With a fully functional display on both sides of the phone, it will be interesting to see

how this is put together from the inside, and how it differs from, you know, a normal

single screen phone.

Let's get started.

[Intro]

I'm usually one of the first people opening up brand new phones to explore the insides,

and a phone with back to back screens is definitely in uncharted territory.

I'm going in blind.

I'm going to assume that the back is what comes off first.

One wrong move though, and the whole phone might get destroyed.

Heat and large suction cups are my best friends when opening up glued shut glass sandwiches.

The heat softens the adhesive and allows my razor blade to slip in and slice through the

black sticky stuff holding the phone halves together.

If my metal pry tool or razor blade gets too deep though, I might end up damaging some

of the sensitive ribbons, the battery, or the rear screen this time around.

And since I have no idea what I'm in for, I'm going pretty slow and being super careful.

After a little gap is created, I can tell that the screen ribbon cable is up along the

top, and I can fold the back glass away from the phone without putting any stress on the

fragile ribbons – they can tear like paper.

Now normally it's a bad idea to wake the patient up halfway through an operation, but it might

be pretty cool, so let's try it.

[Buzz] Still don't believe that man's ever been to medical school.

[Zack] Even with the rear glass panel and back screen completely removed from the phone,

everything is still working.

Thumbs up for that.

The AMOLED display has it's one wire connection reaching back towards the motherboard.

With everything being so incredibly thin, the screen doesn't really add any bulk to

the phone itself.

We'll put the patient back to sleep again and see what else is inside the phone.

Normally, I try to disconnect the battery first so there's no power running through

the device, but everything is still hidden under this large black sticker, and also screwed

in and held down under the top metal plate, so I'll risk it.

Unscrewing the little silver latch over the rear AMOLED connector, and pop it off with

my plastic pry tool just like a little Lego.

A clear phone definitely won't be possible this time around.

Trying to remove a display panel that's glued to glass is like brain surgery on a potato

chip – something is going to crack.

So I'll be leaving it alone this time around.

The top metal plate has eight screws holding it in place.

I'll remove those, setting them off to the side in an organized fashion.

There's one little ribbon cable for the rear sensors attached to the motherboard.

I'll unplug the battery though first with my plastic pry tool, and then proceed to the

small sensor ribbon.

I'll remove the dual SIM card tray, and then make my way to the row of ribbons down at

the bottom.

The right fingerprint scanner ribbon, the charging port ribbon, the front LCD screen

ribbon, and the left fingerprint scanner ribbon.

Down here at the bottom of the phone it has it's own 7 screws.

The plastic loudspeaker can't quite pull away on it's own yet though.

It has one of those black wire cables built in going all the way up to the top of the

motherboard.

The large, silver internal battery has no magic pull tabs.

It's one of those permanent pry it out and hope it doesn't explode style batteries.

But the adhesive isn't too bad this time around.

It's a pretty big 3800 milliamp hour battery.

The charging port has one gold ribbon connector, a single black wire cable, and one tiny silver

screw holding it in place.

After that the whole thing can lift up and pull away from the phone along with this large

coin style vibration motor that's soldered onto the board.

It's got a little circular white water damage indicator.

This phone is not water resistant.

And of course, we have the USB-C port down here as well.

Making our way back up to the top, we can see the ribbon path from both fingerprint

scanners that plug into each side of the motherboard.

The motherboard itself has one screw holding it in place by the little square earpiece

speaker.

And then the whole thing can pull away from the phone body, revealing it's bubblegum-like

thermal paste that uses the aluminum frame of the phone as a giant heat sink.

The rear camera connectors are hidden under this metallic tape.

The Nubia X has 16 megapixel and 24 megapixel cameras.

No wide angle or telephoto lenses – just that portrait mode stuff.

Neither of the lenses have optical image stabilization.

These dual cameras also double as the front facing selfie cameras when the rear screen

is activated.

Pretty unique.

The front LCD screen is glued into the metal housing.

You can see the ribbon cable coming up through a hole in the frame.

Any attempt to remove the front glass screen from the metal frame will probably result

in it shattering, so I would only attempt a screen replacement when it's already too

broken to be useful anymore.

The rear screen replacement's a piece of cake compared to the front screen, as long as you

can replace the whole back glass panel at the same time.

The motherboard is back in place with it's one screw, along with the charging port board,

and it's coin-style vibrator.

It's pretty ingenious to have screens on both sides of the phone.

Definitely solves the notch issue and allows for better looking, larger, edge to edge front

displays.

It's always refreshing to see something unique and innovative in the smartphone world when

most of the big smartphone companies are playing it pretty safe.

The battery is back in place and all the ribbon cables are plugged in, including the battery

ribbon which clips on last.

The top metal plate with it's little ribbon is back in place, and the 15 screws for both

the top and the bottom boards are all screwed back in as well.

Here's the moment of truth as we take the rear back glass panel with it's AMOLED display

and plug it back into the motherboard.

It's got a silver metal bracket to keep the connector from coming loose.

Definitely an impressive design.

The simplicity of adding a rear display to the phone changes basically nothing from a

normal glass backed phone like a Samsung or OnePlus.

Just one rear ribbon to watch out for like we would have anyway with a rear mounted fingerprint

scanner.

I'm impressed with how simple it is and surprised we haven't seen it before now.

I'm even more surprised though when I fold the glass screen back over, hit the power

button, and the whole thing still turns on.

It's alive and functioning just fine.

Do you think dual sided smartphones are the way of the future, or is this more of a gimmick

that will fade away with time?

Let me know down in the comments.

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And thanks a ton for watching.

I'll see you around.