is the Samsung Galaxy S20 Ultra.

And, there's a lot going on.

It is big, it has 5G, 108 megapixel camera,

four other cameras, a massive screen,

a high refresh rate, a 1399 dollar starting price.

It's just a lot.

(drum beat)

If there's a spec that you can think of

for a phone, this phone is trying to beat that spec.

The S20 Ultra goes big,

I mean you know, literally big, look at the phone.

And looking at it I think one thing is blindingly obvious.

Samsung feels like it has something to prove.

Let's see if it can.

The best word that I can come up with

to describe the S20 Ultra is, imposing.

It has this giant, giant camera bump

on the back which sometimes can be a problem on a table.

But look, the thing looks like a Galaxy phone overall.

Just kind of taken to the limit.

It is as large and nearly as heavy

as pretty much any phone that I've ever used.

It's a monolith.

It sees your puny attempts at using a phone one handed

and it laughs at you.

Now the main reason this phone

is as big as it is is so that you can have

this screen which is 6.9 inches diagonally.

And because this screen doesn't have

a face unlock sensor on it,

it can cover nearly the entire front of the phone.

Now I figured that I'd be annoyed

at having to go back to an in-screen fingerprint sensor

instead of face unlock, but I really wasn't.

The sensor is fast and accurate enough for me,

so I've got no complaints.

But the real reason I think that this screen

shows that Samsung has something to prove

with the S20 Ultra, is they finally added the option

to switch it to 120 hertz refresh rate.

Now, it comes outta the box at 60 hertz

to save battery but I hopped into settings

and turned it on right away

and never looked back because I think

it has enough battery life to handle it.

And 120 hertz really does make scrolling

and screen animations look better and smoother.

Samsung even says that it stopped bothering

with any variable refresh rate

based on the content of the screen nonsense.

It's just locked to 120.

Oh, by the way, you can't have both 120 hertz

and the phone's maximum 3200 by 1440 resolution.

But, I think the trade for 1080 by 2300

to get 120 hertz is totally worth it.

And of course, the screen looks great.

Looks great indoors, outdoors,

at different angles, with HDR content.

Samsung knows how to do this by now,

it's very good at it.

And again, because it's nearly seven inches diagonally,

it looks good 'cause it's just huge.

But, look.

Samsung has already done the make the phone bigger

than everybody else thing.

That's not actually what the S20 Ultra is about.

It's about being bigger in every way, not just size.

And there is no better place to start

talking about what that means,

than to just jump right into the biggest

number of all, the 108 megapixel camera.

(relaxing music)

So let's just get into it.

If you count the depth sensor,

there are five cameras on this phone.

And three of them have just silly megapixel counts.

The selfie camera is 40 megapixels.

The telephoto is 48,

the regular wide angle is 108 megapixels.

The only camera that isn't out of bounds

megapixel wise is the ultra wide which is 12 megapixels.

But the S20 goes further than that.

So similar to what Huawei did on it's phones,

the telephoto lens here actually hits

a prism and a mirror and redirects

the light across the body of the phone

into the sensor, like a periscope.

It means that the phone can get

real optical zoom all the way up to 4x,

and something really good up to 10x.

Then there's this thing that Samsung

calls Space Zoom, which pushes the zoom

all the way out to 100x.

That's one of the reasons that Samsung

went with a 48 megapixel camera on the telephoto,

so that it has more pixels to choose from

when it starts cropping in.

It also does this thing where it takes multiple photos

to help get data from all the sensors to help.

So how does all that tech work?

Well I tested this zoom against the iPhone 11 Pro,

and the Pixel 4 XL, both which have telephoto lenses.

And for fun, I threw in the Sony RX100 VII.

The Pixel 4 XL maxes at 8x zoom,

so I just compared it at that level

and I used a tripod for all of these photos

that you're looking at.

I think the RX100 wins, but you know,

it's a stand alone camera so of course it's gonna.

When you just look at the phones,

the S20 Ultra embarrasses the iPhone,

and I think it edges out the Pixel 4 too.

So far so good, but what about this Space Zoom thing?

Well, you can impress your friends

with little whoa moments by zooming

all the way into 100x, but truthfully,

I think they look like splotchy messes at that zoom level.

I was able to get some fairly nice

stuff at 30x, usually by propping

the phone on something stable.

But, it still looks like a phone photo to me.

Okay, but what about just regular,

plain old, non-zoom photos?

