黑神话：悟空性能测试！需要什么显卡才能玩？

Summary

《黑神话：悟空》的官方性能测试工具在Steam上免费发布，用于测试游戏性能。从低端核心显卡到高端旗舰，共28种显卡参与测试，分辨率从1080P到4K，测试了不同画质下的帧率。结果显示，即使是老旧显卡也能在最低画质下运行游戏，但要获得更好的体验，至少需要4060级别的显卡。2K分辨率下，4070 Super级别的显卡才能流畅运行，而4K超高画质则需要4090级别的显卡，且DLSS技术对提升帧率至关重要。视频还探讨了游戏对CPU的要求和光追技术的性能影响，为玩家提供了全面的硬件需求分析。

Takeaways

• 😲 《黑神话：悟空》官方发布了一个免费的测试工具在Steam上，玩家可以下载来测试游戏性能。
• 🔍 测试涵盖了从低端核显到高端旗舰显卡共28种显卡，分辨率从1080P到2K和4K，测试了不同画质下的帧率表现。
• 💻 为了避免CPU瓶颈，测试使用了7800X3D处理器进行。
• 📉 游戏对CPU的要求似乎不是特别高，但具体的CPU需求将在游戏发布后另行讨论。
• 🎮 游戏的最低可玩性定义为1080P 50% FSR，实际渲染分辨率为960x540，最低画质下达到30帧。
• 👎 即使是老旧的显卡，如GTX1050Ti、GTX1060和1650，以及RX580，也能在最低画质下达到可玩帧率。
• 🚀 但如果想以原生1080P中等画质运行游戏，至少需要4060级别的显卡。
• 🔼 对于2K分辨率和高画质，需要4070 Super级别的性能，并可能需要DLSS技术的帮助。
• 📊 游戏的Benchmark DLSS选项目前以渲染比例的形式调整，但实际上是基于5级DLSS默认值计算的。
• 🔝 在4K分辨率下，即使是4090显卡在不开启DLSS的情况下也只能达到46帧。
• 🌟 游戏的光线追踪技术使用的是路径追踪，对性能要求极高，4090在开启最高光线追踪后可能只剩下22帧。
• 🛠️ 游戏的光线追踪渲染管线使用了40系列显卡的重要特性OMM，这可能是40系列在光线追踪上几乎无损性能的原因。

