ROG 幻14 Air/ 幻16 Air评测:14英寸16mm+1.48kg的4060全能本ROG幻14 Air/幻16 Air評測:14英寸16mm+1.48kg的4060全能本 | 笔吧评测室

笔吧评测室
2 Mar 202412:57

Summary

TLDR本视频深入探讨了ROG最新的Fantasy 14 Air和Fantasy 16 Air两款笔记本电脑,这两款机器在中国市场的上市引起了广泛关注。Fantasy 14 Air配备了AMD R9 8945HS处理器、32G内存和90W功耗的4060显卡,而Fantasy 16 Air则搭载了Intel Core Ultra 9 185H处理器、32G内存和105W功耗的4070显卡。两款笔记本均采用了轻薄设计,但在散热性能上依然表现出色。尽管价格不菲,但它们凭借出色的性能、便携性和设计在高端市场中脱颖而出。视频还详细介绍了这两款笔记本的配置、散热设计和实际性能表现,证明了它们是目前市场上集面值与性能于一体的高端全能产品。

Takeaways

  • 💰 ROG的Fantasy 14 Air和Fantasy 16 Air定价分别为12499元和14999元,处于高端市场。
  • 🔍 Fantasy 14 Air配备AMD R9 8945HS处理器、RTX 4060显卡、32GB内存和1TB硬盘,拥有2.8K 120Hz OLED屏幕。
  • 🔍 Fantasy 16 Air配备Intel Core Ultra 9 185H处理器、RTX 4070显卡、32GB内存和1TB硬盘,拥有2.5K 240Hz OLED屏幕。
  • 🎨 外观设计上,两款机型都更加轻薄,采用铝合金材质,具有高识别度和商务风格。
  • 💡 新增的“7段LED光”设计和简化的光显示矩阵提升了外观和识别度。
  • ⚙️ 散热性能得到了提升,尽管机身更薄,但通过内部设计优化确保了良好的散热。
  • 🎮 性能测试显示,两款机型在保持轻薄的同时,依旧提供了强大的性能,满足高效能需求。
  • 🔋 电源适配器体积和重量减小,提高了便携性,同时保持了良好的性能输出。
  • 💻 键盘和触摸板设计上进行了调整,提升了使用体验和舒适度。
  • 📈 总结来说,Fantasy 14 Air和Fantasy 16 Air在性能、便携性、外观设计上都表现出色,是高端全能轻薄本的优选。

Q & A

  • ROG的Fantasy 14 Air和Fantasy 16Air在CES上首次亮相时,其主要特点是什么?

    -它们主要以机身更薄、散热性能不受太大影响以及高端的综合性能著称,同时也非常注重外观设计和性能的平衡。

  • Fantasy 14 Air和Fantasy 16Air的价格与同配置模型相比如何?

    -这两款机器的价格分别为12499元和14999元,与同配置模型相比并不便宜,但因为是高端全能产品,考虑到了外观与性能,所以价格较高。

  • Fantasy 14 Air和Fantasy 16Air在硬件配置上有哪些差异?

    -Fantasy 14 Air配备了AMD R9 8945HS处理器、RTX 4060显卡、32GB内存和1TB硬盘,而Fantasy 16Air则配备了Intel Core Ultra 9 185H处理器、RTX 4070显卡、同样的内存和硬盘规格,但内存频率更高。

  • Fantasy 14 Air和Fantasy 16Air的屏幕规格有什么不同?

    -Fantasy 14 Air使用了2.8K+120Hz的OLED面板,而Fantasy 16Air则使用了2.5K+240Hz的OLED面板,显示效果更为优秀。

  • Fantasy 14 Air的外观设计有哪些改变和特点?

    -机身更轻薄,重量仅为1.48kg,厚度为15.9~16.3mm,采用铝合金设计和CNC一体成型工艺,边缘过渡自然,同时改变了灯效设计,采用了倾斜切割的“七段LED灯”,整体设计更为简洁、商务。

  • 在散热性能方面,Fantasy 14 Air有哪些改进?

