I just found out this ONE SETTING can LOWER your FPS... so I did some Windows Benchmarks!!

Summary

This video explores the impact of Windows power plans on CPU performance, particularly for AMD's Ryzen 9 CPUs with a dual CCD layout. The creator tests Windows 11 versions 2322 and 2422, comparing the 'Balanced' and 'High Performance' power plans. Surprisingly, 'Balanced' often outperforms 'High Performance' due to better CPU scheduling. The video also delves into manual CPU affinity settings for optimal gaming performance. Results vary by game, with some benefiting from using only one CCD, especially noticeable on CPUs with 3D V-Cache. The conclusion? For Ryzen 9 dual CCD CPUs, 'Balanced' mode or manual CCD tuning may offer better performance than 'High Performance' mode.

Takeaways

• 😲 The default 'Balanced' power plan in Windows may actually deliver better performance for certain Ryzen CPUs compared to the 'High Performance' plan.
• 🤔 Windows' CPU scheduling is inconsistent, leading to unpredictable performance in games depending on whether it uses one or both CCDs (Core Complex Dies).
• 🎮 In some games, manually setting the CPU to use only the first CCD can significantly improve performance, especially on CPUs like the Ryzen 9 7900X 3D.
• 📊 The 'High Performance' power plan showed a minor 0.7% performance increase on the Ryzen 9 9900X, but a decrease on the Ryzen 9 7900X 3D.
• 💻 Windows and AMD need to improve the chipset drivers and Windows scheduler to better optimize performance for dual CCD Ryzen 9 CPUs.
• 🔧 Manually setting game affinity to use only the first CCD can sometimes yield better performance, particularly in games that are sensitive to latency.
• 🕹️ Some games, like Counter Strike 2 and Cyberpunk 2077, perform better when limited to the first CCD, while others like Spider-Man Remastered benefit from both CCDs.
• 📈 Performance gains from tweaking power plans and CPU affinity can vary widely from game to game, with some showing significant improvements and others minimal differences.
• 💡 The video also serves as a reminder to test different power plans and CPU settings for individual games to find the optimal configuration for your specific CPU.
• 🎁 The creator received gaming mice from Pulsar as a result of their previous coverage, indicating the influence of content creation on product reception and the potential for brand engagement.

Q & A

What was the main focus of the video regarding Windows 11 and Ryzen CPUs?

The video focused on testing the performance impact of different Windows 11 power plans on Ryzen CPUs, specifically Ryzen 9 7900X 3D and 9900X, and how they perform in various games.

What is a Dual CCD Ryzen CPU and why is it significant in the context of the video?

A Dual CCD Ryzen CPU is a processor that has two core complexes. It's significant because these CPUs are sensitive to Windows power plans, and the video discusses how different power plans affect their performance.

What does the 'balanced' power plan setting mean in the context of Ryzen CPUs?

In the context of Ryzen CPUs, the 'balanced' power plan setting is recommended by AMD for better performance due to scheduling, especially for CPUs with a dual CCD layout.

What was the unexpected finding regarding the 'high performance' power plan on Ryzen CPUs?

The unexpected finding was that the 'high performance' power plan did not always deliver the best performance, and in some cases, it could lead to a loss in performance compared to the 'balanced' power plan.

How did the video test the impact of Windows power plans on game performance?

The video tested the impact by running various games on different power plans and also by manually setting CPU affinity to use only the first CCD of each CPU to see how games perform when the scheduler isn't doing its job properly.

What was the performance result when games were locked to use only the first CCD on the tested CPUs?

Locking games to use only the first CCD resulted in performance increases for both the 9900X and 7900X 3D CPUs, with the 7900X 3D showing a more significant improvement in some games.

What was the conclusion regarding the 'balanced' versus 'high performance' power plans for Ryzen 9 CPUs?

The conclusion was that the 'balanced' power plan often provided better performance for dual CCD Ryzen 9 CPUs, while the 'high performance' plan was generally better for other CPUs without this layout.

What was the advice given for users with Ryzen 9 CPUs regarding power plans and game performance?

The advice was to use the 'balanced' power plan for Ryzen 9 CPUs, especially those with a dual CCD layout, and to manually adjust game affinity to the first CCD for certain games to optimize performance.

What was the role of 3D V-Cache in the performance results of the Ryzen 9 7900X 3D CPU?

