Why Android API levels matter

In Android development, features and behavior are tied to API levels. Even if users know “Android 13” or “Android 14,” your app build logic usually depends on numeric API values.

How to use this tool

Step 1: Search by version, codename, API, or year.
Step 2: Optionally set a minimum API filter to focus your support matrix.
Step 3: Use the result to configure Gradle and conditional feature checks.

Practical development tips

Pick minSdk with analytics: balance compatibility and engineering cost using real user distribution data.
Target latest SDK: keep targetSdkVersion updated to meet Play policy and get modern platform behavior.
Guard new APIs: use runtime checks (for example Build.VERSION.SDK_INT) before calling newer APIs.
Test old + new: include at least one low API device/emulator and one latest API device in QA.

Frequently Asked Questions

Is this list useful for setting minSdkVersion?

Yes. It’s a quick lookup to map user-facing Android versions to API levels when planning compatibility.

What is the difference between minSdkVersion and targetSdkVersion?

minSdkVersion is the lowest Android API your app supports. targetSdkVersion tells Android which platform behaviors your app is tested against.

Why does the codename matter if I already know the API level?

Codenames are useful in documentation, release notes, and team discussions. API level is what your build tools and runtime checks use technically.

Can API levels share the same Android major version?

Yes. Some versions have multiple API levels (for example maintenance or large-screen variants), so checking exact API level avoids confusion.

Do I still need real device testing if I use this table?

Absolutely. This table is for planning and reference. Real devices/emulators are still required to validate behavior, OEM differences, and performance.

Android Version Checker