Well, Samsung is doing some weird tech stuff here too.

So, by default the 108 megapixel sensor

makes 12 megapixel images because the hardware

automatically combines nine pixels into one big pixel.

It's a process called binning.

And combined, those binned pixels

are about as big as what they would've been

on a lower megapixel sensor.

Which does help this camera avoid

some of the usual problems that you get

with high megapixel sensors.

Like bad low light, and noise.

It mostly works.

See, in order to make all of this pixel binning

stuff happen, Samsung still has to do a lot in the software.

Now, generally I think the S20 wants to smooth out

lighting especially on faces,

it wants to keep things bright,

and it wants to shift towards less red tones.

And those are often really good instincts for photos.

So, for example, I think the shot of Alex looks great.

And this purple plant thing,

it's intense in just the right way.

But then, Samsung sometimes steers

the S20's tuning just a little too far.

So, compared to the iPhone, or the Pixel,

this photo of me is just plain

over smoothed and over brightened.

It is actually super weird.

As soon as the S20 camera sees a face,

it brings up the shadows too much

it smooths skin too much, and it tries way too hard

to adjust the white balance and often gets it wrong.

Turn your head 45 degrees where

it doesn't see a face, and it's fine.

Turn on pro mode, and it's fine again.

Turn on Bixby Scene Optimizer,

and well, okay Bixby makes it worse, but still.

In a lot of lighting conditions

I got good photos of faces but

in challenging conditions it got rough.

Samsung tells me that it's looking into it,

but there's no setting that you can change

to change the default behavior

of what this thing does with faces.

The weirdest part though,

none of this applies to the selfie camera.

Which is great.

Now Samsung also let's you take full on,

108 megapixel photos,

and there's yet more camera tech involved in this

like re mosaicing but the bottom line

is you need a lot of light to get a decent photo

at that resolution.

And even then, my 108 megapixel photos

were noisy enough in the fine details when I cropped in,

that I never really saw the point.

Now, when it comes to low light photos,

Samsung is doing better than it ever has,

partly because the sensors are so big here.

But it still has a lot of work to do

to catch up to the Pixel 4.

And on portrait, again, better than it ever has,

but it still has a lot of work to do

to catch up to the iPhone.

The selfie camera though, which is 40 megapixels,

is my favorite camera on this entire phone.

It doesn't do the same bad over smoothing on faces,

I just really like it.

Finally, I hate to tell you this,

but as usual with every phone that we try,

the ultra wide camera is the worst

of the three cameras in terms of quality.

Things kinda just get over sharpened

as a result of a meh sensor.

I guess the iPhone kind of beats the S20 here,

but nothing is really good.

Now as for video, the headline feature

is that you can shoot and edit in 8K,

and I dunno, I think that's kinda gimmicky

but I do like that you can pull a still photo out.

More important to me is the slightly improved

video stabilization 'cause I have pretty shaky hands,

but you should know that that still doesn't

work in 4K and definitely not in 8K.

Last and you know what, definitely not least,

is I saw this thing hunting for focus a lot.

Especially when I was shooting video.

I also really like this new feature

called single take which does as many

of Samsung's weirdo camera modes as possible

in one long shot.

It's fun, but I wouldn't depend on it

for anything important 'cause the quality

is like, not that good.

So, that's a lot.

It's a lot of camera which makes sense

'cause this camera bump is so huge right?

I mean, okay.

Where do I think it all lands?

Well, I think Samsung

has a little bit more work to do

on it's photo algorithms.

I think it's gonna take a minute

for them to learn how to take all of these huge

megapixel counts and turn them into something

that really works in every single context.

Especially with faces.

(relaxing music)

Now the S20 phones are the very first

main stream 5G phones.

There have been a few before,

but they've never been the default

and with the S20 line they are.

Now you should know that only the S20 Ultra

and the S20 Plus support the super high speed

millimeter wave-5G that you can really only get

at like a few street corners.

But, all of them support the slightly slower,

but much more widespread mid band 5G.

So, okay, here's the state of 5G in New York City.

On T-Mobile's mid band, I was able to pull

anywhere from like 45 down,

which is not much faster than LTE,

up to 120 megs per second in a pretty good spot.

That's real fast.

But it's not as fast as what I could get

on Verizon's millimeter wave,

where I saw download speeds hit over 1300 Mbps.

Which is incredible.

I got that on one street corner, if I held my phone right,