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Which ABI should I use? Architecture Guide
Intel / AMD (x86 family)
Linux, Windows, older Intel Macs
| ABI | Performance |
|---|---|
| x86_64 | Native — fastest Uses KVM/HAXM hardware acceleration |
| x86 | Native (32-bit compat) Slightly less efficient |
| arm64-v8a | Runs, very slow Translated via software emulation |
| armeabi-v7a | Runs, very slow Translated via software emulation |
Always use x86_64 images on Intel/AMD. ARM images will run but extremely slowly (software emulation).
Apple Silicon (ARM Macs)
M1, M2, M3, M4 chips
| ABI | Performance |
|---|---|
| arm64-v8a | Native — fastest |
| armeabi-v7a | Works (32-bit compat) |
| x86_64 | Translated (Rosetta) |
| x86 | Translated (Rosetta) |
Always use arm64-v8a images on Apple Silicon Macs.
Quick Reference
| ABI | Intel/AMD (Linux & Windows) | Apple Silicon (macOS) |
|---|---|---|
| x86_64 | Native | Translated via Rosetta |
| x86 | Native (legacy) | Translated via Rosetta |
| arm64-v8a | Runs, very slow | Native (best) |
| armeabi-v7a | Runs, very slow | Works (compat) |
Practical rule: On Intel/AMD → use x86_64. On Apple Silicon → use arm64-v8a. Modern Android is moving toward 64-bit only (x86_64 + arm64-v8a), so stick to 64-bit ABIs unless doing compatibility testing.
Non-native images (e.g. x86_64 on Apple Silicon via Rosetta) will run significantly slower as every instruction must be translated at runtime. Always prefer images matching your host CPU architecture for usable performance.
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| CVE | Type | Severity | Component | Emu | Exploit | Affected Versions | Patch Level | Bulletin ▼ | Source | Test Image |
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