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Intel Core Ultra 3 in the 2026 HP OmniBook X Review

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Intel Core Ultra 3 in the 2026 HP OmniBook X Review

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377 segments

0:00

How's it going? This is my first Intel

0:02

Core Ultra Series 3 chip that I'm

0:04

reviewing, the Intel Panther Lake, and

0:06

I'm really excited about this one. This

0:09

is probably one of the best laptops to

0:11

review this chip in, but this might not

0:13

be the best laptop for most people, and

0:15

I'll get into that in this video. This

0:16

is the HP Omnibook X 16in. As far as I

0:21

know, this is a brand new laptop for

0:23

2026. I don't know if this design is

0:25

being reused, but let's get into it. I

0:28

know you guys are probably interested in

0:30

hearing my opinions on this new Panther

0:32

Lake chip, but I'm going to treat this

0:33

as a review of this laptop because this

0:36

is one of the few 2026 laptops that are

0:39

available just in general. It's really

0:41

hard to find stuff right now. I mean, as

0:42

of this recording, that could change. If

0:44

you're watching this later on the

0:45

summer, maybe there'll be some sales,

0:47

etc. But right now, if they are

0:49

available, they're really expensive.

0:51

When I bought this, this was $1,600.

0:53

$1,599.

0:55

Now it's up to 1,899.

0:57

And off the bat, I'll tell you for what

0:59

you're getting, I don't know if it's

1:01

worth it. But anyway, let's just jump

1:02

right into the review. So, first, as

1:04

always, I do like to tackle the build

1:06

and the design. And HP knows what

1:07

they're doing. At least in terms of the

1:09

build material. Fantastic build. All

1:12

metal. Really high quality metal. So,

1:14

good quality aluminum in the front and

1:16

at the back. And even when you open it

1:18

up, the keyboard deck is also metal. So,

1:21

really happy about that. In terms of the

1:23

actual design though, and I I think it

1:25

is a nicel looking machine, but I don't

1:27

think this is HP's best work. I almost

1:29

feel like this chassis is used for their

1:31

business line and they just kind of

1:33

crammed this in to their consumer laptop

1:35

to try to rush out a laptop with the new

1:37

Intel Core Ultra Series 3 because it's

1:39

way more efficient. You don't need a

1:41

laptop this thick. I really wish HP

1:43

spent some time developing a product

1:45

from the ground up for this chip the way

1:47

that the new Galaxy Book is designed and

1:50

the way the new Dell XPS 16 is. And

1:53

also, it's heavy. This thing is 4.4 lb

1:56

and it doesn't have a dedicated GPU. The

1:58

Razer Blade 16 with a RTX 5090 and that

2:02

goes up to 160 watts just on the GPU

2:05

plus 45 watts on the CPU. That laptop

2:09

weighs 4.4 lbs as well. And I find that

2:11

to be one of the main reasons why I'm

2:13

just having a hard time wanting to keep

2:15

this. It's just way too heavy and it's

2:17

just way too thick. The whole point of

2:19

Panther Lake is it's you're supposed to

2:21

get a lot of performance and a smaller

2:22

package. This isn't quite doing that.

2:24

Another thing I don't like is the ports.

2:26

Um all of the ports are on the right

2:29

side. I like when one is on the left. So

2:31

with my setup here, my laptop's to the

2:33

right and and my cable doesn't go far

2:36

enough. So, it becomes really difficult

2:37

to dock in my docking station the way

2:40

this setup is behind me. So, not

2:43

perfect, not the end of the world. Might

2:44

be a bigger deal to some people, but I

2:46

just thought I would mention that you

2:48

are getting one USB typeA port on the

2:51

left, which I am happy to see. I'm not

2:53

ready for that to go away yet. Anyway,

2:55

let's just open this guy up. And you are

2:57

greeted to this keyboard deck. So, this

2:59

is kind of another con and I think I

3:03

could eventually get used to it, but

3:05

it's going to be a little bit difficult.