The 3D V-Cache in the Ryzen 9 7900X 3D CPU contributed to better performance when games were locked to the first CCD, as it provided additional cache that was beneficial for gaming performance.

What was the overall recommendation for Ryzen 9 users based on the video's findings?

The overall recommendation was for Ryzen 9 users, especially those with dual CCD or 3D V-Cache CPUs, to test different power plans and game settings to find the optimal configuration for their specific use case.

Outlines

00:00

💻 Windows Power Plans and CPU Performance

The paragraph discusses the impact of Windows power plans on CPU performance, specifically on Ryzen 9 CPUs with a dual CCD layout. The author challenges the common belief that the 'High Performance' power plan always delivers the best results, citing AMD's reviewer's guide which recommends 'Balanced' mode for better performance due to scheduling. The inconsistency of Windows scheduling is highlighted, where it may not optimally distribute tasks between the two CCDs, leading to potential performance loss. The author conducted tests with Windows 11 versions 2322 and 2422 and found that manually setting CPU affinity to use only one CCD could improve performance in certain games. The paragraph concludes with a mention of a sponsored discount code for Windows 11 keys.

05:01

🎮 Game Performance with Different Power Plans

This paragraph delves into the performance of various games when run under different Windows power plans and CPU configurations. The author details how certain games, like Cyberpunk 2077 and The Witcher 3, perform better when locked to the first CCD, while others, like Spider-Man Remastered, benefit from the dual CCD architecture due to increased RAM bandwidth. The paragraph also discusses the peculiarities of game optimization and how it affects CPU performance under different power plans. The author emphasizes the unpredictable nature of Windows scheduling and the need for manual tweaking to achieve optimal performance.

10:02

📊 Analysis of Game Performance Data

The paragraph presents a detailed analysis of game performance data across different CPUs and power plans. The author notes that while the 'High Performance' mode generally offers a slight advantage for the 9900x, the 'Balanced' mode is more suitable for the 7900x 3D due to its dual CCD architecture. The paragraph also discusses the impact of manually locking games to the first CCD, which can result in performance improvements for certain CPUs. The author concludes with an average performance comparison across 17 games, suggesting that the optimal power plan can vary significantly depending on the CPU and the specific game being played.

15:04

📦 Unboxing Gaming Mice and Closing Thoughts

In the final paragraph, the author shifts focus from the technical discussion of CPU performance to an unboxing segment featuring gaming mice from Pulsar. The author expresses gratitude for the sponsor and shares their excitement about the products received, which include themed mice and a mouse pad. The author also invites viewers to share their experiences with power plans and CPU performance in the comments, particularly those using older Ryzen 9 CPUs. The paragraph ends with a personal touch, as the author reflects on the enjoyment of creating content and looks forward to future videos.

Keywords

💡Windows Power Plans

Windows Power Plans are settings that manage the balance between performance and energy efficiency on a computer. In the video, the narrator tests different power plans to determine their impact on CPU performance. The 'High Performance' plan is typically chosen for maximum performance, but the video suggests that for certain CPUs, like the Ryzen 9 with a dual CCD layout, the 'Balanced' mode might actually deliver better performance due to better scheduling.

💡Dual CCD Ryzen CPUs

Dual CCD (Core Complex Die) Ryzen CPUs refer to processors that have two separate core complexes on the same chip. These CPUs are sensitive to the power plan settings, as mentioned in the video. The video discusses how these CPUs perform differently under various power plans, with 'Balanced' mode often being more effective for these types of CPUs compared to the 'High Performance' mode.

💡CPU Performance

CPU Performance is a measure of how efficiently a processor can execute instructions and handle tasks. The video script discusses testing the performance of different CPUs under various conditions, focusing on how Windows power plans can affect the speed and efficiency of CPU tasks, particularly in gaming scenarios.

💡Scheduling

In the context of the video, scheduling refers to how Windows assigns tasks to different cores or parts of the CPU. The video suggests that Windows' scheduling can be inconsistent, sometimes not optimally using the resources of a Dual CCD Ryzen CPU, which can lead to performance issues. The narrator tests different configurations to see how well the scheduler works with various games.

💡Windows Affinity

Windows Affinity is a tool that allows users to control which cores of a CPU a particular process or application uses. In the video, the narrator uses Windows Affinity to force games to use only the first CCD of the CPU, in order to test how this affects performance compared to using the default scheduler settings.

