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So This is Peak Foldable

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0:02

Okay, so I've been saying for years that

0:04

foldables are for early adopters only

0:06

and they don't make sense for regular

0:07

people until the only difference between

0:10

a foldable and a regular phone is the

0:12

fact that one of them happens to fold in

0:14

half and there's no other compromises.

0:16

So when this all got started 7 years ago

0:18

with the Galaxy Fold 1, it was really

0:21

exciting that it folded in half, but

0:23

there were obviously a ton of

0:25

compromises back then to make that

0:26

happen for the first time. from the huge

0:28

bezels on that cover screen to the

0:30

smaller subpar cameras and battery and

0:33

other specs, the extremely compromised

0:34

durability, and of course, the crease,

0:36

the massive crease through the middle.

0:38

So, every year, foldables have gotten

0:40

better and better and better and better

0:42

from a bunch of different companies as

0:43

they've slowly tackled each one of those

0:46

compromises. So, foldables have gotten

0:48

thinner and they've gotten bigger

0:50

batteries and they've gotten better

0:51

hinges and smaller creases. And that's

0:54

all led to this, the Oppo Find N6. Does

0:57

seem kind of random that this is now

0:59

peak foldable, but I actually think by

1:00

the end of this video, you'll agree with

1:02

me. So, the obvious problem number one

1:03

with old foldables was that they suck to

1:05

use one-handed since they're thicker,

1:07

they have worse bezels, and just they're

1:10

generally compromised versus a normal

1:12

slab phone. But we've seen this string

1:13

of thinner foldable phones, especially

1:15

in the past few years. And now you look

1:16

at the Oppo Find N6. From the front,

1:18

you'd hardly know it's just a normal

1:20

slab phone. Now, you do have the

1:21

telltale asymmetrical metal. So, rounded

1:24

corners on one side, square corners on

1:26

the hinge side. That's how you'd be able

1:27

to know. But other than that, it just

1:29

looks like a normal 6.6 inch phone. OPPO

1:31

has been absolutely cooking with the

1:33

materials and the build. So, when you

1:34

pick it up and use it, it genuinely

1:36

feels like a regular slab phone because

1:38

it's the same size as one. Now, this

1:40

phone is just under 9 mm thin and weighs

1:43

around 230 g. For context, the iPhone 17

1:46

Pro Max is also just under 9 millimeters

1:49

thin and around 230 gram. So, this is

1:51

effectively a no compromises normal

1:54

phone, at least dimensions wise, before

1:56

you even open the thing. So many of the

1:57

previous foldables, I remember using

1:58

them and there's like you can use the

2:00

outside screen, but you didn't really

2:02

want to. You'd rather just open it up

2:04

and get to the better screen. But this

2:06

you could just use like normal. It's

2:08

perfectly fine to take pictures with, to

2:10

watch videos on, to text on because the

2:12

keyboard isn't too small. It's a normal

2:14

aspect ratio. It's great. And it also

2:16

has all the flagship specs, by the way.

2:17

3600 nits peak brightness, 1,800 nits

2:20

full screen, so it's very viewable

2:22

everywhere outdoors. Super responsive

2:25

120 Hz LTPO, high frequency PWM dimming,

2:28

the whole thing. Now, folding in half

2:30

also always has presented a bunch of

2:31

challenges with just the physics of

2:33

fitting stuff in a smaller, thinner form

2:36

factor that has to split. So, for years,

2:38

these folding phones never really had

2:41

flagship cameras because there wasn't

2:42

enough room. Uh, and also the batteries

2:44

would always be smaller because they

2:46

have to split it in half around a hinge,

2:48

which is tough cuz they're trying to

2:49

power a bigger display. But it's 2026,

2:52

so now of course the tech has evolved to

2:53

the point where we have silicon carbon

2:55

batteries. And this ultra thin phone

2:57

split in half still has a total of a

3:00

6,000 mAh battery, which is more than a

3:03

lot of slab phones already, plus 80 watt

3:05

charging and 50 watt wireless charging.

3:07

And then as far as cameras, so the

3:09

physical sensor size can never quite be

3:11

the same as a slab phone because again,

3:13

it's split in half. So there's just not

3:15

as much room in the Z-axis dimension.

