The Ultimate System

Summary

In this video, the creator discusses the concept of the 'ultimate system,' focusing on maximizing efficiency and enjoyment when using a PC. They share their personal setup, which includes a powerful workstation with a Xeon processor, 64GB RAM, and dual NVMe drives for storage. The creator emphasizes the importance of choosing the right hardware and software to minimize friction and enhance productivity. They also delve into the setup of a virtual machine with GPU pass-through, allowing seamless multitasking across Windows and Linux. The video concludes with a call for viewers to share their own 'ultimate systems' and engage in discussion.

Takeaways

• 💡 The 'ultimate system' is a personal setup that maximizes efficiency and enjoyment for the user's specific needs, whether it's gaming, programming, or streaming.
• 🔄 The speaker emphasizes the importance of being able to switch between different setups and operating systems with minimal effort, highlighting the flexibility of their system.
• 💻 The speaker uses a virtual machine with GPU pass-through to create a seamless experience that mimics native hardware, allowing for high-performance tasks in both Windows and Linux environments.
• 🛠️ Hardware choices are crucial for the ultimate system, with recommendations for powerful processors like Xeon for full core utilization and a minimum of 64GB RAM for smooth multitasking.
• 💾 Storage is prioritized with at least two NVMe drives, one for Windows and one for Linux, ensuring fast access to data and applications.
• 🔕 A low audio footprint is desired to maintain a quiet workspace, contributing to a more enjoyable user experience.
• 🔌 The system is designed with a high number of PCIe ports to support multiple devices and peripherals, enhancing the system's capabilities.
• 📝 The speaker prefers Arch Linux for its up-to-date packages and customization options, despite its potential for instability compared to other distributions like Debian.
• 🖥️ The desktop environment is chosen for minimal friction, with the speaker currently using dwm (Dynamic Window Manager) for its flexibility and the ability to code custom behaviors.
• 🔄 The speaker is open to evolving their system, considering future changes such as trying out Hyperland or further developing their custom dwm configuration.
• ⌨️ Hotkeys and system services are used extensively to reduce friction and streamline the user's interaction with the system, allowing for quicker access to常用 applications and services.

Q & A

What is the ultimate system mentioned in the script?

The ultimate system refers to a highly efficient and frictionless computing setup that allows the user to switch between different tasks and operating systems seamlessly, with the goal of maximizing enjoyment and productivity on a PC.

Why is the user interested in having a system that is 100% efficient?

The user wants a system that is 100% efficient to ensure a smooth experience when performing various tasks such as programming, live streaming, video editing, or gaming, without any hindrances.

What does the user mean by 'removing friction' in the context of the ultimate system?

Removing friction means minimizing the obstacles and delays a user encounters while using their system, making it as easy and quick as possible to perform tasks and switch between different applications or operating systems.

Why does the user prefer using a virtual machine with GPU pass-through over single pass-through?

The user prefers GPU pass-through over single pass-through because it allows them to use the GPU across multiple workstations, providing flexibility to work on tasks that require high graphics performance from any of their systems.

What is the significance of the user's choice of a Xeon processor for their system?

The user chose a Xeon processor for its full core performance, ensuring that their virtual machine runs efficiently without any reliance on efficiency cores, which can sometimes underperform in certain tasks.

Why does the user recommend a minimum of 64GB of RAM for their system?

The user recommends 64GB of RAM to provide ample memory for running demanding applications and virtual machines smoothly, allowing for multitasking without performance degradation.

What is the user's storage configuration for their ultimate system?

The user's storage configuration includes at least two NVMe drives, one for Windows and one for Linux, with additional drives for other data storage needs, ensuring fast and efficient data access.

Why is the user interested in a low audio footprint for their system?

The user wants a low audio footprint to have a quiet system, especially since it is placed close to their working area, allowing them to enjoy a peaceful environment while still benefiting from a powerful workstation.

What is the user's preferred operating system for the ultimate system, and why?