💡3D V-Cache

3D V-Cache is a technology used in some Ryzen CPUs, like the Ryzen 9 7900X 3D, which adds an extra layer of cache memory to improve performance. The video discusses how this technology can influence the choice of power plan, as it can compensate for certain scheduling inefficiencies and improve performance in games when locked to the first CCD.

💡Game Performance

Game Performance refers to how well a game runs on a system, including factors like frame rates, latency, and overall responsiveness. The video script includes several examples of how different power plans and CPU configurations affect game performance, with the narrator testing various settings to find the optimal configuration for different games.

💡CPU Affinity

CPU Affinity is the process of binding a process or task to run on specific cores of a CPU. The video explores how setting CPU affinity can impact game performance, particularly on CPUs with a dual CCD layout, where locking a game to use only one CCD can sometimes yield better performance.

💡Latency

Latency in computing refers to the delay before a transfer of data begins following an instruction for data to be sent. The video mentions that certain games are sensitive to latency, and that using the 'High Performance' power plan can sometimes increase latency, leading to lower performance, especially on CPUs with a dual CCD layout.

💡Memory Bandwidth

Memory Bandwidth is the maximum rate at which data can be transferred between the memory and the CPU. The video discusses how games that are demanding in terms of memory bandwidth can benefit from the dual CCD layout of certain Ryzen CPUs, as this configuration provides increased memory bandwidth.

💡Optimization

Optimization in the context of the video refers to how well a game or application is designed to run on a particular hardware configuration. The narrator discusses the optimization levels of different games, noting that some games perform better under certain power plans or CPU configurations due to better or worse optimization.

Highlights

The default Windows power plan may not always deliver the best performance for Ryzen CPUs.

AMD's reviewer's guide suggests using balanced mode for Ryzen CPUs with a dual CCD layout for better performance.

Windows' CPU performance can be inconsistent even on different clean installations.

Windows scheduling can be inefficient, sometimes using both CCDs when one would suffice for better performance.

Manually setting the CPU to use only the first CCD can increase performance in some games.

PL tail rein's performance is sensitive to latency, with high performance mode delivering lower performance.

CS2 performance is not heavily dependent on the number of cores or threads, with balanced mode outperforming high performance.

Cyberpunk 2077 benefits from being locked to the first CCD, with a significant performance increase.

Spider-Man remaster performance is enhanced by dual CCD Ryzen CPUs due to increased RAM bandwidth.

The Witcher 3 performance is similar between balanced and high-performance modes, with no gains from locking to the first CCD.

Assassin's Creed Origins is CPU limited, but results are similar for both CPUs.

Microsoft Flight Simulator loves cores, with balanced mode delivering the best results for both CPUs.

Fortnite results are within the margin of error for all power plans.

PUBG performance mode works better for the 9900x but worse for the 7900x 3D.

Aero Course performance is higher with balanced mode due to less latency.

Far Cry 6 prefers the high-performance power plan, showing slightly higher FPS.

Hogwarts Legacy benefits from manually locking the game to the first CCD for the 7900x 3D.

Ghost of Tsushima performance is better with the balanced mode for the 7900x 3D, but high-performance mode is best for the 9900x.

Need for Speed Unbound sees a massive performance increase when running on the first CCD only.

On average, high-performance mode gives a slight edge for the 9900x, but a decrease for the 7900x 3D.

The video concludes that high-performance mode is generally better for most CPUs, but balanced mode may be better for dual CCD Ryzen 9 CPUs.

The presenter received Pulsar mice and a mouse pad after visiting their booth at Gamescom 2024.

