:34

near the charging port where all that

10:36

structure was removed this thing

10:38

probably would have survived and there

10:40

you have it the M4 chip in all of its

10:42

Glory right alongside the 10,000 209 Mah

10:46

pouch style battery honestly it's a

10:49

pretty cool tablet congrats to Apple on

10:51

the tandem OLED development let me know

10:53

if I should test a smaller unit and grab

10:55

your tear down skin with the link in the

10:57

description thanks D for watching I'll

10:59

see you around

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Etiquetas relacionadas
Apple TechM4 iPad ProDurability TestOLED DisplayHardware ReviewDesign AnalysisThin ElectronicsTech InnovationApple Pencil ProAnodized AluminumProduct Durability
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