Q & A

《黑神话：悟空》需要什么样的显卡才能运行？

根据测试，即使是低端集成显卡也能运行游戏，但画质和帧数会较低。例如，AMD的780M核心显卡在最低画质下平均能运行超过60帧。

《黑神话：悟空》官方测试工具在哪里可以下载？

官方测试工具可以在Steam上免费下载，用于测试游戏性能。

测试《黑神话：悟空》时使用的CPU是什么型号？

为了避免CPU瓶颈，测试使用了7800X3D型号的CPU。

对于1080P分辨率下最低可接受的游戏体验，《黑神话：悟空》的测试标准是什么？

测试者定义的最低可接受游戏体验是1080P 50% FSR，即实际渲染分辨率为960x540，以最低画质运行达到30帧。

GTX1050Ti显卡在《黑神话：悟空》中的表现如何？

GTX1050Ti显卡在最低画质下能够运行超过40帧，但由于显存只有4G，在测试中游戏弹出了警告，建议使用超过4G显存的显卡。

如果想要在1080P分辨率下以中等画质流畅玩《黑神话：悟空》，推荐使用什么级别的显卡？

为了保证在1080P中等画质下流畅游玩，最好使用4060级别的显卡。

在2K分辨率和高画质设置下，需要什么性能的显卡才能流畅玩《黑神话：悟空》？

在2K分辨率和高画质设置下，至少需要4070 Super级别的显卡性能，并可能需要开启DLSS来保证流畅。

《黑神话：悟空》的4K分辨率超高清画质对显卡的压力有多大？

即使是4090这样的高端显卡，在4K分辨率超高清画质下不开启DLSS也只能运行46帧左右。

《黑神话：悟空》中的光追技术对性能的影响如何？

游戏提供的光追技术是路径追踪，对性能压力很大。例如，4090显卡在开启最高光追级别后，如果不开启DLSS，帧数将降至22帧左右。

为什么《黑神话：悟空》在中低端光追设置下对40系列显卡几乎没有性能损失？

这是因为《黑神话：悟空》利用了40系列显卡的OMM特性，有效减少了在光追渲染管线中的Any Hit Shader的计算资源消耗。

在测试《黑神话：悟空》时，遇到了哪些与CPU相关的问题？

在测试过程中，发现13900K和14900K的CPU在直接运行测试时会崩溃，需要使用Win7兼容模式编译shader后才能正常运行游戏。

《黑神话：悟空》的图像质量在不同设置下的性能消耗是怎样的？

图像质量在低设置下仍然可观，中画质的性能消耗较为明显，而高画质与超高画质之间的性能差距超过50%。

为什么在更改《黑神话：悟空》的图像质量选项后需要重启游戏？

更改图像质量选项后，很多情况下直接运行游戏不会生效，需要重启游戏后设置才能真正应用。

Outlines

00:00

🔍 黑神话：悟空显卡性能测试概览

视频脚本首先介绍了《黑神话：悟空》的显卡需求，并提到游戏科学在Steam上发布了官方测试工具。接着，作者紧急增加了时钟频率，并测试了从低端核心显卡到经典老显卡，共28种不同等级的显卡。测试覆盖了从1080P到2K和4K的不同分辨率，并在开启和关闭光追效果下进行了测试。为了避免CPU瓶颈，使用了7800X3D进行测试，并计划在游戏20号发布后，进一步探讨CPU需求。最后，作者定义了最低可玩性标准，并测试了老旧显卡是否能够运行游戏，发现即使是AMD的780M核心显卡也能在最低画质下流畅运行。

05:02

🚀 深入解析黑神话：悟空的显卡需求

本段深入探讨了《黑神话：悟空》的显卡性能需求。作者首先测试了老旧显卡在最低画质下的表现，并发现即使是GTX1050Ti这样的老显卡也能在该画质下达到可玩的帧数。然而，对于想要在1080P中等画质下流畅游戏，至少需要4060级别的显卡。在2K分辨率和高画质下，4070 Super级别的显卡才能保证流畅运行，而且需要DLSS技术的帮助。对于4K分辨率和超高画质，即使是4090显卡在不开启DLSS的情况下也只能达到46帧。作者还特别提到了游戏中的光追技术，指出即使是低等级的光追也使用了路径追踪技术，但对性能的影响相对较小，特别是对于40系列显卡。

10:03

📝 黑神话：悟空性能测试工具分析

视频的最后部分对《黑神话：悟空》的性能测试工具进行了简要分析，并分享了在测试过程中遇到的一些有趣现象，比如某些CPU在运行游戏时需要使用Win7兼容模式。作者还提醒观众，在更改图像质量选项后需要重启游戏以使设置生效。视频最后，作者表达了对《黑神话：悟空》的期待，并承诺在游戏8月20日发布后，会进一步探讨游戏的图形技术、CPU内存需求等更多有趣的内容。

Keywords

💡黑神话：悟空

《黑神话：悟空》是一款由游戏科学公司开发的动作角色扮演游戏，基于《西游记》中的经典角色孙悟空。视频中提到的测试工具就是为了这款游戏的性能测试而设计，帮助玩家了解不同显卡在运行游戏时的表现。

💡显卡要求

显卡要求指的是运行《黑神话：悟空》所需的图形处理单元（GPU）规格。视频中详细测试了从低端到高端的显卡在不同分辨率和画质设置下的表现，帮助观众了解游戏对硬件的需求。

💡1080P

1080P是指1920x1080的分辨率，是全高清（FHD）的标准。视频中测试了在1080P分辨率下不同显卡的表现，从中可以看出即使在这个分辨率下，运行《黑神话：悟空》也需要相当强劲的显卡。

💡光追（光线追踪）

光线追踪是一种渲染技术，可以生成更加真实的光影效果。在视频中，《黑神话：悟空》支持光线追踪，并且光追效果对显卡性能有很大的要求，尤其是在高质量设置下。

💡DLSS

DLSS（深度学习超级采样）是一种由NVIDIA开发的图形渲染技术，能够在不显著降低画质的情况下提高游戏帧率。视频中提到DLSS可以帮助显卡在高分辨率下维持较高的帧率，是玩《黑神话：悟空》的关键技术之一。

💡帧率

帧率指的是每秒显示的图像帧数，以FPS（帧每秒）为单位。视频通过测试各种显卡在不同设置下的帧率，来展示《黑神话：悟空》的流畅度表现。高帧率意味着游戏运行更平滑，尤其对动作游戏来说尤为重要。