The user prefers Arch Linux for its up-to-date packages and the ability to customize and discover new features, despite it being less stable than other distributions like Debian.

How does the user plan to make their dwm tiling window manager more user-friendly?

The user plans to create a GitHub repository for their dwm configuration, with the goal of developing it to version 1.0, making it accessible and easy to use for new Linux users, including setup scripts and possibly addressing common issues.

What is the user's stance on PCI pass-through, and what tool do they recommend for it?

The user is a strong advocate for PCI pass-through for its flexibility and recommends the 'quick-passthrough' tool by Hikari Knight, which simplifies the process and reduces the complexity involved in setting it up.

Outlines

00:00

💻 The Ultimate System: Maximizing Efficiency

The speaker delves into the concept of the 'ultimate system,' emphasizing the importance of minimizing friction and maximizing efficiency in a computing setup. They discuss their personal journey in configuring their system to switch seamlessly between different workstations and operating systems, such as Windows and Linux, with the help of virtual machines and hardware pass-through technologies. The goal is to create an enjoyable and efficient user experience, whether for gaming, programming, or content creation.

05:01

🛠️ Hardware and Software Considerations

The speaker shares their hardware choices, focusing on a powerful workstation from Super Workstations, a Xeon processor for full-core performance, and a preference for AMD graphics for Linux with an Nvidia card passed through to a VM. They also stress the importance of a high-quality motherboard for proper PCIe group separation. The discussion extends to software, with a preference for Arch Linux due to its up-to-date packages and the flexibility it offers for customization and experimentation, despite its potential for instability.

10:01

🖥️ Customizing the Desktop Experience

The speaker details their desktop environment, using the tiling window manager dwm, which they have customized extensively with C programming to suit their live streaming and content creation needs. They discuss the benefits of a highly customizable desktop environment, such as the ability to code in specific functionalities and the efficiency gained from a frictionless workflow. They also mention their intentions to create a user-friendly version of their dwm configuration and their interest in trying out other window managers like hyperland.

15:03

⚙️ Streamlining Workflow with Services and Hotkeys

The speaker talks about optimizing their workflow by creating user services for frequently used commands and servers, such as a Hugo server for web page editing. They highlight the importance of learning and utilizing hotkeys to launch programs and switch between tasks quickly, reducing the time spent on navigating start menus. The paragraph also touches on the speaker's use of PCI pass-through technology to efficiently manage multiple workstations and the recommendation of a tool called quick pass-through to simplify the setup process.

20:05

🔧 The Evolution of an Ultimate System

In the final paragraph, the speaker reflects on the continuous evolution of their ultimate system, acknowledging that their choices may not be suitable for everyone. They encourage finding the right balance between enjoying the setup process and minimizing friction in daily tasks. The speaker also expresses their openness to trying new technologies and adapting their system as needed, with a current focus on dwm and xorg, while keeping an eye on alternatives like hyperland.

Keywords

💡ultimate system

The 'ultimate system' refers to an ideal computing setup that maximizes efficiency and enjoyment for the user. In the video, the creator discusses the components and configurations that contribute to such a system, aiming to remove friction and achieve high performance. The ultimate system is tailored to the user's needs, whether it's for gaming, programming, or streaming, and it's about personalizing the setup to enhance the user's experience.

💡PCI passthrough

PCI passthrough is a technology that allows a virtual machine direct access to a physical PCI device, such as a graphics card. The video mentions using PCI passthrough to achieve near-native performance for tasks like gaming or video editing within a virtual machine. It's highlighted as a complex but rewarding setup that provides flexibility and high performance.

💡virtual machine

A virtual machine is a software emulation of a computer system. In the context of the video, the creator uses a virtual machine to run Windows alongside Arch Linux on the same hardware, allowing for seamless switching between operating systems without rebooting. This setup is part of the 'ultimate system' where efficiency and flexibility are key.

💡Arch Linux

Arch Linux is a lightweight and flexible Linux distribution known for its rolling-release model, which means users always have the latest packages. The video creator chooses Arch Linux for its cutting-edge software and customization capabilities, which align with the goal of creating an 'ultimate system' that is efficient and tailored to the user's preferences.

