I tested EVERY Pixel Camera. Here's what I learned.

Summary

In this video, Ryan Thomas compares the camera quality across all Google Pixel phones from 2016 to 2024, focusing on the XL and Pro models. He discusses the evolution of camera hardware, including the shift to larger sensors and the improvements in dynamic range, sharpness, and night photography. Ryan highlights how Google has reused camera sensors over the years, with significant changes starting from the Pixel 6 era. The video also compares portrait mode and long-range zoom, noting key differences and advancements in image quality across generations.

Takeaways

• 📸 Ryan Thomas compares camera quality across all mainline Pixel phones from 2016 to the present, focusing on the XL or Pro models.
• 🛠️ The comparison is based on the latest public software available for each device, with no beta versions or custom ROMs used.
• 🔍 Google reused camera sensors across the first five Pixel generations, with significant changes starting in the Pixel 6 with the GN1 sensor.
• 🎨 Early Pixels (1-3) showed a magenta tint in images, which was corrected starting with the Pixel 4.
• 👁️‍🗨️ The larger sensor introduced in the Pixel 6 results in a shallower depth of field, creating more background blur but less focus on the edges.
• 🌤️ Dynamic range and HDR capabilities improved significantly from the Pixel 1 to the Pixel 8, with newer models handling bright and backlit scenes better.
• 🌙 Nighttime photography saw major improvements, especially from the Pixel 6 to Pixel 8, with better sharpness and reduced noise.
• 📦 Portrait mode and cutout quality improved over time, with the Pixel 8 Pro showing the best results in terms of dynamic range and natural falloff.
• 🔍 Telephoto zoom performance varies, with the Pixel 8 Pro offering the best long-range sharpness and detail.
• 📈 Ryan concludes that while the camera quality has improved over the years, the biggest leaps were seen between the Pixel 5 and Pixel 6, with newer models refining rather than revolutionizing the camera experience.

Q & A

What is the primary focus of the video?

The primary focus of the video is to compare the camera quality of every mainline Google Pixel phone released from 2016 to the present day, analyzing how the camera hardware and software have evolved over the years.

Why did the creator choose to focus on the main camera across all Pixel models?

The creator focused on the main camera because it provides a direct comparison across all Pixel models, as the early Pixel models did not have ultra-wide or multiple camera setups, making the main camera the most consistent point of comparison.

What significant hardware change occurred with the introduction of the Pixel 6?

The Pixel 6 introduced a significant change in hardware by adopting the GN1 sensor, which is physically larger and has quadruple the resolution of the sensors used in previous generations. This marked a major leap in camera capabilities for the Pixel lineup.

How does the video address the impact of software updates on camera performance?

The video notes that all phones are running the latest public software available, highlighting that software updates over the years have improved the camera performance of each device, enhancing their capabilities beyond what was possible at launch.

What color shift is observed in the first three Pixel models, and when does it change?

The first three Pixel models (Pixel 1, 2, and 3) exhibit a noticeable magenta color shift in their photos. This color shift largely disappears starting with the Pixel 4.

What effect does the larger sensor of the Pixel 6 and later models have on image quality?

The larger sensor in the Pixel 6 and later models creates a shallower depth of field, resulting in softer elements around the edges of the image and a deeper separation between the subject and the background, which affects the overall focus and sharpness.

How does the dynamic range improve across the Pixel generations?

Dynamic range improves significantly across the generations, with earlier models like the Pixel 1 struggling with blown-out highlights, while later models like the Pixel 8 handle challenging lighting conditions much better, preserving more detail in both shadows and highlights.

What challenges do the earlier Pixel models face in low-light photography?

Earlier Pixel models, particularly the Pixel 1 and 2, struggle with noise and softness in low-light conditions. The video highlights that while there is a noticeable improvement in later models, even the most recent Pixel phones still have some noise in extremely dark scenarios.

How does the Pixel 4's telephoto lens compare to the Pixel 5's camera setup?

The Pixel 4's telephoto lens provides a significant advantage in zoom and long-range detail, which the Pixel 5 lacks due to the absence of a dedicated telephoto lens. The Pixel 4 is particularly noted for its superior performance in long-range shots compared to the Pixel 5.

What general conclusion does the video reach about the progression of Pixel camera technology?

The video concludes that while there has been impressive progression in Pixel camera technology over the years, with significant jumps such as the transition from the Pixel 5 to the Pixel 6, the improvements in recent years have been more incremental. The video suggests that the largest leaps in camera quality occurred in earlier generations.