    -虽然机身变薄,但通过优化散热设计,如改进风扇入口位置、内部大面积气道和新的排气口设计等,使得散热性能得到提升,能够维持较高的性能释放。

  • Fantasy 14 Air和Fantasy 16Air在性能测试中表现如何?

    -两款机型在CPU和GPU性能测试中表现良好,尤其是在低功耗下仍能保持较高的性能输出,证明了其高效的散热系统和硬件配置的优化。

  • Fantasy 14 Air和Fantasy 16Air的接口设计有哪些亮点?

    -提供了2C+2A的接口组合、额外的HDMI和卡读器接口,并且为了确保足够的功耗,在保持机身轻薄的同时引入了新的方形电源插孔。

  • Fantasy 14 Air和Fantasy 16Air的键盘部分有何改变?

    -键盘设计风格从圆角转变为更加硬朗的方形设计,触控板也进行了调整,提升了可用性和按压反馈的质量。

  • Fantasy 14 Air和Fantasy 16Air的整体评价如何?

    -这两款机器在细节上或许不完美,但在性能、便携性和设计方面达到了良好的平衡,对于预算充足的用户来说,是目前非常推荐的全能轻薄本。

Outlines

00:00

🔍ROG幻影14Air和16Air开箱评测

上个月在CES展会上,首次见到了ROG的新款幻影14Air和16Air,这两款机型以轻薄的机身和不减的散热能力吸引了眼球,终于在中国市场上市。价格分别为12499和14999元,虽然不便宜,但在同等配置中算是高端全能产品,最大程度考虑了外观和性能。幻影14Air配备了AMD R9 8945HS处理器、32G内存、1TB硬盘和2.8K 120Hz OLED屏幕,而16Air则配备了Intel Core Ultra 9 185H处理器、同样的内存和硬盘规格,但屏幕为2.5K 240Hz OLED。两款机型在外观上都有显著的变化,更轻薄,且14Air在散热设计上有所简化,采用不锈钢制作的倾斜切割“7段LED灯”和CNC雕刻的铭牌,展示了强大的一体化设计。

05:01

🌡️散热性能和实际表现测试

随着机身变薄,幻影14Air和16Air的散热性能引人关注。测试环境下,14Air在增强模式下CPU能运行到75W,温度达到95度,GPU则在默认功耗90W下运行温度为82.7度,表现出良好的散热性能。与去年的幻影14相比,新款14Air的散热性能有所提升,尽管机身更薄。通过内部设计优化,如改进的风扇入口和热风出口位置,实现了高效散热。此外,测试还包括了这两款机型的性能评测,如CPU和GPU的表现,显示出这些配置在实际使用中能提供强大的性能,即使在功耗降低的情况下也能保持良好的游戏体验。

10:03

🎮游戏性能和总体评价

在游戏性能测试中,幻影14Air和16Air展现了它们的强大性能,即使是在高负载的游戏中也能保持较高的性能水平。特别是在处理图形密集型游戏时,这两款机型都能提供满意的帧率,虽然在特定情况下需要适当降低特效或使用DLSS技术来保持流畅的游戏体验。总的来说,这两款机型成功地平衡了性能和便携性,打破了以往轻薄机型必须牺牲性能的固有观念。虽然它们的价格不菲,但对于追求高性能和便携性的用户来说,幻影14Air和16Air无疑是目前市场上的优选。

Mindmap

Keywords

💡ROG的Fantasy 14 Air和Fantasy 16 Air

这两款产品是视频中讨论的核心对象,代表了高端的笔记本电脑市场新品。它们在CES展会上首次亮相,凭借更薄的机身设计、卓越的散热性能以及高配置吸引了观众的注意。视频中通过对这两款产品的详细介绍和评测,向观众展示了它们的性能和设计亮点。

💡散热性能

在视频中,散热性能是衡量这两款笔记本电脑优劣的一个重要指标。尽管机身更薄,但通过创新的散热设计,如内部风道改进和散热模块的优化,确保了高性能运行时的稳定性和效率,避免了过热问题。

