Arch Linux
Arch Linux is a general-purpose x86-64 Linux distro that runs a rolling release model: one continuously updated system, about 15,000 packages in the official repositories, and no fixed version numbers to plan migrations around.
You install it once, then pacman -Syu keeps it current indefinitely, which is both its main draw and the root of most of the problems people report about it. This page walks through how the rolling model works, what it hands a server-side developer, and the specific breakages that come with it, so you can judge whether the effort is worth it for LAMP and PHP work.
For the context that matters here, the choice of base matters less than what you put on top: a Linux for the LAMP stack setup on Arch works identically to the same stack on another distribution, because the kernel and the userspace libraries underneath Apache, PHP and MariaDB behave the same once installed. The difference shows up in how packages arrive and how often they arrive, not in what the web stack serves. That is why Linux Mint is a common comfort choice for a workstation running the same stack: it pins the Ubuntu release underneath and updates on a 6 month cadence, so a developer who does not want to track upstream changes can still run the same PHP code and the same Apache modules. Across the field, the Linux distros that matter to a server developer tend to sort into three families: the rolling ones such as Arch, the point-release ones such as Ubuntu LTS and Debian stable, and the hardening or minimal variants that strip the surface area down. The table in the next section compares them on the axis that actually drives the decision: how a breaking change reaches you.
What a rolling release actually changes
What a rolling release actually changes is the update unit: instead of a distro release every 2 or 3 years, every package in the Arch repositories moves to the newest upstream version, and the whole system moves together. Arch maintains 3 official repositories, core, extra and community, and it has been doing this since the 2002 founding; there is no Arch 10 or Arch 11, just a current snapshot. The practical effect is that a dependency chain resolves at install time against what is in the repo today, so a PHP extension and the PHP runtime it builds against ship from the same day. On a point-release distro the same extension is compiled against the library version that was current when that release was cut, which is why a PHP 8.3 extension may not exist at all on a 2023 base until the next release ships.
| Model | Example | Update cadence | Breaking-change delivery | Typical PHP on the base |
|---|---|---|---|---|
| Rolling release | Arch Linux | Daily, continuous | Pushed as each upstream release lands | Newest stable, e.g. PHP 8.3 |
| Point release | Ubuntu LTS | Every 2 years, 5 year support | Batched into a release upgrade | Locked to the release's PHP |
| Point release | Debian stable | Every 24 to 36 months | Batched into a release upgrade | Older stable PHP, often 1 major behind |
| Rolling release | openSUSE Tumbleweed | Daily, openQA tested | Pushed, with automated test gates | Newer stable PHP |
The table's last column is the point a web developer should weigh: on a point-release base the PHP version is effectively fixed for the lifetime of that release, so shipping a site that needs a feature from a newer PHP means either waiting for the next release or maintaining a PPA and a build from source. On a rolling base the newest PHP is one pacman -Syu away, which is the entire argument for running Server-side web stacks and the Linux systems that you develop against on a rolling base rather than a frozen one.
What the model gives a server developer
What the model gives a server developer is currency without a migration, and that single property pays for itself in 3 concrete ways. The first is that a local mirror of production needs no upgrade choreography: the same pacman -Syu that updates a development box updates the staging box, so the PHP, the MariaDB and the Apache modules stay on the same versions on every machine by construction. The second is that build dependencies are never a version mismatch, because a package like libcurl and the thing that links against it update in the same transaction. The third is that the Arch Wiki is maintained in the same repository as the software it documents, so the page for a PHP or an Apache module describes the version that is in the repo right now, not the version from the last release cycle. The honest cost of that currency is that a rolling box needs a scheduled update window, a backup, and a rollback image, and a developer who treats it like a fire-and-forget server will be surprised by how fast a kernel or a PHP minor version change lands.
Where Arch Linux problems actually come from
Where Arch Linux problems actually come from is the 4 places where a rolling base and a fixed web stack disagree, and each one has a known, documented cause rather than a mystery. The first is a PHP extension compiled against one minor version being rebuilt against the next, which breaks the extension's ABI and takes the module down until it is recompiled, a change that lands in the repo as a plain update. The second is a MariaDB or an Apache config file that the package maintainer edits in place, so an edit you made by hand is overwritten on the next upgrade and the config diff is the only record of what changed. The third is a dependency that a web tool pins to an older library that the rolling base has since replaced, so the tool's install fails on a version constraint. The fourth is the case where a kernel or a PHP release lands on a weekend and the update window has to move, which is a scheduling problem more than a technical one but the one people most often mean when they say Arch is unstable. The Arch Wiki documents each of these, and the fix pattern is the same in all 4: read the upgrade notice, take the backup, update, and test the web stack before the next request hits it.
Reading an upgrade notice before you apply it
Reading an upgrade notice before you apply it is the single highest-leverage habit, because the release notes name the packages that change behavior and the ones that do not. The Arch release announcement lists the packages that need a config change and the ones that are a straight upgrade, and the per-package changelog in the repo carries the same information at finer grain. A 5 minute read of the notice before a weekend update is the difference between a 10 minute update and an afternoon of debugging a PHP module that stopped loading.
Hardening and operating a rolling web stack
Hardening and operating a rolling web stack means treating the update as the maintenance event, not the exception, and setting up 3 safeguards so an update can never take the site down silently. The first safeguard is an unattended, scheduled pacman -Syu with a health check that reboots and alerts if the update fails, so a broken PHP or Apache is caught at update time, not at the first user request. The second is a backup of the 2 things a rolling base changes under you: the MariaDB data and the hand-edited config files in /etc, because those are the only 2 things pacman does not back up for you. The third is a known-good rollback image, an Arch ISO plus a saved pacman state, that can bring the box back to the last working snapshot in under an hour. With those 3 in place, the rolling model stops being a risk and becomes a feature, because the newest PHP and the newest Apache are on the box by the time the developer wants them, without a release-upgrade project.
Is Arch worth it for a LAMP or PHP server
Is Arch worth it for a LAMP or PHP server, and the answer depends on the 2 questions that decide it: who is on call, and how fresh does the stack need to be. If the developer is the on-call engineer and the project needs the current PHP or the current Apache, a rolling Arch box is worth it, because the stack is always at the version the code was written against and the only recurring cost is the scheduled update window. If the project can live on a PHP that is 1 or 2 minor versions behind, or if the on-call engineer is someone who will not read a release notice, a point-release base with a longer support window is the lower-risk choice, and the same LAMP stack runs there with no code change. The decision is not about which Linux is better, it is about which update model matches the team: Arch is the tool for a developer who wants the newest server-side stack on the box today, and it delivers exactly that, every day.