💡dwm

Dwm is a dynamic window manager for X, known for its tiling window management and minimalism. The video discusses using dwm as part of the 'ultimate system' due to its flexibility and the ability to customize it to the user's workflow. The creator enjoys coding custom features into dwm to streamline their tasks.

💡hotkey

A hotkey is a keyboard shortcut that triggers a specific action or application. In the video, the creator emphasizes the use of hotkeys to reduce friction and increase efficiency in their computing workflow. Hotkeys allow for quick access to frequently used programs or functions, which is a key aspect of the 'ultimate system'.

💡friction

In the context of the video, 'friction' refers to any hindrance or inefficiency in the user's interaction with their computer system. The goal of the 'ultimate system' is to minimize friction, making the user's experience as smooth and efficient as possible. This is achieved through careful selection of hardware, software, and customization.

💡NVMe passthrough

NVMe passthrough is a method of providing a virtual machine with direct access to an NVMe SSD, resulting in high-speed storage performance. The video mentions using NVMe passthrough to enhance the performance of the virtual machine, which is crucial for tasks that require fast storage access, contributing to the overall efficiency of the 'ultimate system'.

💡GPU

GPU stands for Graphics Processing Unit, which is a critical component for rendering images and videos. The video discusses passing an Nvidia GPU through to a virtual machine to achieve optimal graphics performance. This is part of the broader discussion on how to configure the 'ultimate system' for tasks like gaming or video editing.

💡systemd service

Systemd is an initialization system and service manager for Linux operating systems, and a service in this context is a process managed by systemd. The video creator sets up a user systemd service to automatically start a local server when they log in, reducing the need to manually launch it each time. This automation contributes to the 'ultimate system's' goal of minimizing friction.

💡Zen processor

The Zen processor is a series of CPUs developed by AMD, known for their performance and efficiency. The video mentions considering a Zen-based processor for the 'ultimate system' due to their strong performance in virtual machine scenarios, particularly when multiple cores are beneficial.

Highlights

The concept of the 'ultimate system' is introduced as a setup that allows for seamless transitions between different computing tasks and environments.

The goal is to create a system that maximizes enjoyment and efficiency, allowing for various activities like programming, streaming, video editing, or gaming.

Efficiency is emphasized through the removal of friction in system usage, aiming for 100% operational efficiency.

The speaker discusses the ability to run a Windows virtual machine with GPU and storage pass-through, providing a near-native experience.

Hardware recommendations include a powerful processor, such as a Xeon, for full core utilization in virtual machines.

A minimum of 64GB RAM is suggested to ensure smooth multitasking and virtual machine performance.

Storage recommendations include at least two NVMe drives for separate Windows and Linux installations.

The importance of low audio footprint and sufficient PCIe ports for hardware expansion is highlighted.

Arch Linux is chosen as the base operating system for its up-to-date packages and flexibility, despite its potential for instability.

The speaker shares personal preferences for AMD graphics cards for Linux and passing through Nvidia cards to VMs.

DWM (Dynamic Window Manager) is used for its customization capabilities and minimalism.

The speaker discusses creating a GitHub repository for a customized version of DWM aimed at ease of use for new Linux users.

Input leap is mentioned as a potential successor to Synergy for managing input devices across multiple systems.

The use of hotkeys and快捷键 to minimize friction and improve workflow efficiency is emphasized.

PCI pass-through is discussed as a complex but powerful method for using dedicated hardware across multiple systems.

Quick pass-through is recommended as a tool to simplify the PCI pass-through setup process.

The speaker shares personal workflow preferences and encourages others to find their own 'ultimate system' based on their needs and enjoyment.