💡轻薄设计

视频强调了Fantasy 14 Air和Fantasy 16 Air的轻薄设计,这不仅提升了便携性,也是对现代笔记本电脑市场用户需求的直接响应。轻薄设计通过使用高级材料和精密工艺实现,同时在不牺牲性能的前提下减少了机身厚度。

💡屏幕技术

视频中提到,这两款笔记本电脑配备了高分辨率的OLED屏幕,分别是2.8K+120Hz和2.5K+240Hz,提供了高亮度、宽色域和准确的色彩表现。这种屏幕技术为用户带来了沉浸式的视觉体验和出色的游戏及媒体消费体验。

💡性能配置

视频详细介绍了两款笔记本的配置,包括AMD和Intel的高性能处理器、高速内存和大容量硬盘,以及高功耗的显卡。这些配置确保了无论是游戏还是专业工作负载,都能提供强大的性能支持。

💡价格

视频中提到,这两款笔记本电脑的价格分别为12499元和14999元,虽然不便宜,但考虑到它们的高端配置和设计,被认为是目前市场上在"颜值"和"性能"上最佳的全能产品。这一点突出了消费者在选择笔记本时需要权衡的性能和成本因素。

💡外观设计

视频强调了Fantasy 14 Air和Fantasy 16 Air的外观设计变化,如更简洁的商务风格、CNC一体成型工艺和新型的散热口设计。这些设计不仅提升了产品的美观度,也体现了制造商对细节的关注和创新。

💡端口配置

视频介绍了这两款笔记本电脑的端口配置,包括USB-C、USB-A、HDMI和读卡器等,满足了用户对多样化连接需求的期待。这种全面的端口配置使得设备可以轻松连接外部设备和显示器,提高了使用的便利性。

💡性能测试

视频通过CPU和GPU的性能测试数据,展示了Fantasy 14 Air和Fantasy 16 Air在实际使用中的性能表现。测试结果显示,尽管机身变薄,但通过优化的散热设计和高效的能源管理,这两款笔记本依然能够提供出色的性能输出。

💡用户体验

视频最后总结了基于测试和比较得出的三大优点和缺点,指出了这两款笔记本电脑在提供高性能和便携性的同时,也兼顾了用户体验的多个方面,如键盘手感改进、屏幕视觉效果升级等,体现了制造商对满足用户需求的重视。

Highlights

ROG的新款Fantasy 14 Air和Fantasy 16Air在CES上亮相,机身更薄,散热性能却未显著缩水

这两款机器终于在中国上市,价格分别为12499和14999,虽然不便宜,但在同等配置模型中是目前考虑“颜值”和“性能”最佳的高端全能产品

Magic 14Air配备了AMD R9 8945HS处理器,8核16线程,内存32G频率6400MHz,硬盘为1TB SN560,屏幕为2.8K+120Hz OLED面板

Magic 16Air配备了Intel Core Ultra 9 185H处理器,16核22线程,内存32G但频率更高,达到7467MHz,屏幕为2.5K+240Hz OLED面板