3:06

You can probably see maybe what I'm

3:09

talking about. I, you know, got you guys

3:11

know I love having a number pad. I am a

3:13

number cruncher by day. I am an

3:15

accountant. I I do like to use my

3:17

laptops for my day job and for some of

3:19

my side projects. Love to see a full

3:21

dedicated number pad. And if you notice,

3:23

the keys here are the same size as the

3:26

regular keys. The ones that usually do

3:27

it well are the Lenovo keyboards. You

3:30

But what you may not notice are the the

3:32

actual switches and key caps are

3:34

smaller, the number pad. So, while it

3:37

does work and it does allow for a more

3:39

comfortable layout, having a full-size

3:41

number pad is nice to have. And also

3:43

having the plus and minus on the right

3:45

side, it's not to the top or anything

3:47

like that. If you deal with numbers all

3:49

day long, you know what I'm talking

3:50

about. If not, then you're probably

3:52

bored. I apologize. But the main reason

3:54

why I bring that up though is it ends up

3:57

bringing the keyboard way more to the

3:59

left than I am typically used to. So you

4:02

like there's these little knobs on the F

4:03

and the J key. It's on every single

4:05

keyboard and that helps you position

4:07

your fingers. So you could type without

4:09

looking at the keyboard. If I'm in my

4:10

regular typing position, I'm right here.

4:13

So as you can see, my left hand is kind

4:15

of dangling off of the keyboard itself.

4:18

And now I'm not able to look directly at

4:21

the screen like the like if I'm looking

4:23

at the dead center of the screen, it's

4:24

like around here, not the actual center.

4:27

So it took some time to get used to. You

4:29

either have to like type properly on a

4:31

desk or you just have to adjust the way

4:33

you type by straightening your left hand

4:35

and bending your right arm a little bit

4:38

more just to get it done. The reason why

4:41

I'm spending more time on this is

4:42

because I thought I would get used to it

4:44

and I quite haven't yet. I probably

4:46

will. I have done some work on this

4:49

laptop and it was fine, but my brain

4:52

just never really got used to it. I just

4:54

want to let you guys know that trackpad

4:57

is nice. I believe it is a plastic

4:59

trackpad. At least that's what it feels

5:00

like. Not the highest quality trackpad

5:02

I've ever used, but it is fine. I do

5:06

find it to be very fast and precise. If

5:08

you were going to do precise work with

5:09

your trackpad, I think you'll be okay

5:11

with that. Next is the display, and it's

5:14

mixed. This is a unique resolution. It

5:16

is 2048x

5:19

1200p and you can already see some of

5:21

this in the camera. At least that's what

5:22

I'm able to see right now. You can see

5:24

like these little dots throughout and

5:26

that is the touch layer. This is a

5:28

touchcreen so you may like that which is

5:31

nice for those of you who care about

5:32

that. But this is one of the worst touch

5:35

layers I have ever seen. And what I mean

5:38

by that is you can see like little dots

5:40

where what are essentially like little

5:42

digitizer so that your touch input can

5:44

be recognized and it is incredibly bad.

5:47

They call this the screen door effect

5:49

and this is the worst I've ever seen.

5:50

I've used lots of touchscreen laptops

5:53

and touchscreen devices that didn't

5:55

really suffer from this the way this

5:57

does. So that is unfortunately a bit of

6:00

a disappointment. But on the plus side

6:02

though, the touch response is really,

6:04

really good. Like tabletlike, like iPad

6:06

like, which is nice. You don't always

6:08

get that, but at the expense of a really

6:11

bad screen door effect on this laptop.

6:15

And for me personally, I would have

6:17

rather them not include a touchcreen so

6:20

you could get a more pristine screen.

6:23

And on top of that, the sub pixel layout

6:25

is incredibly unusual. So text just does

6:28

not look as sharp. and even find details

6:30

in games and videos just as does not

6:32

look as sharp as it should. And no, the

6:35

issue here isn't necessarily the

6:37

resolution. I've used 1080p screens on a

6:39

16 in that looks sharper than this. This

6:42

actually is the perfect resolution

6:43

because you're able to run everything at

6:45

100% scaling and everything ends up

6:48

being the perfect size. It's not too

6:50

big, not too small. So, when it even

6:51

comes to spreadsheets, man, you're

6:53

golden. So, really happy about that. But

6:56

overall, I just don't think that this is

6:58

a great quality OLED panel. And again,

7:02

it's mostly because of the digitizer on

7:05

the touchscreen and also the weird sub

7:07

pixel layout. But I think HP did a good

7:10

job choosing this panel because it does

7:12

help with battery life because you're

7:13

not pushing 4K. another thing, you know,

7:16

but speaking of speaking of efficiency,

7:18

when it comes to the panel, it

7:20

unfortunately does not support

7:24

variable refresh rate. So, if you're at

7:27

120 Hz, there's no dynamic refresh rate,

7:30

which will significantly save on battery

7:32

life. So, because I love 120 Hz and

7:35

these days, it's really difficult for me

7:37

to go back to 60 Hz, I've been just

7:40

dealing with the 120 Hz on all the time.