Outlines

00:00

📸 Comparing Pixel Camera Quality Over the Years

Ryan Thomas introduces a project where he compares the camera quality of every mainline Pixel phone, from 2016 to the present day. He has all the models, focusing on the XL or Pro versions, and highlights that all phones are running the latest public software. The video will explore the improvements in camera performance, particularly in the main camera, across different generations. He notes that Google has reused camera sensors over the years, and major changes occurred during the Tensor era with the Pixel 6, which introduced a significantly larger sensor.

05:01

🔍 Examining Camera Hardware and Image Samples

Ryan dives into the hardware changes over the years, noting that newer Pixel models have more sensors and lenses, but the main focus is on the primary camera. He observes that Google reused the same Sony IMX sensor across the first five generations of Pixels, with significant changes occurring only from the Pixel 6 onwards. The larger GN1 sensor introduced in the Tensor era brought notable improvements. He also explains that each generation of pre-Tensor Pixels runs a different OS, and the Image Signal Processors (ISPs) vary, which could lead to differences in processing and image quality.

10:01

🌸 Analyzing Flower Photo Progression Across Pixels

Ryan showcases a series of photos taken with different Pixel models, focusing on a flower to demonstrate the progression in image quality. He notes the presence of magenta in the first three Pixels, which disappears in the Pixel 4. With the introduction of the larger sensor in the Pixel 6, the images display a shallower depth of field, resulting in softer edges and deeper subject-background separation. He invites viewers to rank the images and share their opinions on which model took the most and least pleasing shots.

15:02

🌥️ Dynamic Range and Detail in Challenging Lighting

Ryan tests the dynamic range of the Pixel cameras in a challenging backlit scenario. The Pixel 1 struggles the most with blown-out highlights, while the Pixel 2 shows a significant improvement. He highlights that the Pixel 4 XL’s 2x telephoto lens, which was initially criticized, proves useful in maintaining detail. The Pixel 8 Pro showcases the most natural sharpness and dynamic range, outperforming its predecessors.

🌌 Night Photography Evolution in Pixels

Ryan examines how the Pixels handle night photography, starting with a dark harbor scene. The first two Pixels struggle with noise and softness, while the later models, especially from the Pixel 6 onwards, show marked improvements in sharpness and detail. The Pixel 8 Pro emerges as the best performer, with superior sharpness and detail retention even in challenging low-light conditions.

🧍‍♂️ Portrait Mode and Cutout Accuracy

Ryan tests the portrait mode across different Pixels, starting with the Pixel 1's 'Lens Blur' mode, which struggles with blown-out highlights and accurate cutouts. The Pixel 4 XL impresses with the cleanest cutout and improved dynamic range, while the Pixel 8 Pro offers the best overall performance with its larger sensor. He also highlights the color shifts and differences in detail across the models.

🎯 Tricky Portrait Mode Cutouts and Detail Tests

Ryan puts the Pixels through a challenging artificial portrait mode test with a difficult background and fine details. He observes that the earlier models struggle, but there's noticeable improvement in the cutouts from the Pixel 2 onwards. The Pixel 8 Pro handles the tricky scenario the best, with a decent cutout and detail retention. Ryan also tests long-range zoom, where the Pixel 8 Pro again stands out with its sharpness and ability to read fine text.

🏆 Final Thoughts on Pixel Camera Evolution

Ryan concludes by summarizing the evolution of Pixel cameras, categorizing them into three groups: the struggling first Pixel, the consistent second to fifth models, and the significantly improved sixth to eighth generations. He notes that the Pixel 4 XL's telephoto lens was more useful than initially thought, and the Pixel 8 Pro's telephoto is superior. Despite running different OS versions, the second to fifth Pixels performed similarly, while the Tensor-powered Pixels showed more variation. Ryan expresses his surprise at the camera performance progression and looks forward to future improvements.

👍 Wrapping Up and Inviting Viewer Feedback

Ryan wraps up the video by inviting viewers to share their thoughts on the Pixel camera evolution and which generation surprised them the most. He reveals that his favorite is the Pixel 2 due to the jump in image quality. He encourages viewers to like, comment, and subscribe for more content, and signs off with a thank you and a promise of more videos to come.

