GAMMA LINUX

v2.7 — Warden
Fast. Lightweight. Free. Built to revive old PCs.
⬇️ Get Gamma Linux 🔥 What's New
"No PC deserves to die."
Gamma Linux — Reviving Every Computer.

🧬 The Story Behind Gamma Linux

Gamma Linux did not begin as a plan to build another Linux distribution.

It began with a simple observation: a lightweight desktop could make old hardware feel alive again.

1

🌱 It Started With Bodhi Linux

The journey began while using Bodhi Linux.

What immediately stood out was Moksha — lightweight, responsive and surprisingly fast even on modest hardware.

2

⚡ Then I Saw How Light It Could Be

Moksha was using roughly 330 MB of RAM while still feeling extremely responsive.

It did not feel like a system struggling to survive. It simply flew.

3

🤔 One Question Changed Everything

A simple question appeared:

"What if I pushed this idea even further?"

What if an operating system could be designed from the beginning around old hardware, limited memory and efficiency?

4

🛡️ WardenOS

The experiment became more serious and eventually became WardenOS.

It was no longer just about trying to make something lightweight. It became an attempt to build a system around a simple philosophy: old hardware still deserves a useful life.

5

🟣 Gamma Linux

WardenOS evolved into what would become Gamma Linux.

The project grew beyond a lightweight desktop experiment into a complete distribution with its own editions, build system, packages, ISO releases and development ecosystem.

6

🚀 From Experiment to 2.7 Warden

What started with curiosity eventually reached Gamma Linux 2.7 — Warden.

The project now focuses on lightweight computing, old hardware, minimalism, performance and giving users control over what they install.

From one lightweight desktop...

No PC deserves to die.

Gamma Linux — Reviving Every Computer.

🚀 What's New in v2.7 — Warden

🛡️

Warden Build System

The v2.7 build pipeline has been reorganized into a cleaner, more deterministic multi-stage system.

💾

Pre-Tuned ZRAM

Gamma Linux now ships with edition-specific ZRAM tuning prepared directly inside the installed system.

The goal is simple: better memory behavior before the user installs anything.

🖥️

Calamares Installer

Gamma Linux includes a graphical Calamares installer directly inside the live environment.

🌐

BIOS + UEFI

The ISO is designed around hybrid boot support with BIOS and UEFI boot paths.

🧹

0 Bloat Policy

No forced browser. No Snap. No Flatpak. No telemetry by design.

🧪

Boot QA

Gamma ISO builds are tested through automated structure, boot-record and QEMU boot checks.

⚡ Core Features

👻

0 Bloat Skeleton

Gamma starts from a minimal base instead of forcing a large collection of applications onto every installation.

🧠

Memory First

Edition-specific ZRAM and kernel tuning are prepared before the system reaches the user's desktop.

🛡️

Privacy by Design

Gamma does not intentionally add telemetry or background tracking to the base distribution.

🔧

Old Hardware Friendly

The project is specifically focused on extending the useful life of older computers.

🖥️

Enlightenment Desktop

A lightweight graphical environment forms the current Gamma desktop foundation.

📦

Installer Included

The live system provides a graphical installation path using Calamares.

💻 System Requirements

Gamma is designed to run on old hardware, but "minimum" and "recommended" are not the same thing.

Legacy-32

CPU: 32-bit x86
RAM: 512 MB minimum
Storage: 8 GB+
Architecture: i386
Lite-Ghost

CPU: 64-bit x86
RAM: 1 GB minimum
Storage: 10 GB+
Architecture: amd64
Pro-MaxMini

CPU: 64-bit x86
RAM: 2 GB minimum
Storage: 15 GB+
Architecture: amd64
Reality check: These are practical targets, not promises of perfect performance on every machine. RAM usage, graphics hardware, storage speed and desktop workload can significantly affect the experience.

⚔️ Gamma VS Others

No fake benchmark numbers. No "Gamma is faster than everything" marketing. This comparison focuses on the project's actual philosophy and design choices.

Feature Windows Typical Lightweight Linux Gamma Linux
Open Source Base ❌ ✅ ✅
Forced Browser Usually included Depends on distro Not required
Snap / Flatpak — Depends on distro Not part of the base policy
Telemetry Philosophy Platform dependent Usually configurable No intentional Gamma telemetry
Old Hardware Focus Limited by Windows support Often supported Core project goal
32-bit Edition ❌ Modern Windows Rare today ✅ Legacy-32
Pre-Tuned ZRAM ❌ Depends ✅ Edition-specific
Installer Windows Setup Depends Calamares
Gamma is not trying to win by putting the biggest number on a benchmark table. The goal is to give old hardware another useful life.

💿 Download Gamma Linux 2.7

🛡️ Legacy-32

512 MB+ RAM · 32-bit

For older 32-bit x86 machines.

📥 Releases

👻 Lite-Ghost

1 GB+ RAM · 64-bit

For low-resource modern x86-64 machines.