外观上,Magic 14Air和16Air采用铝合金设计加阳极氧化处理,CNC一体成型工艺,边缘收窄自然过渡,机身重量仅为1.48kg

屏幕方面,提供高亮度,宽色域和准确的颜色,但OLED材质使得一些用户对其有所顾虑

键盘部分风格也有所变化,从圆角到硬朗的方形,触摸板也在顶缘进行了调整,使用体验大幅提升

接口部分,Magic Air系列提供了2C+2A组合,额外增加了HDMI和读卡器接口

为了确保足够的功耗,在薄型机身的同时,介绍了新的方形端口电源插孔,适配器也进行了瘦身

在散热性能方面,通过功耗和性能测量来看,Magic 14 Air和16Air的散热设计在机身变薄的情况下也有所改进

CPU性能测试显示,Magic 14Air和16Air分别采用的AMD和Intel处理器都提供了出色的性能

在图形卡性能方面,Magic 14Air的4060和Magic 16Air的4070在实际游戏测试中表现良好

Magic 14 Air和16 Air打破了便携产品必须在性能上做出牺牲的束缚,实现了性能、便携性和美观的完美平衡

这两款机器是追赶芯片发展的好时代的产物,对于预算充足的用户来说,是目前最推荐的全能轻薄本

整体而言,Magic 14 Air和16 Air虽然在细节上可能不完美,但整体上缺点不掩瑕点,性能超出预期

Transcripts

00:00

Last month

00:01

I saw ROG's new Fantasy 14 Air and Fantasy 16Air at CES

00:06

At that time, I felt bright at the moment

00:07

While the fuselage is thinner, the heat dissipation does not shrink too much

00:11

Let me look forward to it very much

00:13

Looking forward to the stars and the moon

00:14

These two machines are finally on the market in China

00:17

Give a conclusion first

00:18

The prices of 12499 and 14999 are really not cheap in the same configuration models

00:23

However, it is a high-end all-around product with the best consideration of "face value" and "performance" at present

00:29

So what is its specific performance?

00:31

Let's take a look at this video

00:38

Briefly introduce the configuration of the machine to everyone

00:40

The magic 14Air we got is the 4060 version

00:42

The power consumption of the graphics card has reached 90W

00:44

The CPU is equipped with AMD R9 8945HS

00:47

8 cores and 16 threads

00:49

On-board 32G memory frequency 6400MHz

00:52

The hard drive is a 1TB SN560

00:54

The screen is a 2.8 K+120Hz OLED panel

00:58

Magic 16Air is a version of 4070

01:00

Graphics card 105W

01:01

The CPU is equipped with Intel Core Ultra 9 185H

01:04

16 cores and 22 threads

01:06

It is also 32G of onboard memory

01:08

But the frequency is higher

01:09

It came to 7467MHz

01:11

Hard disk specifications are the same as Magic 14Air

01:14

The screen is a 2.5 K+240Hz OLED panel

01:18

Appearance change is the highlight of this magic Air

01:21

As soon as I get started, I feel that the fuselage is very light and thin

01:24

I even suspect that this is a nuclear light book

01:27

The measured weight part of the whole machine is 1.48 kg

01:30

This weight is lighter than most solo versatile books of the same size

01:34

It's almost half a catty lighter than Magic 14

01:36

Only 120g heavier than Magic 13

01:38

The portability is full

01:40

Thickness aspect

01:41

Fantasy 14Air is much thinner than Fantasy 14

01:44

The measured fuselage thickness is 15.9 ~ 16.3 mm

01:47

The average pressure is 16 mm

01:49

Previously, the thinner Magic 13 also ranged from 17 mm to 19.5 mm

01:53

The ordinary version of Magic 14 is 20 ~ 22 mm

01:56

The new 14Air is 1 4 thinner

01:59

You should be able to see it easily from the schematic diagram of comparison

02:02

It doesn't feel the same as the "fat machine" of Magic 14 and Spirit Blade 14

02:05

Slimming succeeded

02:08

The fuselage can be made so thin

02:09

In addition to adjusting one side of the fuselage,

02:11

The screen surface has also been thinned

02:13

The ordinary version of Magic 14 has a "light display matrix"

02:15

The A side needs to be punched

02:18

This has certain requirements for the thickness and rigidity of the whole surface

02:21

And 14Air simplifies this light display matrix

02:24

It became a bevel-cut "7-segment LED light"

02:27

It is made of stainless steel

02:29

The official name is "ray matrix"

02:31

Styles can also be adjusted in software

02:34

The nameplate in the lower left corner is also CNC carved on the same piece of metal

02:38

Strong integration

02:39

Asked several of our colleagues

02:41

It is said that the A side of Magic 14 Air is more low-key than the original design

