Your operating system is only the first compatibility check when choosing JetBrains All Products. JetBrains applications can have different requirements depending on the individual product, release version, processor architecture, and development workflow you plan to use. A short review before installation can help you avoid issues with unsupported systems, limited hardware, or tools that do not fit your setup.
This checklist covers the main points to review on Windows, macOS, and Linux. Use it alongside the current requirements for each JetBrains application you intend to run. You can also view the JetBrains All Products product page before making your decision.
1. Check the operating system version
Start by recording the exact operating system and version installed on your computer. “Windows,” “macOS,” or “Linux” alone is not enough for a reliable compatibility check. Applications may support some releases while dropping older ones as new versions arrive.
Windows
Confirm your Windows edition and build before installing any JetBrains application. Check whether the computer uses a 64-bit installation and whether your operating system receives current updates. If the device is managed by an employer or school, administrator restrictions may also affect installation, updates, plugins, or access to project files.
macOS
On Mac, record both the macOS version and the processor type. Apple computers may use Intel processors or Apple silicon, and the appropriate application build or compatibility layer can depend on that distinction. Review the requirements for your chosen JetBrains product and version, especially when using an older Mac.
Linux
Linux compatibility depends on more than the distribution name. Check the distribution, release, desktop environment, package format, and system libraries available on your machine. A JetBrains application may start successfully while a missing library, graphics issue, or restrictive desktop policy affects parts of the user experience.
2. Confirm processor architecture
Processor architecture should appear on your checklist before you download anything. Windows and Linux systems commonly use x86-64 hardware, while newer Macs may use Apple silicon. Some applications support multiple architectures directly, while others may rely on compatibility tools or a specific installer.
Architecture can also affect plugins, command-line tools, software development kits, database clients, and other utilities connected to your JetBrains workflow. If your projects depend on external tools, check those tools separately. A compatible main application does not guarantee that every plugin or development component supports the same architecture.
3. Compare your hardware with the workload
Compatibility means more than launching an application. Your computer should also handle the projects you plan to open. Large codebases, indexing, virtual machines, emulators, local databases, and simultaneous applications can place considerable demand on system resources.
Review your available memory, processor performance, storage space, and graphics capability. Keep enough free storage for the application, caches, project files, SDKs, build outputs, and updates. Solid-state storage can make project navigation and indexing feel more responsive, although the right configuration depends on your workload.
If you plan to use several JetBrains applications during the same work session, allow additional headroom. Running an IDE alongside browsers, containers, design tools, or testing environments can change the practical requirements significantly.
4. Review the individual product requirements
“All Products” describes a broad product selection, but compatibility still needs to be checked application by application. Development environments, database tools, profilers, and other JetBrains products may have different supported operating systems or technical requirements.
Make a list of the applications you expect to use first. For each one, check:
- Supported operating system versions
- Supported processor architectures
- Required memory and available storage
- Plugin and extension compatibility
- Supported project formats and development runtimes
- Any release-specific installation notes
This approach gives you a clearer answer than treating every product as though it has identical requirements. It also helps you identify a single application that may need a different setup from the rest of your toolkit.
5. Check your development stack
JetBrains applications often sit in the middle of a larger workflow. Your programming language, SDK, runtime, package manager, version-control system, database, container platform, or build tool may introduce its own requirements.
Confirm that the versions you need are available for your operating system. On Linux, pay close attention to package repositories and system libraries. On macOS, review command-line tools and architecture compatibility. On Windows, check environment variables, permissions, path settings, and any virtualization features your projects require.
If you work across more than one operating system, document your tool versions and project settings. Consistent versions can reduce surprises when moving between a Windows workstation, a MacBook, and a Linux development machine.
6. Review display, permissions, and network conditions
Your computer may meet the basic requirements and still need a few practical checks. Confirm that your display resolution and scaling settings provide enough workspace for the interface. This matters when you use multiple editor windows, tool panels, previews, or database views.
Review local permissions as well. Corporate or educational devices may restrict application installation, plugin directories, shell access, or connections to local services. Linux security policies and macOS privacy controls can also affect access to folders, terminals, or external devices.
A stable network connection may be needed for downloading applications, plugins, updates, dependencies, or project resources. If your environment uses a proxy or firewall, check its configuration before you begin.
7. Plan for updates and version changes
Compatibility can change when you update an operating system, JetBrains application, plugin, runtime, or project dependency. Before a major update, check the release information for the applications you use and confirm that essential plugins are still maintained for that version.
Teams should also agree on supported versions where possible. A shared project can become harder to maintain when each contributor uses a different IDE release, plugin set, or runtime. Keeping a short setup document makes it easier to recreate the environment after a computer change.
Quick pre-purchase checklist
- Identify your exact Windows, macOS, or Linux version.
- Confirm whether your computer uses x86-64, Intel, or Apple silicon architecture.
- Compare available memory and storage with the requirements for your main applications.
- Check the support status of the specific JetBrains products and versions you need.
- Review plugins, SDKs, runtimes, databases, and build tools used by your projects.
- Confirm that permissions, network access, and device policies will not block installation or daily work.
- Keep your operating system and project tools within supported version ranges.
For category browsing, visit the Educational Tools collection. If your work also involves technical design, you can review AutoCAD LT 2022 for Windows separately and check its own platform requirements.
FAQ
Can I use JetBrains All Products on any Windows, Mac, or Linux computer?
You should check the requirements for each application and release you plan to use. Operating system version, processor architecture, available resources, plugins, and project dependencies all affect practical compatibility.
Does using macOS require an architecture check?
Yes. Identify whether your Mac uses an Intel processor or Apple silicon, then review the supported build and requirements for each JetBrains application and connected development tool.
What should Linux users check first?
Start with your distribution and release, then review desktop environment, system libraries, package format, permissions, and the external tools required by your projects.
Is operating system compatibility enough to choose a product setup?
No. A suitable operating system is only one part of the decision. Hardware capacity, architecture, project runtimes, plugins, and update policies should also match the way you plan to work.
