Aphrodite Engine vs llama.cpp
A side-by-side comparison of two self-hosted local llm runners options — licensing, setup difficulty, resource needs, and what each one replaces.
Not the right match-up?
Aphrodite Engine
High-throughput inference engine for large language models
VS
llama.cpp
High-performance LLM inference in plain C/C++
| Feature | Aphrodite Engine | llama.cpp |
|---|---|---|
| Category | Local LLM Runners | Local LLM Runners |
| License | AGPL-3.0 | MIT |
| Language | C++ | C++ |
| Setup difficulty | Hard | Hard |
| Min. RAM | 8,192 MB | 8,192 MB |
| Deployment | docker, source | binary, bare-metal, docker |
| GitHub stars | ★ 1,824 | ★ 123,039 |
| First released | 2023 | 2023 |
| Replaces | OpenAI API | OpenAI API |
Why pick each one
Choose Aphrodite Engine if…
- Released under the AGPL-3.0 license
- First-class Docker support for quick deployment
- Active community (1.8k GitHub stars)
- Written in C++
Choose llama.cpp if…
- Released under the MIT license
- First-class Docker support for quick deployment
- Mature project with 123k GitHub stars
- Written in C++
Frequently asked questions
Is Aphrodite Engine or llama.cpp better?
Neither is universally better. llama.cpp has the larger community; both share a hard setup difficulty, so the decision comes down to features and licensing.
Are Aphrodite Engine and llama.cpp free and open-source?
Yes. Aphrodite Engine is licensed under AGPL-3.0 and llama.cpp under MIT. Both can be self-hosted at no software cost.
Can I run Aphrodite Engine and llama.cpp with Docker?
Aphrodite Engine: yes. llama.cpp: yes.