02:44

It also retains a certain degree of recognition

02:46

Indeed, I personally think it's very nice

02:49

Simple design makes business style stronger

02:51

Even if you go in and out of formal occasions, you won't be very uncomfortable

02:54

This magic 14Air machine adopts aluminum alloy design + anodizing treatment

02:58

CNC integrated molding process greatly increases the quality of the fuselage

03:02

It won't have a heavy plastic feeling like Magic 14

03:05

In addition, the edges of A and D planes narrow and transition naturally

03:08

May not be as smooth as Spirit Blade 14

03:10

But there is no slight hand cutting like MacBook Pro

03:15

After opening the lid,

03:16

Side B is an all-glass screen

03:18

Parameters and test data can be seen in this figure

03:20

The list is very detailed

03:22

To sum up in a few words

03:23

High brightness, wide color gamut and accurate color

03:26

The only two places of dissatisfaction

03:28

One is its chin

03:29

Compared with the top border, it is really a little wide

03:31

"Shaping" is not thorough enough

03:33

Another place is OLED material

03:35

At present, there are still many users in the market who have certain concerns about it

03:38

Judging from the long test we have done in this issue,

03:40

I personally think that the current life expectancy is acceptable

03:43

And this plastic-free frame full glass cover + high brightness + wide color gamut

03:48

The screen looks very transparent

03:49

The visual impact is very strong

03:51

The experience is really great

03:53

It may be difficult to see its true effect from the video

03:55

If you have the opportunity to suggest going offline to experience it

03:58

Keyboard section

03:59

Magic Air has also changed its style

04:01

From rounded corners to tough squares

04:03

The touchpad is also adjusted at the top edge

04:06

Availability is greatly enhanced

04:07

The press feedback is quite good

04:09

I think the most incredible thing is that the color difference of each part of this gray version is very small

04:14

Strong integration

04:15

Obsessive-compulsive disorder doesn't look uncomfortable

04:17

The only thing that puzzles me about the appearance part is the three classic indicators on the A side

04:21

Position in the middle and lower of the rotating shaft

04:23

You can watch without opening the lid

04:25

It is blocked during normal use

04:26

It's completely out of sight

04:28

Maybe this is also a part of art......

04:31

This diagram of the interface part is very clear

04:33

2C + 2A is a combination that is not easy to make mistakes

04:36

Additional HDMI and card reader interface

04:39

If you have to be selfish,

04:40

If the magic 14Air also plugs in a full-size card reader,

04:43

Then photographers should be happier

04:45

In addition, in order to ensure sufficient power consumption, a thin fuselage is made

04:48

14Air and 16Air introduce new square port power jack

04:52

Compared with the previous generation, the adapter has also been slimmed down

04:54

180W (slip of the tongue) Phantom 14Air is 552g

04:57

Compared with the previous 240W version, it was 722 grams

05:01

A fully light iPhone 15

05:04

The 200W adapter of Magic 16Air is not heavy either

05:06

578 grams

05:07

The volume is about 180W

05:10

The pressure of going out to carry has been reduced a lot

05:12

The adapter is lighter and the power consumption is reduced

05:14

Will performance be affected?

05:16

In addition, after the fuselage becomes thinner,

05:17

How is the heat dissipation performance?

05:19

Let's look at its performance through power consumption and performance measurement

05:23

Let's first look at heat dissipation

05:24

Or a fixed 25-degree test environment

05:26

Magic 14 Air Single Bake FPU in Enhanced Mode

05:29

You can run to 75W

05:30

The temperature will run against the 95-degree wall

05:32

The frequency ran to 4.5 GHz

05:34

The graphics card Furmark is running full of the default power consumption limit of 90W

05:38

82.7 degrees

05:39

Double baking power consumption 22 + 78W

05:42

Can achieve performance release close to 100W (slip of the tongue)

