Video Summary - I Uninstalled Windows for Linux. (it ruined me)

Summary of technological concepts, product features, and findings

1) Critique of Windows (motivation for switching)

Windows is characterized as inefficient/bloated, with security vulnerabilities and UI regressions—especially in relation to Windows 11 changes.

Laptop pain points mentioned

Lid close / wake behavior
- Closing the lid can lead to power loss / non-smooth resume and may require a reboot.
- Unplugging power introduces animations/load issues.
Battery/refresh constraints
- A 240 Hz display feels very smooth.
- Windows is alleged to not allow intermediate refresh rates for battery saving.

Miscellaneous anecdote

A humorous mention of Microsoft restricting slang (e.g., “Microsop”) on Discord.

2) Linux approach: live switch + guided installation plan

The narrator installs Linux using a live boot approach and emphasizes that:

Even if Linux is “easy” for others, expect manual problem-solving.
He includes a guide in the description describing what he fixed.

Distro selection (community discussion)

Bazzite
- Mentioned as gaming-focused (SteamOS-like), but described as immutable, which can limit system-level changes.
Fedora / Kubuntu / others
- Considered and debated in community chatter.
Final choice: CachOS / Cashy OS (“Cashi/Catchy”)
- Installed using a non-LTS option from USB.
- Secure Boot is disabled (noted as potentially affecting the Windows install).

3) Installation choices and system-level configuration

During installation, he selects:

BTRFS for filesystem features like snapshots/rollback.
A desktop environment/theme option (he ultimately lands on a Plasma-like choice based on his description).

Expected setup friction

Keyboard brightness keys initially don’t work; brightness becomes a later recurring fix.
Linux setup is framed as requiring patience while configuring components.

4) Linux hardware integration & ASUS controls

Gaming/desktop packages

Gaming/desktop packages are added via the distro’s tooling (details referenced below in the wider package discussion).

ASUS control software equivalents

He installs an ASUS control app similar to Windows Armoury Crate to manage device controls.

GPU driver issues (NVIDIA)

Initially, NVIDIA SMI communication fails (“couldn’t communicate with the Nvidia driver”).
Eventually the NVIDIA GPU is detected and external HDMI display starts working.

Hybrid GPU mode behavior (iGPU/dGPU)

Switching iGPU/dGPU modes requires a restart (unlike Windows).
Problem noted: in “GPU ultimate” mode, after reboot Linux may fail to recognize the Intel iGPU.
- Sometimes two reboots are needed to return to iGPU.

5) Package management / app installation

He explains that the distro uses:

Pac-Man + AUR
Flatpak/AppImage-like formats
A “store/package manager” style flow described via “Shelly.”

AUR trust concern

AUR packages are described as community-built, raising verification/security concerns.

What he installs

He installs gaming packages and sets up updates.

6) Gaming stack: Proton, compatibility, and performance observations

Steam/Proton usage

Uses Steam and Proton as the Windows compatibility layer.
Notes Proton can pin/select specific Proton versions.

Tests mentioned

Games such as Baldur’s Gate and a Belatro-style launch scenario are confirmed to work.
Shader pre-caching affects disk/bandwidth usage:
- Enabling shader collection increases usage slightly.

DaVinci Resolve overlap

He links gaming troubleshooting to DaVinci Resolve issues, but gaming results are presented quantitatively later.

7) DaVinci Resolve (creative workflow on Linux)

He tests DaVinci Resolve (free and Studio) on Linux.

Free vs Studio

Free version: works initially.
Studio: requires heavier setup:
- NVIDIA compute drivers + system updates
- AUR-based installation, including cloning a git repository
- Mentions possibly using the Shelly/AUR package route instead
- Terminal/admin launch requirements

GPU usage problems

Resolve initially detects the GPU but doesn’t use it effectively (described as “video memory full”).
Fix: select dedicated GPU inside Resolve settings.

Fonts dependency

Resolve requires fonts in a specific location (user share fonts).
He copies in Roboto to resolve font issues.

Takeaway

Creative/professional apps are described as a major pain area:

Gaming can work, but pro apps may require deep setup.

8) Display, refresh rate, and power efficiency improvements

The core goal returns to better battery life and reduced power drain vs Windows.

Lid-close/sleep behavior results

Linux sleep/resume still drains over time.
If left a day to 2 days, it may die—so it doesn’t fully solve the Windows lid issue.

Brightness and display controls

Brightness control is eventually fixed.
He notes that after switching graphics modes/configuration, brightness works.

Refresh rate flexibility

He claims Linux allows setting a specific resolution + refresh rate (e.g., 1600p 120 Hz) for improved battery behavior.
Windows is implied to be more restrictive in this area.

OLED support limitations

Partial OLED support:
- Intel iGPU initially can’t properly control the OLED.
- NVIDIA-only control requires bootloader-level changes.

UI customization

Mentions a desktop feature where scrolling adjusts volume for the currently active media app.

9) Webcam / OBS / media pipeline fixes

Webcam initially appears low resolution due to IR camera confusion / wrong source.
Fix: select a different webcam video source in OBS/software so normal formats become available.

10) Autoloading network shares / NAS access

He connects to a NAS but doesn’t fully automate mounting.
Instead, he creates a shortcut because fully automounting wasn’t straightforward.

11) Performance benchmarking results (Linux vs Windows)

He reports measured gaming performance differences vs Windows at 1440p with various settings.

Overall performance trend

Linux is generally ~19% to 24% slower on average across many tests.
1% lows:
- Sometimes improve, sometimes degrade.
- Results are described as erratic, not consistently better or worse.

Upscaling variability

Upscaling results vary.
Overall conclusion: no strong evidence that Linux universally runs games better than Windows.

Launch/crash notes

Linux game launch times can be longer.
Crashes depend on Proton version and game.

12) Linux usability pros/cons (terminal + desktop workflow)

Pros

No Microsoft account/login popups and no Windows bloat.
Strong customizability, including:
- Window management shortcuts (meta-tab previews)
- Draggable window positioning
- Resizing through the UI
- Scripts for power-state changes (resolution/refresh changes based on power profile)
Terminal use can feel empowering when you know what you’re doing.

Cons

New-user friction:
- Help can be heavily terminal-centric even when UI options exist.
- “So many options” can increase troubleshooting complexity.
Desktop/UI instability:
- Occasional freezes/hangs (including missing mouse hover).
- Delays up to ~30–60 seconds.
- Input retracing after recovery.
- Mentions boot issues and erratic UI behavior.

13) Overall conclusion: “worth it” but not effortless

He keeps Linux because it becomes enjoyable after the early issues.

Alternatives considered

Linux Mint is mentioned as a potential option for stability/ease, with less “Arch-based breakage risk.”

Bottom line

Linux offers real advantages: customization and fewer Windows annoyances.
But driver/workflow issues remain a project—especially:
- GPU modes
- OLED controls
- Creative apps (DaVinci Resolve)
- Freezes
- Lid power behavior

Main speakers / sources

Main speaker: The video’s author/narrator (first-person user switching from Windows to Linux on an ASUS ROG laptop).
External references mentioned:
- Chris Titus (Linux video creator/resource)
- UG Green (charger brand; appears as a sponsor/feature)
- Valve / Steam Hardware Survey (cited as supporting evidence for Linux adoption growth, with limited sourcing beyond the survey claim)