Transcripts

the ultimate system what is that exactly

is it something that can just launch

right into Windows easily flip back and

forth between everything the ultimate

system is kind of a tricky thing and

it's something that I kind of want to

break down so you can find your ultimate

system and and as I I constantly

switching things in and out I kind of

want to go over things I found some

things I'm doing and then get your

feedback because I think the big thing I

want to happen is I want you to love

your PC I want to have fun on this PC I

want to come out here do programming do

a live stream do a video or just play a

game it doesn't matter it can just be

whatever but I want to enjoy my time on

my system so the idea with the ultimate

system is removing as much friction as

possible and being 100% efficient or as

efficient as possible in all the things

that you do so when I'm launching my

Windows system right here I can close it

out move to like a different workstation

launch it again and then still have a

full 2060 pass through nvme pass through

USB so if I'm doing a Windows video

everyone thinks I'm on bare metal when

technically it's a virtual machine even

though it's using almost everything as

bare metal you know whether it's the

storage or the GPU all those things are

passed through so I kind of want to

touch all this because it's a very

complex type setup and it's a pretty

beefy workstation that I've moved to but

I want to go over hardware and

specifically not just the hardware I'm

using but also Hardware I've used in the

past to accomplish this type of setup

and what that looks like and things to

avoid and also like operating systems

what what we need to do with our

operating system things like that that

can really make a huge impact and then

uh different looks and feels obviously

this is more of a tiling Window Manager

uh as my main but it I kind of flip-flop

back and forth and as you see during the

setup process you'll notice I I do

change this out a lot in kind of what I

think for the future on that and then uh

the Windows setup like when I'm when I'm

in Windows uh what does that look like

how would I set that up to be as minimal

as possible as well so I can accomplish

everything if I want to play games in

Windows if I want to program in Windows

if I want to just switch back over to

here and just use an Arch Linux I can do

all those things with a quick push of a

button so let's get into the actual

ultimate system start with Hardware uh I

I partnered with super workstations

decom uh to get a more beefy system

because obviously just going to like

Best Buy and picking up a a system or

whatever it is you're not going to find

anything uh that powerful at least in

respect to what I consider you know

performant and really I I I'll leave a

link to Super workstations and my

configuration of it right here uh I'm

using a xon processor instead of you

know more traditional like an I9 or if

I'm going the AMD side of things I would

probably go uh you can you can spec this

out to do like an epic processor or

something like that I think they have uh

that under super micro and some other uh

different systems that you can check out

but you can also switch it over to a

thread Ripper build your own there's a

whole bunch of different things but the

idea between the Zeon was to have all

full cores meaning I don't have any

efficiency cores my virtual machine is

always going to run in tiptop shape and

I have a plenty a cores to toss at it so

if money is No Object I recommend this

approach if it is I'd probably recommend

more of an AMD type solution uh probably

more residential AMD chips typically do

the best for VMS especially if you're

looking for multitude of cores and a

more beefy VM setup I actually was

running a 5600x for a while that's only

a $100 CPU and it did really well with

uh pass through that we're doing today

so just just a couple ideas there

obviously I'd probably recommend it at

least like a 5800 X instead of 5600 but

it depends on your budget and for me

memory I would recommend a minimum of 64

gigs just because you're going to want

to at least toss 16 gigs at it I guess

you could get away with 32 if you're

going to go complete Bare Bones but I

like having that extra leg room so 64 is

my thing storage wise I need at least

two two nvmes there's actually a lot of

drives in this system because I have I

threw a hot swap Bay in it with four

ssds and some traditional spinning

platters but really the storage is just

two 2 tbte MVM is the bread and butter

one for Windows one for Linux and that's

kind of what I'm thinking for storage

and that's about it that's that's all

I'm doing for graphics wise I really do

like to specify AMD graphics for the

Linux portion and then pass through the

Nvidia card itself into the VM so as far

as the hardware is concerned that's kind

of my thought process couple things to

uh look out for or some of my wish list

was actually kind of some weird ones

here a low audio footprint I wanted all

this power but I didn't want any noise

so lower than 30 DB and it's actually