7:42

There is a very big power draw

7:44

difference when running in 60 Hz versus

7:47

120 Hz. And speaking of efficiency,

7:50

that's the core of what makes this chip

7:52

great. And that's and let's just talk

7:53

about battery really fast. It's I hate

7:56

doing I hate saying like how long the

7:58

battery will last cuz every day is

7:59

different. If I'm playing a game, it'll

8:01

last like 4 to 6 hours, which is pretty

8:03

incredible on a laptop on battery. If

8:06

you're watching a YouTube video, it only

8:08

uses like 1.75 watts, which is like

8:11

MacBook Pro levels, which is amazing.

8:13

That's like that. That's Apple. That's

8:15

like Apple M series level, which is

8:17

unbelievable. So, Intel really did it.

8:19

And video looks really good on this

8:21

screen. I know I I should have tackled

8:23

this in the video, but it's handled

8:26

really well. Gradients are handled

8:28

awesomely. The Intel chips does a good

8:30

job representing content on this laptop

8:35

or on any laptop. One thing with

8:37

displays, the a big portion of it is the

8:39

panel and the other part is how it's

8:41

being handled by the actual processor

8:44

itself. Intel supporting full 10 bit

8:47

color with amazing gradients looks

8:49

amazing on this. And HDR seems like it's

8:52

well handled here, too. Anyway, too many

8:53

tangents in this video. I apologize.

8:55

This is my first video of the year and

8:56

I'm a little bit rusty. I was talking

8:58

about efficiency and if you're in idle,

8:59

you're only using like 1.3 watts or

9:02

sometimes it it'll bounce around. But

9:04

once it settles down, it's like 1.2 to

9:06

1.3 watts. It's not doing anything. But

9:08

then if you start scrolling around in

9:10

the background, it'll start to go up. If

9:12

you start scrolling on a website, it'll

9:14

go up to like seven or eight watts.

9:16

Almost double that if you're in 120 Hz.

9:18

That's why having a variable refresh

9:20

rate would have really helped. So

9:22

really, really interesting with this

9:24

chip. And then if you start getting into

9:26

things a little bit more, you will start

9:27

to push like 15 or 20 watts. It does go

9:30

up to 45 watts, but that only happens

9:32

when you're playing a game or if you're

9:34

doing video editing or if you're running

9:35

something like Cinebench or things like

9:37

that. Speaking of which, now is a good

9:38

time to get into the performance. First,

9:40

I want to talk about gaming because

9:41

that's the main reason to get the X

9:43

series of these Intel Core Ultra Series

9:45

3 chips, Panther Lake as it's also

9:48

called. The X means that you get the

9:50

better GPU. It's it's their newest Arc

9:52

series. fantastic results. It destroys

9:55

any other iGPU except for the AMD Ryzen

9:59

9 AI 395 processor. And I and I still

10:03

hate that naming convention. But what's

10:06

interesting to note here, and I'm going

10:08

to look at Cyberpunk first. If they're

10:10

both running at 40 to 45 watts, they are

10:13

fairly equivalent. the the only time

10:15

that the Ryzen 395 Max starts to pull

10:18

ahead is when you feed it 60 watts or 75

10:22

or even 85 watts. So, that becomes a

10:25

very different machine. The Intel Core

10:27

Ultra Series 3 processors, at least

10:29

these line of chips, are meant to be

10:31

thin and efficient. They're not meant to

10:33

really be pushed more than 45 watts. So,

10:36

I almost don't even feel comfortable

10:37

comparing them. though. Again, coming

10:39

back to how thick this laptop is, they

10:41

probably could have put a part that can

10:44

go up to 85 watts and still be fine. So,

10:47

that's why I feel more comfortable

10:48

comparing this to the Ryzen HX 370 or

10:52

the new 470 and it destroys it and even

10:55

the RG Liix and and the RG Libox. And

10:59

it's a big deal if you're playing a game

11:01

on your RG Alli or your Legion Go, which

11:03

uses those Ryzen chips. Like let's say

11:06

if you're only getting like 27 FPS and

11:08

that's the best you could possibly do in

11:10

that game. And yeah, there are a few

11:11

games where it's pretty much unplayable

11:14

even at the lowest settings on those

11:16

systems. If you're getting 27 to 28 FPS,

11:19

you're going to get like 40 45 FPS on

11:23

this chip while using the same amount of

11:24

power. So, it is a generational leap.