Keywords

💡Camera Quality

Camera quality refers to the overall ability of a smartphone's camera to produce clear, sharp, and accurate images. In the video, the host discusses how camera quality has evolved across different generations of Google's Pixel phones from 2016 to the present. The term encompasses factors such as image sharpness, color accuracy, dynamic range, and noise reduction, all of which are assessed through a series of photo comparisons.

💡Main Camera

The main camera is the primary lens and sensor combination on a smartphone, typically used for most photography. In the video, the main camera of each Pixel model is compared across generations to evaluate how image quality has improved or changed. The focus on the main camera allows for a direct comparison across different models, despite the introduction of additional lenses in newer phones.

💡Sensor Size

Sensor size refers to the physical dimensions of the camera sensor in a smartphone, which directly impacts image quality, especially in terms of light sensitivity and depth of field. The video highlights how Google increased the sensor size starting from the Pixel 6, leading to better image quality, particularly in low-light conditions and in achieving a shallower depth of field.

💡Dynamic Range

Dynamic range in photography is the difference between the darkest and brightest areas of an image that a camera can capture without losing detail. The video discusses how different Pixel models handle dynamic range, especially in challenging lighting situations like backlit scenes or high-contrast environments. The evolution of dynamic range performance is a key aspect of the improvements in camera quality over the years.

💡Image Signal Processor (ISP)

The Image Signal Processor (ISP) is a specialized processor in a smartphone that handles the processing of images, including tasks like noise reduction, color correction, and HDR processing. The video notes that each Pixel model has a different ISP, which contributes to the varying image qualities observed, despite some models sharing the same camera sensor.

💡Night Sight

Night Sight is a specialized mode in Google's Pixel phones designed to improve image quality in low-light conditions by using advanced processing techniques. In the video, the host compares Night Sight performance across different Pixel generations, showing how it has evolved to produce clearer, more detailed nighttime photos, with the Pixel 8 showing significant improvements over its predecessors.

💡Magenta Tint

Magenta tint refers to a color shift towards pink or purple tones in images. The video points out that the early Pixel models, specifically the first three generations, produced images with a noticeable magenta tint, which was later corrected in subsequent models starting with the Pixel 4. This change is used to illustrate how Google's color processing has improved over time.

💡Telephoto Lens

A telephoto lens is a camera lens that allows for a closer view of distant objects, often used for zooming without losing image quality. The video mentions the telephoto lens on the Pixel 4 XL, highlighting how it provided a noticeable improvement in zoomed-in shots compared to models without it. This feature was praised for enhancing long-range photography.

💡Portrait Mode

Portrait Mode is a camera feature that simulates a shallow depth of field to keep the subject in sharp focus while blurring the background. The video reviews how the effectiveness of Portrait Mode has varied across different Pixel models, with the earliest models struggling to create clean cutouts of the subject. Improvements in Portrait Mode are highlighted as part of the overall progression in camera quality.

💡HDR Blooming

HDR Blooming occurs when high dynamic range (HDR) processing creates a halo effect around bright objects in an image, often due to excessive contrast adjustments. The video discusses how early Pixel models managed HDR blooming, noting that the lack of this artifact in early models was surprising given their smaller sensors and older processing capabilities.

Highlights

Comparison of camera quality across all Mainline Pixel models from 2016 to present day.

All phones are on the latest public software to ensure optimal camera performance.

Observation of hardware evolution, including sensor and lens changes over the generations.

The Pixel 1 to Pixel 5 shared the same Sony IMX main camera sensor.

Introduction of a significantly larger sensor with the Pixel 6, using the GN1 sensor.

Different OS versions across Pixel generations may affect camera performance.

Engagement request for viewers to rank camera performance in the comments.

Analysis of color reproduction changes, particularly the reduction of magenta hue post-Pixel 3 XL.

Discussion on the impact of sensor size on depth of field and focus.

Comparison of HDR blooming effects and dynamic range across different Pixel models.

Notable sharpness increase and detail in Pixel 8, especially in challenging backlit scenarios.

Night photography comparison showing improvements from Pixel 1 to Pixel 8 Pro.

Evaluation of portrait mode and lens blur features across Pixel generations.

Observation of the Pixel 4 XL's telephoto lens providing better long-range detail.

Analysis of the Pixel 8 Pro's performance in artificial portrait mode and long-range shooting.

Summary of camera performance progression and the impact of sensor upgrades.

Reflection on the consistency of camera results across different OS versions for early Pixel models.