📥 Releases

🔥 Pro-MaxMini

2 GB+ RAM · 64-bit

For machines with more resources and heavier workloads.

📥 Releases

Always verify the SHA256 checksum supplied with the release.

🛠️ How to Install

⚠️ Windows Fast Startup — Read This First

If Windows is installed on the same computer and you plan to dual-boot, disable Windows Fast Startup before installing Gamma Linux.

Windows Fast Startup uses hibernation-related mechanisms instead of performing a completely fresh shutdown. Leaving it enabled can cause problems when Linux accesses Windows partitions.

Open Command Prompt as Administrator in Windows and run: 

powercfg /h off

This disables hibernation and therefore disables Fast Startup. After running the command, perform a complete Windows shutdown before booting the Gamma Linux USB.

🥀 A Lesson From My Own Installation

I personally forgot to disable Windows Fast Startup before installing Bodhi Linux.

The result was a damaged Windows boot environment: the BCD / boot configuration was affected and Windows required recovery work afterward.

This is why Gamma Linux puts this warning directly in the installation guide.

Don't skip this step if Windows is important to you.

1

Prepare Windows

If dual-booting, boot into Windows first. Open an Administrator Command Prompt and run: 

powercfg /h off

Then completely shut down Windows.

2

Create the USB

Write the Gamma Linux ISO to a USB drive using a tool such as Rufus or Ventoy.

For older systems, verify whether the machine boots through Legacy BIOS or UEFI before choosing the appropriate configuration.

3

Boot Gamma Linux

Restart the computer and open the firmware boot menu. Common keys include:

F12 · F11 · Esc · F8 · F9

Select the Gamma Linux USB and start the live environment.

4

Test Before Installing

Use the live environment first. Check your keyboard, display, storage, network and general hardware compatibility.

If everything works correctly, continue to installation.

5

Launch Calamares

Open Install Gamma Linux from the live desktop. The graphical Calamares installer will guide you through:

  • Language and region
  • Keyboard layout
  • Disk configuration
  • User creation
  • Bootloader configuration
  • Final installation
6

Reboot

When installation finishes, reboot the computer and remove the USB drive when requested.

Your installed Gamma Linux system should then boot normally.

Recommended: Always test Gamma Linux in Live Mode before installing it. Your hardware may behave differently from another machine.

🐛 Have a Bug?

Found something broken, strange or unexpected? Don't just leave. Tell us what happened so we can investigate it.

Tip: A photo of the error screen, boot message or broken interface can be extremely useful for debugging.

💬 Give a Feedback

Tell us what you like, what you dislike, what should change, or what you want to see in a future Gamma Linux release.

🗺️ Gamma Linux Roadmap

✅ Gamma Linux 2.7 — Warden

Current release.

  • Multi-stage build pipeline
  • Pre-tuned ZRAM
  • Calamares integration
  • BIOS + UEFI boot support
  • Automated ISO QA
  • Legacy-32 / Lite-Ghost / Pro-MaxMini editions
  • Improved installation workflow

🚧 2.8 — Experimental Hardware Expansion

  • Hardware compatibility improvements
  • More old-PC testing
  • Better graphics fallback handling
  • Installer refinements
  • Boot reliability improvements
  • Expanded documentation

🔮 2.9 — Gamma Ecosystem

  • Improved package management experience
  • Software archive integration
  • Better update workflow
  • More Gamma-specific utilities
  • Improved recovery tools

🌌 3.0 — Next Generation Gamma

  • Modernized desktop architecture
  • Wayland experimentation
  • Improved hardware abstraction
  • More modular system architecture
  • Expanded architecture support

🧪 Long-Term — Gamma Everywhere

  • More legacy hardware profiles
  • Additional architectures where practical
  • Better recovery and rescue tooling
  • Community-driven hardware database
  • Expanded documentation and testing
The roadmap is a direction, not a promise. Gamma is developed around real hardware, real testing and available time. Features may move, change or be replaced.

🔓 Source Code

📂

Gamma Linux is Open Source

The Gamma Linux build system, configuration files and development work are publicly available.

Inspect it. Fork it. Improve it.

⭐ View Gamma Linux on GitHub 📜 License

🔎 Want to Review Gamma?

🎥

Independent Reviews Welcome

If you are a YouTuber, Linux creator, hardware tester, developer, journalist or experienced Linux user, you are welcome to independently review Gamma Linux.

No paid review. No scripted praise. No required opinion.

Use it on your own hardware, test it honestly and publish whatever conclusion you reach.

📧 Request a Review
Even a critical review can help Gamma improve. We would rather receive an honest technical review than artificial praise.

📢 Support Gamma Linux

🗳️

Vote for Gamma Linux

If you have tried Gamma Linux and believe the project deserves more visibility, you can vote for it on DistroWatch.

📢 Vote on DistroWatch