💡分辨率

分辨率是显示器上图像的清晰度，通常以像素的宽度x高度表示。视频中测试了1080P、2K、4K三种分辨率下的游戏表现，表明分辨率越高，对显卡的要求也越高。

💡中端显卡

中端显卡是指性能和价格处于中等水平的显卡。视频中对比了中端显卡与高端显卡在《黑神话：悟空》中的表现，指出即使是中端显卡也可能无法在高分辨率和高画质下流畅运行游戏。

💡超高画质

超高画质是指游戏设置中的最高画质选项，通常伴随着最高的细节和最复杂的特效。视频提到在超高画质下，即使是最顶级的显卡也可能难以维持高帧率，这显示了《黑神话：悟空》的硬件需求之高。

💡路径追踪

路径追踪是光线追踪的一种高级形式，可以模拟光线在场景中传播的复杂路径。视频中提到《黑神话：悟空》使用了路径追踪技术，这大大增加了显卡的计算负担，尤其在高画质下更是如此。

Highlights

《黑神话：悟空》官方发布了免费的测试工具，用于测试游戏性能。

测试使用了从低端核心显卡到高端旗舰显卡共28种显卡。

测试分辨率包括1080P、2K和4K，并测试了开启和关闭光追的效果。

为了避免CPU瓶颈，使用了7800X3D进行测试。

定义了最差可玩性为1080P 50% FSR，实际渲染分辨率为960x540，最低画质30帧。

AMD 780M核心显卡在最低画质下平均帧数超过60帧，游戏体验流畅。

即使是低端的1050TI显卡，也能在最低画质下运行超过40帧。

1050TI显卡显存只有4G，游戏提示需要更多显存以正常运行。

中端主流显卡在1080P中等画质下的表现参差不齐，部分老卡帧数低于30帧。

要确保1080P分辨率下流畅游玩，最好拥有4060级别的显卡。

2K分辨率和高画质下，需要4070 Super级别的性能才能流畅运行。

《黑神话：悟空》的DLSS选项目前以渲染比例形式调整，但实际效果与默认的5级DLSS平衡相同。

4K分辨率下，即使是4090显卡在不开启DLSS的情况下也只能达到46帧。

开启DLSS平衡模式后，4090显卡在4K分辨率下的平均帧数可以大幅提升。

在4K超高画质下，4090显卡在开启DLSS后可以达到86帧的平均帧数。

《黑神话：悟空》的光线追踪采用路径追踪技术，对性能要求极高。

4070显卡在开启中低端光线追踪时几乎没有性能损失。

《黑神话：悟空》的光线追踪渲染管线使用了40系列的重要特性OMM。

测试过程中发现，某些CPU在运行《黑神话：悟空》时需要使用Win7兼容模式编译着色器。

改变画质选项后，需要重启游戏才能生效。

《黑神话：悟空》将于8月20日发售，届时将有更多深入的分析和讨论。

Transcripts

What kind of graphics card does "Black Myth: Wukong" need to run?

Don’t worry, I’ll test it for you!

Just yesterday

Game Science released an official testing tool on Steam.

You can download it for free to test the game performance.

So we decided to urgently increase the clock and

immediately took out all kinds of graphics cards in the studio,

from low-end core graphics to classic low-end old graphics cards.

There are a total of 28 cards from graphics

cards to mid-range dessert cards to high-end flagships.

From 1080P to 2K and 4K resolutions, we

switch on and off the light pursuit.

Let’s test Black Myth Wukong.

In order to avoid CPU bottlenecks,

we use 7800X3D for testing.

We will wait until the 20th game is launched.

I will also have a separate chat about what Black Shinhwa’s CPU requirements are like.

At present, it seems that

his CPU requirements are not particularly high,

so without further ado, let’s get started!

First of all, let me answer the question that most viewers are concerned about.

What is the worst, the worst, and how bad a graphics card

must be to play Black Myth Wukong?

My definition of the worst playability is 1080P 50% FSR

, which is the actual rendering resolution of 960x540 and

the lowest quality running at 30 frames.

This picture is almost like this.

The black myth actually supports the lowest rendering resolution of 25%

, but I think this 540P picture The quality is already bad enough;

if it gets lower, it may really be unreadable.

Let’s use this as the standard.

First, please take out our old, weak, sick and disabled team!

From Intel's new and old core graphics to AMD's core graphics

to NV's classic old cards GTX1050Ti, GTX1060 and 1650

to the veteran RX580

, can these old cards still be able to play?

Hey, let’s not talk about whether this picture quality is acceptable.

At least it is still playable

. AMD’s 780M core display

can run an average of more than 60 frames at this picture quality.

