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Steps to build your own kernel!!@! trust me

  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.

Why I WOULD compile my own kernel?

generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.

image

Bro what do y, m and n mean into .config?

the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.

What's the deal with xbps-src?

xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.

Linux 7.0 zen

Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image

Linux 6.17 zen

linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.

mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.

Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image

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, 'i'); if (__m === '*' || __re.test(location.href)) { // Add copy buttons to all 
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var __re = new RegExp('^' + "github\\.com" + '
GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
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var __re = new RegExp('^' + ".*" + '
GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
About
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voidlinux.org
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var __m = "*";
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GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
About
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voidlinux.org
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// Strip utm_, fbclid, gclid, etc. from all links on page
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var trackingParams = ['utm_source', 'utm_medium', 'utm_campaign', 'utm_term', 'utm_content',
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try {
var __m = "youtube.com";
var __re = new RegExp('^' + "youtube\\.com" + '
GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
About
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// Auto-enable theater mode on YouTube
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var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
About
:shipit: The Void source packages collection
voidlinux.org
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amdvoidlinuxzen-kernelzen4
Resources
Readme
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// Remove or un-stick sticky/fixed headers that block content
(function() {
function unstick() {
document.querySelectorAll('header, nav, [role="banner"], .header, .navbar, .sticky, .fixed-top, [style*="position: fixed"], [style*="position:sticky"]').forEach(function(el) {
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observer.observe(document.body, { childList: true, subtree: true, attributes: true, attributeFilter: ['style', 'class'] });
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} catch(__e) { console.warn('[Userscript:Kill Sticky Headers]', __e); }
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try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - hyduez/void-packages: :shipit: The Void source packages collection · GitHub
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
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, 'i');
if (__m === '*' || __re.test(location.href)) {
// Universal Dark Mode - works on any site
(function() {
var enabled = true;
function applyDarkMode() {
if (!enabled) return;
// Create style element if it doesn't exist
var style = document.getElementById('universal-dark-mode-style');
if (!style) {
style = document.createElement('style');
style.id = 'universal-dark-mode-style';
document.head.appendChild(style);
}
// Dark mode CSS - inverts colors but preserves images/video
style.textContent = '
/* Invert everything except media */
html {
filter: invert(1) hue-rotate(180deg) !important;
background: #1a1a2e !important;
}
/* Restore images, videos, iframes, canvas */
img, video, iframe, canvas, svg, picture, [style*="background-image"] {
filter: invert(1) hue-rotate(180deg) !important;
}
/* Preserve specific elements that should not be inverted */
.no-dark-mode, .no-dark-mode *,
[data-theme="light"], [data-theme="light"],
.ace_editor, .ace_editor *,
.CodeMirror, .CodeMirror *,
.monaco-editor, .monaco-editor *,
.markdown-body pre, .markdown-body pre *,
.highlight, .highlight *,
pre code, pre code * {
filter: none !important;
}
/* Fix common UI elements */
.modal, .popup, .dropdown-menu, .tooltip, .popover {
filter: invert(1) hue-rotate(180deg) !important;
background: #2d2d44 !important;
border-color: #444 !important;
}
/* Scrollbars */
::-webkit-scrollbar { background: #1a1a2e !important; }
::-webkit-scrollbar-thumb { background: #444 !important; }
::-webkit-scrollbar-thumb:hover { background: #555 !important; }
/* Selection */
::selection { background: #4ecdc4 !important; color: #1a1a2e !important; }
::-moz-selection { background: #4ecdc4 !important; color: #1a1a2e !important; }
';
}
function removeDarkMode() {
var style = document.getElementById('universal-dark-mode-style');
if (style) style.remove();
}
// Toggle with Alt+Shift+D
document.addEventListener('keydown', function(e) {
if (e.altKey && e.shiftKey && e.key === 'D') {
e.preventDefault();
enabled = !enabled;
if (enabled) {
applyDarkMode();
console.log('[Universal Dark Mode] Enabled');
} else {
removeDarkMode();
console.log('[Universal Dark Mode] Disabled');
}
}
});
// Apply on load
applyDarkMode();
// Re-apply on dynamic content
var observer = new MutationObserver(function(mutations) {
if (enabled && !document.getElementById('universal-dark-mode-style')) {
applyDarkMode();
}
});
observer.observe(document.head, { childList: true });
console.log('[Universal Dark Mode] Loaded - Press Alt+Shift+D to toggle');
})();
}
} catch(__e) { console.warn('[Userscript:Universal Dark Mode]', __e); }
})();
})();
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Steps to build your own kernel!!@! trust me
  • Download a generic kernel (anyone on your distro repo)
  • Load your system (most difficult step)
  • Download the version of the kernel you want (kernel.org) and execute make localmodconfig (this will make that your loaded modules at the moment of execution will be saved into a .config file, in that way you disable any other module that your system are not goona use)
  • Copy it to srcpkgs/pkg or compile your kernel there.
Why I WOULD compile my own kernel?
generic kernels came with 5k modules at least, why? because they're generic, that's obvious. they want to provide support for systems from even 1998. when you compile only the modules you need, that numbers decrease to just ~220 modules. also, you can add patches like the zen-kernel one, select the compression and de-compression algorithm (zstd), memory, crypto, debug options, etc. you have the control over your system. Also, if you decrease the modules enabled, you are decreasing the compile time. In my case, i enabled a option that is not available on the generic one, that is related to XDNA.
image
Bro what do y, m and n mean into .config?
the linux kernel is a monolithic one. y means that module will be compile inside of the linux kernel image (vmlinuz), m means that you include that module, but not inside of the kernel, but as a module, that would be stored inside of initramfs. with n` or commenting it you are excluding modules.
What's the deal with xbps-src?
xbps-src workflow is: binary-bootstrap -> build package into the virtual host -> install it to your system. xbps packages are attached with the package name, version and revision. every package have a lot of versions, but also can have a bunch of revisions. by default it's package-version_1, like linux7.0-7.0.3_1.
Linux 7.0 zen
Kernelvmlinuzinitramfs.img
🦃 Linux Stable14MB146MB
🦃 Linux Zen11MB43MB

image
Linux 6.17 zen
linux6.17-zen (click here) is optimized for Ryzen 5 8600G. A Zen 4 monolithic CPU (Phoenix architecture), with 2 NPUs from Ryzen AI (XDNA drivers). Also dual-channel DDR5 and NVME configuration. All debugging options disabled, Intel and NUMA disabled. Power saving is not useful at all because I use a desktop computer, so the power supply is managed by AMD drivers and PSU itself. Everything works, at least in my environment, where I use virtual machines, Waydroid, and KVM.
mirror.linux.ec/voidlinux is the mirror I set up in /etc/xbps.d/ because I live in Ecuador, that's all. Initramfs is created with mkinitpcio instead of dracut. (Reduction from 200 MB to 32 MB). The kernel is compiled using ZSTD instead of GZIP, which increases decompression speed.
Kernelvmlinuzinitramfs.img
🦃 Linux Stable13MB146MB
🦃 Linux Mainline13MB200MB
🦃 Linux Zen9MB32MB

image
About
:shipit: The Void source packages collection
voidlinux.org
Topics
amdvoidlinuxzen-kernelzen4
Resources
Readme
License
Contributing
Contributing
Activity
Stars
0 stars
Watchers
0 watching
Forks
0 forks
Report repository
Contributors
Languages