Transcripts

are you one of those people that believe

that the high performance SP plan will

actually deliver you the best

performance you can have well you might

actually be losing

performance some days ago I made a video

testing Windows 11 2322 versus 2422 to

see which Windows version would perform

faster CPU wise and in that same video I

had some interesting results regarding

ryzen 9 7900x 3D and 9900 X so I tested

things a bit more and I found out that

most times the Dual CCD ryzen CPUs the

ones that have two core packages let's

call them that are very sensitive to the

windows power plans I'm TI when you

install Windows the default power plan

is balanced and I usually select high

performance power plan for all my builds

because high performance means higher

performance well not really according to

amd's reviewers guide all ryzen CPUs

featuring a dual CCD layout should be

using balanced mode for better

performance due to scheduling so this

means balance delivers the best

performance well not really it happens

that on top of Windows being highly

inconsistent when it comes to CPU

performance even on different clean

installations it also does a shitty job

when it comes to scheduling meaning that

in some game scenarios where it should

be using just one CCD for example for

the best performance it might be using

two and vice versa so how do you exactly

know uh which games run better run one

or two ccds or which games run better or

worse on those configurations or which

one should you choose you don't you

don't because in some games the

scheduler works well and in others not

really so on top of these two power

plans I also add the third test where I

use Windows Affinity to make sure that

the games are using the first CCD of

each CPU only this to see how the 18

games tested perform in case the

scheduler isn't doing its job properly

interested let's watch starting with PL

tail rein but in a village area to

really push the CPU and I found that

this game cares a lot about latency as

using the high performance delivered

lower performance higher performance

delivered lower performance you heard it

right on both CPUs but manually setting

the CPU to just use the six course 12

threads from the first CCD increased the

9900 X's performance by 5% and the 7900x

3D's performance by 10% now

outperforming the 9900 X which is quite

relevant you know relevant like today

sponsor gvg more bringing you lots of

software deals like Windows 10 Windows

11 office 2019 or 2021 with a new

windows 11 design and for all of these

you can use my skg discount code for 30%

off getting a Windows 11 serial key for

$22 and the Windows 10 one for only 15

then use the key on your Windows

settings and you'll have an activated

system but I also wanted to state that

by making this well levels will load a

bit slower than before and the loading

in some new area as well might bring

some stutters something that wasn't

presented before uh locking the the game

to the first CCD but well I guess it's a

trade Counter Strike 2 is a game that

doesn't use many cores or threads and

latency is usually King possibly even

King Kong here the balanced modies once

again out matching high performance

especially on the 19900 X since it

doesn't feature the 3D Kush and even

there it is 15% faster than the 7900x 3D

but as soon as we manually tweak the

game to just use the course from the

first CCD the 7900x 3D gets a 14%

performance increase putting it almost

on par with the 9900x in terms of

averages but 16% faster in the 1%

lows cyberpunk 20177 is another game

where the same thing happens balanced

mode is slightly faster than the high

performance one but when we lock the

game to the first CCD only the

performance shoots up making the 9900x

6% faster and the 7900 X 3D

11% and in theory the balanced mode

should perform like the Affinity to CCD

o or CCD Z in these games but in the

most scenarios it doesn't sometimes it

only works well for a time when clean

installing Windows uh but then it goes

nuts once again so thanks Microsoft and

AMD as for Spider-Man remaster things

finally change this game is very

demanding when it comes to Ram bandwidth

and this is why the Dual CCD ryzen CPUs

work so well in this game because having

two ccds will increase your R bandwidth

mostly the read and copy I believe also

increasing the game's performance of

course and that's why also locking the

game to the first CCD only works

decently on the 7900 x 3 because it has

3D cash to compensate on the 9900x

though the high performance mode is the

way to go and I tested this several

times so I can confirm that the high

performance power plan works much better

in this game something that gets even

more ground when tested with rate

tracing where we have a 15% increase

going from balance to high performance

power plan on the 9900x with the results

for the 7900x 3D being flattered due of

course to the 3D

goh and Starfield is another odd

scenario but for both CPUs this game

uses the CPU like a lot and even though

this is the case the performance seems

to be slightly better when only using

one CCD of six sces 12 threats somehow

maybe this happens because the game

loves scores but also loves latency I

don't really know so having a bit less

scores but way less latency as well

leads to higher results with a 5% boost

for the

9900x once again really

OD the last of us though unlike

Starfield does absolutely need a lot of

course and that can be easily seen as

making the game using the first CCD only

makes the game stir like hell making the

game actually unplayable in some scenes

due to the high CPU utilization as seen