Highlight of the Pixel 8 Pro's superior performance in various challenging photography scenarios.

Personal preference disclosure by the presenter for the Pixel 2's camera improvements.

Call to action for viewers to share their thoughts and subscribe for more content.

Transcripts

I took a photo with every Mainline pixel

ever released from 2016 all the way to

present day I have all the models here

so what's changed in the camera quality

over the past 8 years boy we're about to

find out hey guys I'm Ryan Thomas and

the phones I have here are all the XL or

the Pro Models were applicable and all

phones are on the latest public software

available for each device so no betas no

custom roms no forced sideloaded

software here these cameras are as good

as Google has Tunes them to be so

actually quite improvement from when

they first came out a lot of these

updates actually improve the camera

performance on the devices over their

lifespan but before we get into the

samples it's actually important and

quite interesting to see the changes in

Hardware over the years of course the

newer phones have more sensors and

lenses than ever before but we're going

to be focusing primarily on the main

camera as that's directly comparable

across the range where we couldn't

exactly shoot Ultra wide on the first

four pixels see as it turns out Google

loves to reuse camera sensors in its

smartphones the first Generations shared

pretty much the same sensor the first

pixel lacked ois which gained a small

size bump compared to the rest of the

devices in the smaller line but from a

functional standpoint this is five

generations of smartphone with the same

small Sony IMX main camera on the back

and when the tensor era came in from the

six all the way to the eight there was a

leap in sensor size significantly bigger

with the gn1 not only did it gain

physical size but also quadruple the

resolution and Google has used it in all

three generations of tensor pixel thus

far and on the software side while the

tensor era all run Android 14 every

generation of pre- tensor era runs a

different OS and so theoretically we

should see similar performance on the

latest three but differing performance

on the previous five there is also the

caveat that in every phone on this list

has a different s so with varying isps

or image signal processors so from a

processing side it should be quite

interesting I want you all to get

involved in the comments ranking each of

the 10 Rounds on which pixel you think

took the most pleasing and maybe the

least pleasing shot see which one

shocked you the most it'll be

interesting to see how us Android fans

are seeing the images a little bit

differently let's kick things off with

this flower that I have here so what I'm

going to do is slowly go through all of

the different pixels straight away so

you can see a general progression of the

image quality the first thing I want to

point out is that the first three images

pi pixel 1 pixel 2 and pixel 3 have

quite a lot of Magenta in them and when

we switch over to the pixel 4 this

largely goes away if I switch back to

the pixel 3 again you can see the

Magenta in the image so there's clearly

some color changes after the pixel 3 XL

you'll also notice that when I switch

from the fifth to the sixth so switching

over to that larger sensor that we

actually get softer elements on the

corners and around the edges as this

larger sensor gives a shallower depth of

field so you end up with fewer bits of

the image in focus and that deeper

separation between the subject and the

background there's the pixel 6 there's

the smaller sensored pixel 5 and you can

see there's more in Focus switching

things up to a quite a difficult

scenario now I'm just going to go

through the pixels very slowly so you

can take a second pause the video if you

need to and really see the details in

each of these but immediately you'll

notice that this cloud in the background

is quite blown out and what we're

looking at really is the detail in the

Red Leaf here but we also have the

detail in the bush over to the left the

first thing I noticed is that despite

the smaller sensors in these earlier

pixels there's actually not a lot of HDR

blooming going on which is essentially

where you would see sort of a

highlighted outline around effects that

needed to be brought down or brought up

in Google's processing pipeline

strangely if I switch to the pixel 2

you'll see there's a little bit more

green in the sky compared to all of the

other ones I'm not sure why this is

pixel 1 all the way through to pixel 4

you're just getting slowly more detail

in the leaves pixel 5 comes in pixel 6

comes in and you're getting almost all

the detail in the leaves but also in the

sky as well and then if we switch to

pixel 8 there's actually a substantial

sharpness increase with the pixel 8 with

just how much detail you're seeing in

the leaf here despite the fact that we

have a really bright background behind

it this is a picture of some paint

brushes this is not portrait mode this

is just regular standard camera mode if

I go through these you'll notice that

actually going through them say if we

switch from the fifth which is the last

one to have the small sensor to the

pixel 6 there's immediately more blur in

the background just due to having that

larger sensor and the pixel 1 compared

to the rest of them is particularly dark

you'll notice that it has a slight color

shift as well but it's just not picking