05:44

And there is still a certain margin from the temperature point of view

05:47

Contrast Magic 14

05:48

The single baking CPU of 14Air is also 5W higher

05:50

It's a little outrageous

05:51

Although the total power consumption of double baking is reduced,

05:54

But the heat dissipation pressure is obviously much smaller

05:55

Last year's Magic 14 almost hit the edge of the wall

05:58

And Magic 14Air obviously has a margin

06:01

We tried to cushion the fuselage further

06:03

Although the total power consumption will not increase any more

06:04

But the temperature can be further reduced

06:07

In the past, Magic 14 itself was padded with foot pads

06:10

If you raise it again, the effect will not be obvious

06:12

The inlet outlet air will increase after the magic 14Air is cushioned

06:15

The effect is also much better than the traditional screen blowing shaft model

06:18

If you are willing to further increase the fan speed

06:21

The temperature of the graphics card can continue to press down

06:23

But the noise is not so optimistic

06:25

From 52.7 decibels to 57.8 decibels

06:28

How to adjust depends on your daily use needs

06:31

So what black technology makes it dissipate heat

06:33

In the case of thinning the fuselage, it is also improved

06:36

Take a closer look at the heat dissipation design

06:38

I found some interesting points

06:40

On the D shell of the machine

06:41

Although it seems to have made a large area of entrance grille,

06:44

But the actual hollowed-out place

06:45

There are only a few fan inlet positions

06:48

The rest of the heat dissipation holes are blocked

06:50

Open the back cover and you will find that

06:51

This computer also adopts "internal blowing design"

06:54

A single large area air duct is formed with the back cover

06:57

Let the airflow blown by the fan pass through the whole heat dissipation module

07:01

And the location of the air outlet

07:02

ROG has also been improved

07:04

It is no longer the previous magic 14 screen blowing scheme

07:06

The new screen shaft blocks the blowout airflow

07:09

Guide to the exhaust port at the bottom of the screen to blow out

07:11

Separated from the screen surface

07:13

And in order to solve the problem of small air outlet area,

07:16

There are also several air outlets above the foot pad

07:19

After the machine is laid flat,

07:20

Hot air is discharged from the rear and lower exhaust ports at the same time

07:23

And the just higher foot pad blocks the hot air

07:26

The hot air backflow circulation is avoided

07:28

This design not only solves the problem of small air outlet area

07:32

The cold and hot air are completely separated again

07:34

Quite clever

07:35

However, the thinner fuselage still failed to avoid the problem of surface temperature

07:39

Maybe the heating area is not excessive

07:41

But the hot spot temperature came to 50 degrees

07:43

It stands out slightly among the machines with excellent heat insulation this year

07:46

Since we just mentioned dismantling the machine,

07:48

Let's also unfold

07:49

It is not difficult to disassemble these two computers

07:51

But notice that screws are hidden under these two inconspicuous rubber pads

07:56

You can remove the back cover by unscrewing it all

08:00

This chart shows the test performance of all internal components in detail

08:04

You can pause the reference

08:07

After understanding the heat dissipation performance,

08:09

Let's look at the actual performance

08:10

CPU is R9 8945HS

08:12

Code name Hawk Point

08:14

Although it is indeed a new product this year,

08:16

But it's actually a 7940H vest model

08:19

Both are Zen4 architectures

08:20

8-core, 16-thread, 3-slow, 16MB

08:22

Single core maximum 5.25 GHz Full core 5.05 GHz

08:27

In terms of performance, the R23 loop is the first

08:29

Magic 14Air's score can be stable at around 17,000 points

08:32

The power consumption during the test is between 73 and 80W

08:36

And at low power consumption

08:37

We select 45W and 65W power consumption points for testing

08:41

You can see the performance of 8945HS in CPU

08:45

It is close to 7940H and 7840HS

08:49

Magic 16Air is on the Intel platform

08:51

It is equipped with Ultra 9 185H

08:53

16 cores and 22 threads

08:55

The Meteor Lake architecture is adopted

08:56

The computing core is Intel 4 process

08:58

Compared with Ultra 7, which we tested before, the frequency of large and small cores is further improved