sitting only a couple feet away from me

so I can just have access to it while

I'm sitting here and that was kind of

important that's why this weird

footprint is kind of why I went with

like a workstation instead of just a

full-blown server and a huge amount of

pcie ports this is a a screenshot of

actually uh the the inside of the PC

check this out uh I really wanted more

this actually has four x16 motherboards

go with a higher-end motherboard

especially if you're just going with a

build your own type solution don't cheap

out on the motherboard these

motherboards need to be I would

recommend as big a form factor as you

can build and then also as nice of a

motherboard as you can do uh just

because I really like that separation of

IU groups we'll get into it in a bit but

the cheaper motherboards like uh your

your All in One units your your laptops

your your cheap $50 $100 motherboards

that exist a lot of times they don't

have proper separation I had a problem

with an old cheap ASRock one that I had

when I tried to do this and it just was

not capable of doing it because of a bad

or a low-end motherboard that just

couldn't separate those pcie uh group so

that's it for hardware and my

specifications all right here I'm going

to leave a link to this this is going to

be on Chris titus. comom and now let's

get into the base operating system as I

showed earlier in the video it's Arch

Linux uh I re reason for Arch a lot of

people are like well isn't Debian more

stable and aren't you kind of you love

Debian yes those are all true things but

the thing I love about Arch is it's all

brand new packages and I have the most

fun in Arch and some people are like

aren't you worried about it breaking I

don't really store a whole bunch on this

system and most things are done through

an NFS share and uh my home folder I've

moved I'm like a professional drro

Hopper at this point I've moved a bunch

I don't really care about anything and

this whole system can blow up tomorrow

and I can rebuild it fairly quickly and

easily grab any information I need in

the interim so I'm not worried about

Arch crashing or having some inst

unstable pack package I know I can fix

anything that happens with it where

Debian would be a little bit more stable

so if you're newer to Linux I probably

wouldn't recommend necessarily the arch

approach but even still I have so much

fun on Arch and I'd have to

say that's why I chose it it's it's just

arguably the most fun Dro for me to be

in so that's why I picked it because I

always am discovering something new and

I can try a lot of newer things and also

I like the fact since my Hardware is a

lot Ure and I'm using like a 7800 XT I

kind of like being on that bleeding edge

because I know this still isn't 100% up

to Snuff with the latest kernel update

it's probably going to be like Linux

kernel 7 before it's really 100% uh in

parody with your your more closed Source

drivers but we'll get into that as well

and if you're wanting like a breakdown

of how to build Arch and those types of

things I've done a bunch of different

videos I I put an archi install script

here Arch Titus installing arch in two

minutes actually from bare metal uh I

did that in 120 seconds got Arch

installed from a server level and then

kind of building on top of it and that's

kind of the base operating system for

the desktop I've done dwm what I'm

running right now and I originally did

the install and and if you want to see

this entire process of the whole build

it's like 6 hours of live streams and I

timestamped everything but it starts

with Arch install goes to like my

virtual machine setup and then finally

the full pass through and how I was able

to use Looking Glass to accomplish uh

this uh deal but I just wanted to kind

of brief overview that but if you want

specifics of anything I'm talking about

refer to these three videos these three

live streams are about two hours each

all time stamped so if there is

something specific that you're like hey

I'm having this problem Titus with my

setup and I'm doing this like you're

doing refer to these setup videos I

tried plasma or KDE plasma first

starting out and the new six version

just didn't seem very stable to me I had

a lot of cut in and cut out with my

capture cards a lot of flickering there

there was just um it just wasn't quite

baked yet and that it was it was like

6.0.1 so you know very first revision of

a brand new huge version I anticipate

bugs like that so I just Dro back to dwm

now I might switch this out to hyperland

in the future so when it comes to the

desktop I might do that but right now

I'm having so much fun with dwm mainly

because I can code anything I want out

of here so the cool thing is uh I did do

a bunch of C programming in the late 90s

and I can actually change this around so

like when I'm doing a live stream I can

pull up chat arino and let's say I'm

typing like up here in this one and I

close it I actually set it to throw it

in the center of my topmost window every

time I close whatever it is and if I

open something thing it opens it up in