up all of the detail in the background

which to be fair is a set of different

levels of exposure and then going all

the way to the pixel 8 you'll notice

that it just has the most natural

falloff in focus and also just seems to

be the most pleasing in that it's not

cranking up the sharpness across the

entire scene this is a big test of

dynamic range across all of the pixels

with a very very back at sunny day

here the pixel one has the worst dynamic

range by a substantial margin so look at

the detail in the stack here and then

look at just how blown out the sea is

the reflection of the Sun and if I

switch to the pixel 2 which is only one

generation newer wow this is not even as

blown out and you still get way more

detail in the bushes and also in the

buildings and then if I zoom into the

Rock here where you can see detail

actually if we go down to the pixel 5 it

gets an improvement over the smaller

sensors over the generations if I switch

from the fifth to the sixth there's a

seemingly a big jump in sharpness and

actually the eighth there has a nice

natural sharpness so you still get all

the detail but it doesn't look cranked

up in digital sharpening and the rest of

the image just looks the most pleasing

so in this back lit doorway again

another big dynamic range test you can

see that actually the first one is

really struggling with this blown out

sky although to be fair for a phone as

old as it is it does a pretty good job

the second seems to blow it out even

further despite not changing a massive

amount of exposure in the foreground the

three and the first look very very

similar the fourth and the fifth

actually look almost identical if I

didn't have these labels in the corner

you might actually think that this was

the same phone taking these photos the

fifth to the sixth doesn't see a massive

change in dynamic range or detail but

then the seventh and the eighth actually

have a much nicer highlight roll off and

the image just looks way more pleasing

and less artifact or less artificial

this is a really difficult nighttime

scenario where we're out looking at a

harbor that sure has a light on beneath

me here but the overall is extremely

dark and none of the pixels seem to deal

very well with this noise even the

latest version this is all shot with the

night sight deliberately on every single

phone the first and the second are

really soft although there is a big

change in exposure and then I found that

the third to the seventh was a little

bit better so you'll see that despite

different os's and different sensor

sizes they do improve and in the seventh

to the eighth there's just a lot more

sharpness going on in the pixel 8 Pro in

this rock here if we go to the seventh

and the sixth they kind of get

progressively softer and then sharpen p

with the pixel8 pro so there's

definitely a big Improvement on the

pixel8 pro here's another night shot one

that's a little bit brighter with the

lights going on in the harbor itself and

as you can see there is quite a jump in

quality from the first to the eth the

first one in particular just does not

look very good it's mushy there's a lot

of noise nothing really seems to be in

focus and trust me I got a couple of

shots this was the sharpest one the

second one despite having very similar

specifications is a grand Improvement I

mean the difference in quality from the

pixel XL to the pixel 2 XL is almost

night and day you would take this image

just from a pretty standard phone in

2024 let alone one from all the way back

in

2017 although you'll notice that in the

windows and in the lights they're all

really really blown out so whilst

there's a fair amount of detail in the

darker areas there's not heaps of

dynamic range there's also a big jump in

sharpness and detail when I go from the

pixel 5 which again is the last phone

with that small sensor to the pixel 6

Pro where just the text in the house the

text down here it's all a lot sharper I

mean that almost looks like daylight

levels of sharpness in the sign on the

boat but we're still getting these

really blown out highlights which to be

fair kind of add a little bit of

ambiance to the to the whole scene so

it's not the worst thing in the world

but it's clearly from a technical point

of view not as good as the pixel 8 which

as you can see you can actually start to

uh make out the details inside this

building while still getting quite a lot

of detail everywhere else in the scene

so from the pixel 6 to the 7th and then

to the eth there is actually a grand

Improvement it's showing that the pixel

8 overall in nighttime photography is

actually considerably better than the

phones it replaced okay this is portrait

mode or what the pixel one calls a lens

blur because there was no portrait mode

back then for this phone and as you'll

see immediately the pixel XL with its

lens blur is just very very blown out in

the highlights and the cutout to be fair

isn't that bad but it is struggling with

this part of my head and blurring into

the background funnily enough the pixel

2 XL and then the pixel 3 XL really

struggle with the cutout of my t-shirt

with the pixel one not actually having

the same kind of problem though I will

say that the dynamic range on those 2XL

and 3XL photos is quite a bit better and

there's a more natural falloff the pixel

4 XL does a tremendous job of cutting me

out here even with my hair probably the

cleanest cut out of them all and the

pixel 5 also does a pretty decent job