11:28

But again, if you do want more power,

11:30

then you have to go up to the Ryzen 395

11:33

or you just got to go with the dedicated

11:34

GPU. I personally would just prefer to

11:37

just also have like a 5060 if you wanted

11:39

like a thinner and lighter package. But

11:41

the whole reason why you would want a

11:43

machine like this is efficiency kind of

11:44

starts to go out the window. And then I

11:46

don't know, I don't want to spend too

11:47

much time on the performance. I know

11:49

this is a new chip, but I did run a lot

11:52

of my laptops or whatever I did have at

11:54

that moment in time in the new Cinebench

11:56

R26, and I found the scores to be fairly

12:00

surprising. So, if you're just looking

12:01

at single core, this is pretty much

12:04

leading the charts in the type of

12:07

thinner and lighter laptops that I did

12:09

test, but your eyes are probably drawn

12:11

right to those MacBook chips. And yes,

12:14

we're not quite there yet. Windows isn't

12:16

ready to tackle Apple's custom silicon

12:20

in terms of single core and single and

12:21

and single thread. Single core is very

12:23

important in terms of the overall

12:25

performance. When you go to multi-core,

12:27

the winner is still the MacBook Pro. But

12:30

coming back to what I said about the

12:31

Ryzen 395 Max, those MacBook chips when

12:36

you're running Cinebench will push all

12:38

the way up to 80 watts. So, probably not

12:41

really comparable to what this is able

12:43

to do. If this Intel chip was designed

12:46

to push 80 watts plus, then I would feel

12:49

more comfortable comparing it. But I

12:50

just know that a lot of people will be

12:53

crossopping max with Windows laptops.

12:56

So, I just wanted to th throw these out

12:57

there. And I like Cinebench because it

12:59

is a good indicator of how the laptop

13:01

performs overall. Lots of numbers, lots

13:04

of charts, lots of objective findings.

13:09

Overall, how do I feel about this

13:11

laptop? I I do like it. I I I but the

13:14

only thing I just can't do a 4.4 4.5

13:18

pound laptop if I'm not getting a

13:19

dedicated GPU. I feel like if this was

13:22

under the Omen line and they put a 5070

13:25

or 5070 Ti in here and managed to keep

13:27

the price around the same then this

13:29

would be a gamecher in terms of laptops.

13:31

HP really did a good job with this

13:34

overall package. And also again coming

13:37

back to the display, not the best, but

13:40

as much as I critique that display, it

13:42

is something I was able to get used to

13:43

and I lived with and I ended up enjoying

13:45

it. But the moment I would switch over

13:47

to another laptop with a better screen,

13:50

it was immediately apparent. I know HP

13:52

can make great laptops. I reviewed some

13:54

of their best laptops out there. I

13:56

really think that they need to put some

13:58

R&D into designing a laptop specifically

14:02

for these new 2026 chips. Anyway,

14:05

that'll do it for this video. If you

14:06

have any questions, let me know. And

14:07

I'll see you guys in the next one. Thank

14:08

you guys.

Interactive Summary

The review covers the HP Omnibook X 16in, featuring Intel's new Core Ultra Series 3 (Panther Lake) chip. While the chip itself boasts impressive efficiency, particularly for video playback and a significant generational leap in integrated GPU gaming, the laptop receives mixed feedback. It has a fantastic all-metal build but is criticized for its design, being too thick and heavy (4.4 lbs) for an efficient chip without a dedicated GPU, which the reviewer feels defeats the chip's purpose. Other drawbacks include inconvenient port placement, a keyboard with a shifted layout due to the number pad, and a display with a noticeable "screen door effect" from the touch layer and unusual sub-pixel layout, despite its good resolution scaling and touch response. The laptop's high price and weight without a discrete GPU raise questions about its overall value, leading the reviewer to suggest HP needs to design laptops specifically for these new 2026 chips.

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