here where the threads from the first

CCD are constantly at 90% or higher and

the need of those cores is so much that

even when locking the game to the first

CCD only it will still use some Cor from

the other CCD like you're seeing right

here so overall this game generally

performs better with a high performance

power

plan in The Witcher 3 we're running

around novigrad which is well known to

put CPUs to work and in this case

scenario balanced or high performance

modes are really close to each other and

when locking the game to the first CCD

only the 9900 X gets absolutely no gains

over the high performance SP plan as

expected the 7900 x3d on the other hand

got a little performance uplift of 4%

that happened once again because of the

3D cach in the first CCD only helping

with the gaming

performance and Assassin's Creed Origins

is also quite CPU limited but in most

scenarios that happens not because of

the CPUs themselves but because of the

game using the port optimization on top

of the X11 as for the results they're

basically equal for both CPUs

here Microsoft flight simulator is a

game that absolutely love scos and this

is why we get these results the 900 x

gets around the same performance with

all plans as it should be from the start

but with a balanced Mode still

delivering the best results with a 7900

X 3D also delivering its best results

with a balanced mode when using the high

performance mode though the game data

starts kind of getting pushed more and

more to the second CCD which means that

it isn't taking a good Advantage from

the 3D cach which is on the first CCD

the only which leads to lower

performance and remember what I told you

about Assassin's Creed Odyssey and bad

optimization on top of the X11 well that

sums it up as with Assassin's Creed

Mirage we were having around let's say

almost 18 180 FPS in highly populated

areas while in Assassin's Creed Origins

we were barely reaching 120 so it's a

lot of difference as for the results

they are all within the margin of error

for this game with the performance mode

showing slightly better results

especially for the 9900 X being 3%

faster moving to fortnite you won't see

the Affinity results as the game

wouldn't allow me to constantly telling

me that the action was blocked it is

what it is I guess but in terms of

results they are all within the margin

of error

here on pubg though we have a very odd

scenario where the performance mode

works better for the 9900x as it should

but much worse for the 79 900x 3D where

the balanc mode was the fastest one

being 4% faster than the manual CCD

tuning and 20% faster than the high

performance mode

option aeto course is another game that

doesn't really like the performance mode

for the ryzen 9 CPUs since using both

ccds gets us higher latencies and

considering this game doesn't really

take much advantage of the extra memory

bandwidth we get these other results

where the balanced mode delivers the

same FPS as the forc affinity meaning

that the balance mod was already working

well in this game while the high

performance mode only delivers around

85% of its performance on the 7900x 3D

being the decre is much lower with the

9900x Far Cry 6 is a game that I've seen

getting huge performance uplifts by

tweaked Ram timings and sub timings but

it seems that it likes the high

performance power plan the most

delivering slightly higher FPS with both

CPUs but nothing really crazy or

relevant of

course and in hogwart's Legacy we have

the 9900x Performing around the same in

all situations but we have the 7900 x3d

actually benefiting from manually

locking the game to the first CCD where

the 3D cush is it seems windows and

chipset drivers aren't working entirely

well for this game with a 7900 X 3D as

the game is still using some cores from

the second CCD when using the balanced

mode that's why we get a performance

uplift when locking to the first C C CD

only I

guess in Ghost of tsushima we have the

7900x 3D performing better with the

balanced mode delivering a bit higher 1%

lows when locking the game to the first

CCD but the 9900 X delivers the best

performance available when using

performance mode being 6% faster than

balance mode in the averages and 11%

faster in the 1% lows and once again I

tested this several times still the same

results and our final game tested is

Need for Speed Unbound where we get a

massive performance increase when

running the game on the first CCD only

in this game the 9900x is 9% faster than

the 7900x 3D with the high performance

mode being the best choice and since

this game benefits a lot from the higher

memory bandwidth lower timings and most

importantly a lot of course the

performance dropped down well as soon as

we limited to only six course 12 threads

as the CPU was almost all the time at

over 90% usage across that same CCD as

can be seen right now of course so for

this game enabled performance mode of

course and to finalize we have the 17

games average and if you glomerate all

these results what we get when enabling

the high performance power plan is

0.7% difference on the 9900x and the

decreased performance with the 7900x 3D

that that unlike the 9900x also gets a

performance uplift of 2.7% when

obligating the games to run on the first

CCD only due of course to the 3D Kush

but in general yeah performance mode for

the 9900x and almost any CPU and

balanced mode for the Dual CCD X 3d1 so

far and well guys as you saw this was a

interesting video with some interesting

results and I did make a video about

Windows balanced and power and power

saving and high performance power plans