3:17

But there has been development of some

3:19

big sensors with shallow Z-axis

3:21

thickness specifically to fit in thinner

3:23

phones. So, this phone has the same ISO

3:26

HP5 sensor that's in the S25 Edge, 200

3:30

megapixels, one over 1.56 in optically

3:33

stabilized. So, there is that plus a 50

3:35

megap ultrawide and a 50 megapixel 3x

3:38

telephoto. And then, I don't know if you

3:40

remember, but folding phones used to

3:41

have significantly lesser chips, too.

3:44

Less room inside, less room for cooling.

3:47

This phone has a Snapdragon 8 Elite Gen

3:49

5 inside, but a bend version with one

3:51

less core. So, for all intents and

3:53

purposes, I think we can say it's a

3:54

flagship chip and maximizing what you

3:56

can do in that thin of a space. Plus,

3:58

there's a new dedicated S1 chip for

4:00

better network performance. So, now

4:02

despite being ultra thin and chopped in

4:04

half, this thing has flagship displays,

4:06

flagship chips, flagship specs, high-end

4:09

cameras. It's also IP59 water and dust

4:11

resistance rated, which used to be nuts

4:13

for foldables, but now you can just

4:16

spill water on this thing and it'll be

4:17

fine. But the piece to resistance for

4:20

this N6 is without question this center

4:24

display. For years for folding phones,

4:27

we've gotten used to them, you know,

4:28

having a amazing folding screen, but

4:30

also having a small crease in the

4:32

middle. And the crease, you know, it's

4:34

just one of those things where on most

4:36

phones, most of the time, it doesn't

4:38

bother you. Trust me, as someone who's

4:39

used these phones, I've said it before,

4:41

it's like bezels. Most of the time,

4:42

you're just looking at the content or

4:44

reading or typing, so you're not really

4:45

seeing it. But every once in a while it

4:47

catches the light the right way or you

4:49

run your finger over it and it just hits

4:51

you're reminded of it and so you can

4:53

still notice it sometimes. But not with

4:56

this phone. So the N6 has this new thing

4:58

they developed called the no feel

4:59

crease. And I' I'd seen the marketing.

5:02

I'd heard I'd watched some videos about

5:03

it but they're mostly sponsored. So I

5:05

was a bit skeptical. Okay. But I got it

5:07

in my hands. And this thing is actually

5:08

super impressive. You open it up. It's

5:11

the classic big square. 8.1 in corner to

5:14

corner. same full screen brightness,

5:16

same 1 to 120 Hz LTPO, same PWM dimming,

5:19

but you might notice there's basically

5:21

no perceptible crease here. I mean,

5:22

there's there's a little bit of crease

5:24

if you're really looking for it. But

5:26

compared to other foldables we've seen

5:28

and that I've used, this is basically no

5:30

crease. And the extra bit of engineering

5:32

that goes into solving this last problem

5:35

is actually very intricate. And they're

5:38

already doing a bunch of the stuff that

5:39

everyone else has already thought of,

5:40

like softening the crease radius by

5:42

doing a teardrop shape when it's folded.

5:45

But the main innovation here is with

5:47

this hinge. They literally laser scan

5:50

each individual titanium hinge to map

5:52

the slightest variations across the

5:54

surface, then 3D print a liquid polymer

5:58

to fill in the exact micro gaps to

6:00

perfectly smooth out the hinge, and then

6:03

harden it with ultraviolet light. is

6:05

incredibly complicated, but the end

6:06

result is they minimize the surface

6:09

level variations across the hinge from

6:12

0.2 millimeters down to 0.05 mm, which

6:16

is apparently less than half a human

6:18

hair thickness. So, that combined with a

6:20

slightly thicker layer of top glass that

6:23

they're using really makes a big visual

6:25

difference and feel difference. A lot of

6:27

these foldables also, they look great

6:29

out the box, but the more you use it, as

6:31

you know, the more you fold and unfold

6:33

it, the deeper that crease becomes, the

6:35

more you notice it. This process they're

6:37

saying is good for 600,000 folds and

6:41

still not showing any significant

6:42

crease, which, you know, obviously I've

6:44

been folding and unfolding this a lot,

6:46

uh, but not that many times, so I'm just

6:48

gonna have to take their word for it.

6:49

But yeah, now that really that's the

6:52

last few percent of like quality of life

6:55

when you're using a foldable, never

6:57

really noticing or perceiving the crease

7:00

at all. And the cherry on top is unlike

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