09:03

Performance aspect on the cycle of R23

09:05

185H ran to 18200-19200 points

09:09

Performance release is more radical

09:11

The power consumption is between 70W and 95W

09:15

In the same energy consumption, we selected 45W and 65W

09:19

Compare it

09:19

Ultra 9 will perform better than Ultra 7

09:23

And the energy efficiency part

09:24

8945HS is almost tied with 7840HS

09:27

Ultra 9 185H intersects with 8945HS at about 45W

09:32

I feel that the collocation choice of this CPU is calculated by ROG

09:36

The 14 Air with lower power consumption uses AMD with better energy efficiency

09:39

The 16Air with stronger performance release uses Intel with stronger performance upper limit

09:43

It's really accurate

09:45

Graphics card

09:46

4060 for 90W on Magic 14Air and 4070 for 105W on Magic 16Air

09:50

We've all probably touched the bottom

09:52

The 4060 running 1V voltage is the standard 2595MHz

09:56

Enhanced mode will overclock the 50MHz core and 100MHz video memory

10:01

In the actual game test,

10:02

Under 1080P reference

10:04

Graphics card overloaded games

10:05

Like "Metro" and "Ganymede 4"

10:06

Almost no different from higher power models

10:09

And if you eat both graphics cards,

10:10

Games with certain requirements for CPU

10:12

Like "2077"

10:13

Or like some games with high frame rate and good optimization

10:16

Like Tomb Raider, Final Fantasy 14

10:18

Disadvantages of TPP total power consumption reduction

10:20

It will stand out a little

10:22

But it also remains at a higher level

10:23

And on an acceptable horizontal line

10:25

After all, this power consumption section is still the dessert section of Zen4 and 40 series

10:28

High energy efficiency ratio is also its advantage

10:31

In the actual play process,

10:32

The native 2.8 K resolution is still slightly higher for the 4060 card

10:36

My suggestion is to reduce the special effects appropriately + eat with DLSS

10:40

The number of frames can still be relatively guaranteed

10:42

Magic 16Air here

10:43

After all, it is a native 2.5 K resolution

10:45

The pressure will be less than 2.8 k

10:47

In addition, the voltage wall of 4070 is released to 0.985 V

10:51

Although the power consumption is not high enough,

10:52

But it will still be better than 4060 full of blood

10:55

At present, the BIOS of Magic 16Air is not very good for performance tuning

10:59

The CPU frequency will be lower

11:01

In general

11:01

Originally worried that the thinning of the fuselage would seriously affect the performance

11:04

Now it seems that the impact is not so great

11:06

Last year, I was looking forward to the launch of this kind of thin and light machine with high energy efficiency chips

11:11

From the present point of view,

11:12

Fantasy 14Air and 16Air carry out this point thoroughly

11:16

Originally, Magic 14 wanted to protect both CPU and graphics card

11:19

Lead to the final "control bear death control bear death"

11:22

This year, the original strategy was directly abandoned

11:24

Hold the power consumption dessert

11:26

And press the fuselage as thin as possible

11:28

The final product also falls on a suitable balance point

11:31

Performance, portability and flowering

11:33

It's still good

11:35

Okay, I've read the whole test

11:37

I believe you have a certain understanding of these two computers

11:39

We summarized three advantages and disadvantages based on testing and comparison

11:41

You can refer to it

11:55

It seems to me that

11:56

Magic 14 Air and 16 Air belong to a good era that completely caught up with the development of chips

12:00

In previous years, portable products had to sacrifice performance more or less

12:04

Or there is no way to make it lighter and thinner for performance

12:08

The two machines broke the shackles to a certain extent

12:11

My surprise is no less than the listing of the first generation magic and ice blade

12:14

Maybe these two machines are not perfect in details

12:18

But on the whole, the flaws are not hidden

12:19

In addition to the price

12:20

Their performance really exceeded my expectations

12:23

If your budget is adequate

12:24

Then this should be my most recommended all-round light book at present

12:27

What do you think of the performance of these two computers?

12:30

You can leave your opinion in the comment area ~

12:32

OK, that's all the content of this video