Playing is still quite smooth,

even with super-fast games like Steam Deck. Even a weak core display

can run at an average of 36 frames.

For the Steam Deck, the image quality is

720P at 75% rendering magnification and running more than 30 frames

in real shooting. It seems that the image quality is acceptable.

I think this performance is playable

and only very good. There is really nothing we can do about the old Vega 8 core graphics.

As for the old independent graphics cards, like the 10-series old cards

, the frame rate is not bad

at this relatively poor picture quality.

The classic 1060 can run an average

of 68,580 frames and even The higher

and weaker 1050TI can actually run more than 40 frames.

However, the video memory of the 1050TI only has 4G.

Although the test was completed successfully

, the game jumped with a warning.

If you want to play normally, it is necessary to use more than 4G of video memory.

So we give these old guys Let’s get a little stronger

and run a native 1080P medium image quality. By the way

, I’ll put all the mid-range mainstream graphics cards in for a comparison

. Oops, a lot of old stuff is a bit overwhelmed now. A

few old cards can’t even run under 30 frames.

Core graphics are still promising.

Ultra core display and 780M are barely close to 30 frames.

The new 890M can still run 30 frames

and go up.

In fact, 2060 can only run more than 40 frames.

Even 3060 cannot guarantee that 1080P medium quality can run 60 frames

without DLSS. Under the circumstances,

the pressure of this game is still quite high.

If you want to ensure smooth play at 1080P,

it is best to have a 4060-level graphics card.

Let’s take a look at the 2K resolution and high image quality used by most of our audience.

This requirement is a little higher, so

don’t turn it on. In the case of DLSS,

you must have 4070 Super level performance to play smoothly.

At this time, you need the help of DLSS.

The Benchmark DLSS option of Black Myth Wukong

is currently adjusted in the form of a rendering ratio.

It looks very detailed

, but in fact this ratio It does not take effect normally.

In fact, it is calculated based on the 5-level DLSS default.

That is to say, if you open 56 or 65,

it will be calculated based on DLSS balance.

There will be no difference in performance and image quality.

Then let’s try to open the balanced DLSS in 2K.

Now the 4060 can finally run at 60 frames and run smoothly.

Students using the 4090 can do high brushing of 2K144.

If you are using a 3060,

you may need to use the DLSS performance profile to achieve smooth operation for

A card and I card users.

You can

also

turn

on FSR

and

Let’s take a look at

the performance of 4K resolution ultra-high image quality.

The pressure is a bit scary.

Even if it is as powerful as the 4090,

it can only run 46 frames without turning on DLSS

. The 4080Super and 7900XTX have only just run 30 frames.

We haven’t introduced light tracing yet. After using

the DLSS balanced profile,

the frame rate has finally increased a lot

, almost doubled.

Now the 4090 can run to an average of 86 frames.

To meet 60 frames, a 4080-level card is required.

If you turn on DLSS3 frame filling, it will

basically Cards above 4070Super can run relatively smoothly.

4K ultra-high speed is obviously not the most terrifying load.

In Black Myth Wukong,

if you are not afraid of death,

you can turn on the highest film and television level picture quality

and then turn on the ultra-high level of light chasing

. You must know that

the light tracing provided by Black Myth is path tracing,

which is very stressful.

If you don't turn on DLSS 4090, there will only be 22 frames left.

It makes no sense to die suddenly. If

you want to run at least the number of frames that can be seen,

you still have to turn on DLSS

. For 4090,

if you turn on balanced DLSS, you can run it up to 52 frames

and then turn on frame compensation. It

can basically run smoothly.

But for cards lower than 4080Super, there is no need to run this picture quality.

Especially the light tracing efficiency of A card in Black Myth is obvious. It’s not very ideal.

The performance loss of light tracing is quite serious

, and the gap between the 30 series and the 40 series seems to be widened.

We will analyze

it later. The image quality is too devilish.

If you are using a dessert card

but want to enable light tracing. Is there any drama?

In fact, you can run if you want to, but you have

to turn on DLSS a little harder. With

2K resolution, high quality,

medium ray tracing + DLSS performance mode,

4060 can run 43 frames.

It can be increased to 65 frames by adding frames.

It is still playable

, but it requires If I suggest it,

this is an action game after all.

I would recommend you to run the frame rate higher.

I think the experience will be better.

After reading the above test

, I believe everyone already understands what the graphics card requirements of Black Myth Wukong are.

So we actually still have I did an in-depth test with the 4070

to see how much performance each level of image quality consumes.