the bottom position but above chatterino

that makes it so when I'm I'm doing my

uh live streams I can always have this

over in uh that that section I also have

some other little tweaks I made to dwm

tiling manager such as if I want to put

this on all my workstation tabs so if

like I'm over here there I can just take

this if it's on all tags you can see uh

we have it everywhere and that way it

kind of follows me and then if I need to

add something to this tag it'll open

these up and I can kind of go around

doing all of that and spreading chat

Areno to all those things so I can keep

track of live chat always kind of

something I just like as a content

creator but I mean it it the sky's the

limit with this that means everything's

from an actual coding standpoint so if

I'm missing something or something

doesn't operate the way I want it to

with dwm I know I can just code it in

and that was kind of the big thing now I

kind of have ambitious goals with dwm

and my desktop and I've created my own

GitHub repo I just released version

0.0.1 of this an initial one I kind of

want to bring this to a version one

that'll be very user friendly by the

time I get to V1 I wanted to be to where

anybody that's like new to Linux could

actually install dwm and use this and

have everything that they' want right

there and maybe some scripts for setup

and uh make this just a lot easier for

folks I know a lot of people are like

why not like whan and those types of

things and whan's great but for my

workflow one thing I'm using is like

Synergy I'm keeping an eye on a project

called input leap uh specifically when I

move to like hyperland I really want to

use this project it's the successor to

basically Synergy I don't recommend

going and buying Synergy I would always

use input leap for everything they're

they're very active last commit was just

this past week and they are the only

ones I see that are trying to tackle

multisystems using like two monitors and

having interchangeable Just One keyboard

and mouse between them and whin support

so this is the only thing that I have

hope

for and why I'm kind of keeping a look

at input leap for fixing my Synergy

issue and that way if I could do this on

like a hyperland situation that might be

a future video for the perfect system

but as of yet uh dwm right now is the

perfect desktop that gives me the least

amount of friction everything I'm

picking out here is might be different

for you and probably is different but

always pick the thing that's the least

amount of friction that you can get by

and do your tasks the quickest so for

some people they just like I just know

windows and I can't be helped to learn

anything else you could be more

efficient in another operating system or

maybe doing this two time type thing if

set up properly if you want to donate

all that time most people don't and I

just love this stuff so for me I now am

more efficient with this type of setup

than any other setup I could possibly

imagine but it probably took me you know

several years to get here so that's kind

of why I choose these things so past the

desktop and kind of like going into no

matter what desktop you pick if you pick

KDE you pick gnome you pick uh another

tiling Window Manager whatever it is

removing friction is the name of the

game I've said that term so much in this

one for an ultimate system it's about

removing that so here you notice when

I'm like on a different workspace and I

just launch Windows what I did here is

this virtual machine I have enough

system and enough resources that I don't

care every time my system boots up this

is running in the background so I'm

actually starting up Linux and windows

at the same time as soon as it logs into

to Linux it is already launching Windows

as well and the bootup times of these

are you know only four or five seconds

so it's not that big of a deal to Just

Launch two systems and just have them

running at all times and then I can just

quit out move it to whatever I want so

for me I did a pseudo ver enable wind 11

that's my name of my virtual machine and

what this does is in the background it

automatically does it and then I just

made a hot key so anytime I press

Windows W it launches into windows so

that's kind of uh my process behind

launching that and you could do a hotkey

in KDE you could do a hotkey in whatever

system you're doing so very cool another

thing that I like to do is my Local Host

server I do articles over on christi.com

and anytime I have a local server uh or

I do a Ed web page I always was running

you know the Hugo server FD so I could

look at my drafts and start uh carving

up a system like this and I make these

how-to guys for you guys to follow but

there was a little bit of friction there

when I was launching that server and I

was always launching it so instead I

created a user system D service which

almost every you know most Linux dros

these days run system D and this was

very easy to do so I wanted to document

kind of that so if there is something

some command you find you're running