little bit of softness here but overall

a very impressive cutout as you can see

there's quite a bit of a a different

color shift going from the four to the

five the bigger sensor cameras aren't

exactly perfect with their cutouts but

there is a good amount of dynamic range

and actually you'll see that the detail

across the whole scene just looks way

better with these bigger sensors there's

just a a significant increase in overall

detail across the scene and I think it

looks the most natural but let me know

in the comments okay this is an

artificial and deliberately kind of

tricky portrait mode or lens blur if

you're the pixel 1 XL and as you'll see

immediately we have this pixel 6 Pro box

in the background the black one is going

to cause trouble for almost all the

phones this one is a particularly

difficult cut out because you've got the

dark background but with these white

areas which makes it difficult for the

phone to actually work out what to focus

on and then you've also got these little

spines of the plant which obviously are

loads of little details to cut out so

the pixel 1 is not looking great the

pixel 2 actually greatly improves this

although you'll see the pixel 6 Pro box

in the background a little bit

struggling but not too bad and the edges

of these spines on the left aren't great

either actually the second all the way

to the fifth do a pretty similar job I

would say although that box still

proving tricky surprisingly the six does

struggle quite a lot more than even the

pixel 5 I would say in this in this

instance and then the pixel 7 and then

the pixel 8 improve on things again this

is one that almost any phone is going to

struggle with but I'd say the pixel 8

Pro does a pretty decent job all things

considered so you can see a big

progression in artificial portrait

cutouts and then finally this long shot

really testing the detail this the pixel

XL doesn't actually zoom in as far as

the others these are about 7X the pixel

2 3 4 and 5 about 7x and then I've also

tried to compensate the 7x all the way

through the line with the pixel XL this

is as far as it stretches and as you can

see you probably no this to set PS2

games but that's as far as it goes and

if I switch the pixel 2XL it is much

more zoomed in for the rest of these you

could probably guess the text if you

knew what PS2 games generally were the

pixel 3 actually improves this quite

substantially so you can actually start

to make out the different game names

which is really impressive despite the

same sensor the pixel 4 XL has that two

times dedicated zoom and so you can

really easily make out all the names of

the games and then when we switch to the

pixel 5 of course it loses that

telephoto proving that that 4 xl's

telephoto lens which some people called

useless back in the day is actually very

useful switching to the 6 Pro actually

gets quite grainy but again the text

coming out in the games no problem the

seven Improv on this flattening all of

that grain and actually looking really

clean and you can sort of start to make

out the game codes on the bottom and if

we switch over to the pixel 8 Pro wow

that's a big sharpness Improvement and

we can actually work out a lot of the

game codes go back to the seven a little

bit blurry the 8 Pro really does a

phenomenal job with its longrange

shooter so what can we take from all

this well that the results as a whole

can be broken down quite easily into

three main categories the first pick

pixel that struggled in a lot of these

scenarios the second through the fifth

that evolved on this and largely

performed the same actually in sharpness

dynamic range color production accuracy

and noise reduction across the same main

sensor and then the sixth through the

eighth that switched the gm1 which all

performed very similarly too the major

caveat here is the fourth that seemingly

performed better than the cheaper fifth

especially at long range where the 2x

dedicated telephoto really did make a

difference when pinching in and getting

more detail and the 8 Pros telephoto was

clearly superior to the phone prior

despite having on paper very very

similar specifications who would have

thought that when you use a better

sensor you get better results I'm

actually kind of surprised that despite

the first five phones running different

os's the camera results were pretty

similar from the second to the fifth and

then also actually the difference

between the sixth and the eth despite

ironically running the same hardware and

software on the main camera there was a

big variance than I really thought there

would be when you compare the first

pixel to the last there's clearly been

some impressive progression but it's

been a couple of years since we've seen

a huge leap in camera performance like

we saw from the 5ifth to the 6th so

let's see what the company has up its

sleeve for this year's phones which

phone of the lot surprised you or did

the fact they were all as close as they

were shock you in any way and which is

your favorite pixel Generation by the

way mine has to be the second I've done

a video on this perhaps coming soon but

I love love the jump in image quality

when Google's own tens of phones came

out and the Sixth Gen anyway while

you're down there do let me know in the

comments what you think please hit like

if you enjoyed today's content and

subscribe if you're new around here to

never miss another upload I've been Ryan

Thomas and I'll catch you later cheers