llama.cpp vs Ollama

llama.cpp

LLM inference in C/C++ for CPU and GPU

Ollama

Run LLMs locally with one command

Feature llama.cpp Ollama
Category Embeddable LLMs & AI Infra
Sub-category LLM Runtime LLM Serving
Maturity stable stable
Complexity advanced beginner
Performance tier medium medium
License MIT MIT
License type permissive permissive
Pricing fully free fully free
GitHub stars 72.0K 110.0K
Contributors 800 500
Commit frequency daily daily
Plugin ecosystem none medium
Docs quality good good
Backing org Georgi Gerganov Ollama Inc
Funding model community vc_backed
Min RAM 2 GB 4 GB
Min CPU cores 1 2
Scaling pattern single_node single_node
Self-hostable Yes Yes
K8s native No No
Offline capable Yes Yes
Vendor lock-in none none
Languages C, C++ Go, C++
API type SDK REST
Protocols HTTP HTTP
Deployment source, binary binary, docker
SDK languages c, c++, python, javascript, go, rust, swift python, javascript, go, rust
Team size fit solo, small, medium solo, small, medium
First release 2023 2023
Latest version

When to use llama.cpp

  • Run LLMs on CPU without GPU
  • Embed AI in desktop/mobile apps
  • Quantized model inference for edge devices
  • Backend for Ollama and other wrappers

When to use Ollama

  • Run LLMs locally for private/offline AI
  • Development environment with local AI models
  • Code completion backend for Continue/Tabby
  • Chatbot prototype without API costs

llama.cpp anti-patterns

  • C++ knowledge needed for embedding
  • Model loading time for large models
  • Less user-friendly than Ollama

Ollama anti-patterns

  • Not for high-throughput production serving
  • Single-user optimized not multi-tenant
  • No built-in batching or queuing
  • Needs decent GPU for large models
Full llama.cpp profile → Full Ollama profile → All comparisons