every single day and it's like a server

service just created as a service as a

user service so when you log in it

automatically just does that so I have a

Hugo server that also is running all the

time that removes that friction so I can

just be editing web pages any time in

the day without having to worry did I

start that server or did I not oh let me

open up a new workspace and start it no

friction it just boom go edit and do and

probably one of the other things I want

to talk about is uh that launching the

start menu a lot of people pull up like

a start menu like this launch the thing

that they want to launch so like let's

say they want to start this they click

on it and then it would launch that

specific system or that

program well I don't want to do all that

a lot of times I like to just come over

here and I like to just hotkey and

launch those programs so if it's this

one or if I want to launch another uh

web browser I just launch it with that

hotkey so uh that's or just launch into

Windows all those are just hotkeyed and

it just takes away so much friction so

learning hotkeys and programming those

hotkeys for yourself I think is really

good and I do that with every

environment over Alliance on a start

menu always slows me down even in

Windows I don't do this getting to the

meat and potatoes why you you probably

noticed at the start of this video

Windows through PCI pasture what's the

easiest way to accomplish this a little

you know disclaimer here PCI pass

through is just a very difficult thing

to do no matter what system you're on

it's not for the faint of heart and as

if you don't want to Tinker with it

hours please just skip this section just

dual boot dual boot so easy it's great

and I always have people ask me why not

single pass through and I'm like not

worth it just dual boot you know at that

point because the problem I have with

single pass through is you could launch

into a VM pass through the GPU and it's

even more complex than this but then you

can even get back to another workstation

the why I like PCI pass through is

simply I could be here be doing

something and be like oh I need need

that uh on workspace one pop over here

and and be doing it and then pop back

and and do it on my windows instance so

that's the whole purpose of pass through

for me so single pass through just I'll

never do a video on it because it's

pointless I I think you just dual boot

at that point to kind of ease you into

this now that I've scared everyone away

I really recommend this project by

hakari Knight it's called quick pass

through it's an absolute Banger of a

project he's been doing it for years and

one of my very first successful PCI

passrs was actually the vfio guide that

Hikari made that's actually a different

repo he actually walks through each step

of this uh step by step so he has a

wealth of knowledge over here if you

look vfio setup docs uh this is what I

actually followed the very first time

actually five years ago is when he

created that and I remember uh following

this setup guide and uh so if you really

want to know what happens line by line

and do everything Yourself by all means

follow his vfio docs but I highly

recommend quick pass through because

this is something that really takes away

a huge amount of leg work probably 20 or

30 steps get removed with this and put

into a nice little menu that prompts you

hey do you want to pass through this do

you have proper IU group separation it

automatically block lists certain

drivers and say Here's the GPU want pass

through I'll block all that for you Cari

huge shout out thank you man for making

this tool saved me hours of time um and

I I ran into a little bug so if you're

following my guide I actually go through

quick pass through I think in the second

video and and I ran into a problem with

the MK cpio uh mka init

cpio uh image and that generation was

broken on the project uh he has since

patched that so if you look here uh he

patched it 3 days ago to uh fix fix fix

a few things things in there so shout

out to him in this project this will

help you kind of ease into uh a PCI

Pastor solution if you want to uh do

that and that that's kind of my thought

process on the system

itself I really am constantly changing

things out I see the next evolution of

this maybe try and hyperland but also I

want to keep evolving dwm I know it's ax

org uh base thing and most people are

all about like whan's all the rage but

for me at the end of the day I pick

whatever just works the best and for me

xorg still works the best and I still am

able to do everything seamlessly I have

the Le least amount of bugs all those

things work and that's why I choose what

I choose that may not be the same for

you and that's okay you know let me know

in the comments what works for what's

your ultimate system but for me it's

about choosing those those things pick

the things that you want enjoy doing and

enjoy being in but also choose the

things that don't have that friction

that I talked about and uh yeah with

that let me know your thoughts and I'll

see you in the next one