I think Black Mythology

’s image quality is not too disgusting even at low image quality. It

is still watchable at the lowest image quality. The performance cost of

medium image quality

is quite obvious.

The biggest difference is between high and ultra-high.

High and ultra-high sound similar

, but the performance is more than 50% worse.

Look at the image quality. Ultra-high shadow accuracy. The textures are obviously higher

and clearer.

The perspective seems to be better in terms of lod.

But after all, the performance gap is so big.

I think for most students who are not top-tier,

I suggest you stay in the high-definition and

there is no need to go up.

We also did a special test of ray tracing. The

ray tracing options of Black Myth Wukong can be selected from three levels: low, medium and ultra-high.

But even the low-end ray tracing

still uses path tracking,

but the low-end path tracking has a lower resolution.

There is no "ordinary light tracing" in this game.

So how much performance does Black Myth enable path tracing?

This result is really interesting.

If we use 4070,

there will be almost no performance loss if

we turn on low-range ray tracing and mid-range ray tracing.

Compared with not turning on ray tracing, it will be two or three frames lower.

Only if we turn on ultra-high light tracing, the frame rate will drop more.

However, if you run with 3080,

this result will not be the same.

Without ray tracing,

the performance of 3080 and 4070 is close.

But even if you only turn on low-end ray tracing,

the frame rate of 3080 will drop significantly.

If you turn on ultra-high ray tracing, you can't even run 30 frames.

Far lower than the 4070.

We have also seen that the 40-series ray tracing has certain advantages in other games

, but no game has such a big advantage as Black Myth. Its performance is almost

lossless when using mid-range and low-range ray tracing.

I've never seen it before.

Why is this happening?

We took a deep look at Black Myth’s light-tracing rendering pipeline

and found that it uses a very important feature of the 40 series - OMM.

This is the proportion of Drawcall overhead under path tracing in Cyberpunk 2077.

This is the proportion of Black Myth Wukong.

In 2077,

the main cost of light chasing is spent on traversal

. In Black Myth,

a large part of the cost is spent on Any Hit.

Any Hit is used to determine whether light continues to propagate through the transparent part

of Black Myth. There are a large number of objects using transparent materials in the scene

, such as leaves and vegetation.

These transparent materials will be sampled by Any Hit Shader in the light tracing pipeline

to determine, for example, whether the light should penetrate through the gaps between the leaves.

You need to know this judgment. The process

is very resource consuming.

Let me use this leaf as an example

. On the N cards and A cards before the 40 series,

if a light hits any position on the entire square area,

the Any Hit Shader needs to be executed.

On the Ada architecture of the 40 series,

NV was introduced. An engine called OMM is specially designed to handle this problem.

It will divide the texture into a series of micro-triangular meshes

and then assign a transparency mark to each triangle. It

is fully transparent, opaque and translucent

, and then fully transparent and opaque triangles

are neither. Any Hit Shader needs to be executed.

Only the translucent

part, that is, the red part in the picture, needs to be called.

It is up to the developer to decide whether to continue ray tracing.

There is no need to foolishly sample the entire leaf.

This saves a lot of computing resources.

This is why in the black In Shinhwa,

the 40 series cards consume almost no performance

when turning on mid-to-low-end ray tracing.

Considering that Youke and NV have always been very close,

I think it is expected that Shinhwa can fully understand the characteristics of the Ada architecture this time

.

Today we briefly analyzed the performance testing tool of Black Myth Wukong

to show you

what kind of graphics card can run this game.

In fact, during the testing process, we also encountered a lot of magical things

, such as 13900K and 14900K. i9 cannot run this test directly.

You have to use win7 compatibility mode to compile the shader

before you can run Black Myth normally.

Otherwise, you will crash.

On the other hand, 14700K does not have this problem.

So I am very glad that I used 7800X3D from the beginning of this test.

Otherwise, this video may have to be released one day later.

Also, after changing the image quality option,

you must restart the game

to really take effect.

After the change, running directly will not take effect in many cases.

So if you test it and find that the data is different from ours,

you You can try restarting the game after setting it up and running it again to see

if you think today’s video is fulfilling enough?

We made this video in one day.

You'd better give it a like and

vote two coins to support it

. There are many aspects worth exploring

about Black Myth Wukong, including

the graphics technology it uses

, the requirements for CPU memory

, and There are a lot of interesting things

that we can explain to you

after the game is launched on August 20th !

So that’s all for this episode.

See you next time.

Bye!