back in the days like the days were like

two years ago or something like that and

in terms of single CCD CPUs which are

most of them ryzen 3 ryzen 5 and ryen 7

CPUs this won't be an issue so selecting

high performance mode should be always

the the best thing to do in most

scenarios okay but if you are going for

a dual CCD solution or if you going

going especially for a ryzen 9 7900x 3D

or if you're going for the upcoming

ryzen 99900 X 3D unless they change the

cach structure it will work exactly the

same or unless they really really

improve the chipset drivers and the

windows scheduler it will be the same so

most times balanced mode for the ryzen 9

7900x 3D and high performance for any

other scenarios but if you're still

using ryzon 9 being it ryzon 9 uh I mean

3900x 5900 X

7900x x3d 9900x it doesn't really matter

as long as it is a ryzen 9 it features a

dual CPU layout so you might actually be

losing performance in some scenarios if

you're using the high performance mode

like we saw in a set of courses cyber

punk and The Witcher 3 for example and

if you want to go even further you can

just select high performance and then in

the games that you know that really

really just run better on the first CCD

like CS2 for example and some several

others you just go and select the

Affinity of the course to the first CCD

and in that case scenario especially if

your chip has x3d cach the performance

will be much better but yeah I made this

video because I thought it would be

really interesting to show you the

differences in between the power plants

this is not a topic that most people

test and definitely in laptops and maybe

in mini computers where the power is

really really restricted going from

power saving to balance to high

performance will indeed make the

difference performance-wise but in

desktop computers the difference is

basically null because once again we're

talking about a nonrestricted scenario a

non a non- power restricted scenario

like a ryzen 9 CPU and so on it just

makes the difference because of the

windows scheduling not because of the

power itself so yeah AMD and windows

need to do better regarding the ryzen 9

CPUs especially the ryzen 9 CPUs with 3D

C like the ryzen 9 7900x 3D because lots

of people are losing lot of performance

especially with that CPU AMD and

Microsoft need to do better and well

that's all for today's video thank you

very much for watching don't forget to

leave your comment in the comment

section and by the way let me know if

you tested these and what are your

results if you're using a laptop if

you're using a mini computer if you're

using a desktop and which CPU you're

using and so on and if the power plants

did make a difference or not because as

you saw in some scenarios they do and if

you have an older ryzen 9 CPU please

test like games like The Witcher a setto

course and so on test those games and

let me know in the comment section which

power plan works better for you on an

older ryzen 9 CPU like let's say the

5900 X the 3900x and so on because I

really want to know I visited the Pulsar

Booth uh at Gamescom 2024 and they

actually sent me an email because they

saw the video I made about Gamescom 2024

by the way check it out here and they

sent me four mice and a and a mouse pad

as well in this case the Pulsar X2 V2

which is kind of a an ambid extros Mouse

and and well it comes with with a 4K

dongle 26,000 DPI and so on and it comes

with a Demon Slayer theme which is

actually pretty nice I just wanted to

show you we also have the x2h clear

which is kind of transparent the the

mouse is transparent and it's pretty

pretty nice and we have the X2 H but

this time instead of being instead of

being transparent we actually have the

Esports the Esports title and they do

theer in terms of the dongle some some

bring a a dongle for higher dpis and

higher polling rates and so on and

others just bring a normal dongle for

lower polling rate so it depends the

version also depends and in this case

this one is size two instead of size one

before going to Gamescom I actually

bought one of their mice which was this

version but instead of being the elite

as you see here was actually the white

one that it's kind of the lower tier one

and I found it to be spectacular very

responsive very very light uh and I mean

I just after that I just knew that

Pulsar was a very good brand and for

example this one which is kind of the

elite it's still the same version the

xlite V3 but in this case it is the

Esports Edition different versions

actually bring different things like for

example here the wheel is different as

well you have the OLED screen here and

if you connect the mouse this is where

you see so an OLED monitor here an OLED

screen which is quite nice for you to

control things without needing to go to

the software just like it very much I

know this wasn't sponsored I was

actually and I will do a YouTube shorts

unboxing these products all these mice

but yeah I just like them so much that I

wanted to share basically that's it so

once again thank you for watching the

video and if you watch me just showing

you stuff from are leave a comment in

the comment section telling me that uh

well you actually saw this part of the

video because I want to I I want to know

how many of you actually watch this part

so thank you very much really and thank

you Pulsar for sending and thanks to our

sponsors and thank you all for watching

the video it really uh makes me well it

really makes me eager and makes me happy

about making this video so see you in

the next one I guess cheers

[Music]

thaty

[Music]