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What “Llama 3” means
This guide means the original Llama 3 release: 8B and 70B parameter models, released in April 2024, with an 8K context length. The Ollama llama3 package is the 8B option, listed at about 4.7 GB; its 70B package is about 40 GB. Those are model-package sizes, not the full memory needed while generating text. See the Ollama Llama 3 library page and Meta’s original Llama 3 8B Instruct model card.
For ordinary conversation, choose an Instruct model. It is tuned for assistant-style dialogue. A base or pretrained model is intended more for text completion or additional adaptation, and may not respond like a chatbot. Llama 3.1 and later are separate releases, not alternate names for the original: for example, Llama 3.1 includes 8B, 70B, and 405B variants and lists a 128K context length. Check the exact model generation before downloading; see the Llama 3.1 8B Instruct model card.
Check your computer before downloading
The 8B model is the sensible starting point on a personal computer. Memory use includes the model, the operating system, the inference runtime, and the KV cache used to track the conversation. That cache grows with context length; a desktop interface and other running apps need memory too. A model can fit and still generate slowly, especially if much of the work falls back to the CPU.
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| Choice | Approximate model file size | Practical planning guidance |
|---|---|---|
| Llama 3 8B, Q4-class quantization | About 5 GB | Start with 8–16 GB of system RAM; a dedicated GPU is optional. |
| Llama 3 8B, higher quantization | Roughly 6–10+ GB | 16 GB RAM or equivalent unified memory is a more comfortable starting point. |
| Llama 3 70B, Q4-class quantization | About 40 GB | Plan on roughly 48–64 GB of total usable memory; performance depends on the machine and offloading. |
| Llama 3 70B, full precision | Far beyond ordinary consumer hardware | Typically requires a specialized multi-GPU or large-memory system. |
These are approximate planning figures, not guaranteed minimums or performance promises. Quantization stores model weights with fewer bits to reduce memory use; lower-bit files generally fit more easily, while higher-bit choices generally preserve more fidelity and take more memory. “Q4” covers multiple formats with different trade-offs. Context length, batch size, and runtime settings also affect memory. The llama.cpp project supports multiple quantization levels and CPU, GPU, and hybrid execution.
- 8–16 GB memory: begin with an 8B Q4-class model.
- 16–24 GB: consider a higher-quality 8B quantization if you have room for runtime overhead.
- 48 GB or more: a 70B Q4-class model may be feasible, but that does not guarantee useful speed.
- Limited VRAM: system RAM or unified memory can help run a model, usually with a speed trade-off.
Apple Silicon can use Metal acceleration in supported runtimes. LM Studio documents support for Apple Silicon and x64/ARM64 Windows and Linux PCs; its recommendation of at least 4 GB dedicated VRAM is not a promise that any particular Llama model will run well. Ollama documents graphics acceleration through Metal on Apple devices, NVIDIA support, and Vulkan-based support. Check the current LM Studio system requirements and Ollama GPU documentation for your hardware.
Run Llama 3 with Ollama
Ollama is the shortest route from installation to a prompt, and it also provides a local command-line interface and API.
- Install Ollama. On macOS or Linux, use the official Ollama download page. The documented Linux installer command is
curl -fsSL https://ollama.com/install.sh | sh. On Windows, use the official Windows download. After installation, theollamacommand is available from Command Prompt, PowerShell, or another terminal. Ollama’s Windows documentation notes that NVIDIA users may need driver version 452.39 or newer; consult the current Windows instructions for details. - Download and start the model. In a terminal, run
ollama run llama3. On first use, Ollama downloads the package and opens an interactive prompt. Ask a question, for example:Explain how local language models work in three paragraphs. - Exit and manage the download. Use
/byeat the interactive prompt to leave. In a terminal,ollama listlists installed models,ollama show llama3displays model information, andollama rm llama3removes the model. Runollama run llama3again to chat later. The 70B package can be started withollama run llama3:70b; it has much higher memory and storage demands.
Ollama’s model page documents the run commands and the 8B and 70B packages. The local API is normally available at http://localhost:11434. For example, this request sends one chat message and asks for a non-streaming response:
curl http://localhost:11434/api/chat -d '{
"model": "llama3",
"messages": [
{
"role": "user",
"content": "What are the advantages of running an LLM locally?"
}
],
"stream": false
}'
The API can also be called from Python after installing the Ollama package with pip install ollama:
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from ollama import chat
response = chat(
model="llama3",
messages=[
{"role": "user", "content": "Give me five practical uses for a local LLM."}
],
)
print(response.message.content)
See the Ollama API documentation for current endpoints and options. The API is useful for local scripts and applications; it does not make the model a public service by itself.
Use a graphical app with LM Studio
Choose LM Studio if you would rather search for models, download them, and chat in a desktop interface. It supports macOS, Windows, and Linux and runs local models through llama.cpp. Its menus can change between releases, so use the current app labels rather than relying on a fixed click-by-click path.
- Download LM Studio from its official site.
- Open its model discovery or download view and search for a Llama 3 Instruct GGUF model.
- Choose a quantization that can fit in your available memory, then download it.
- Load the model and start a chat. If another local application needs access, start LM Studio’s local server and use its documented OpenAI-compatible API.
The LM Studio documentation covers model discovery, local chat, server use, and CLI controls. Confirm the model’s publisher, generation, Instruct status, quantization, and license before downloading a community conversion.
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Use llama.cpp for direct GGUF control
llama.cpp suits users who want to choose the GGUF file, quantization, GPU layers, and server settings directly. It supports CPU-only runs, GPU acceleration, and hybrid CPU/GPU offloading. Build or install a current version following the project’s repository documentation; executable names and flags can change as the project evolves.
With a compatible GGUF file in the current directory, a typical chat invocation is:
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llama-cli
-m ./llama-3-8b-instruct.Q4_K_M.gguf
-cnv
-p "Explain local AI in plain English."
To run a local HTTP server bound only to the local machine:
llama-server
-m ./llama-3-8b-instruct.Q4_K_M.gguf
--host 127.0.0.1
--port 8080
Use the current README to confirm the executable, flags, and model compatibility for your build. llama.cpp also documents Hugging Face retrieval in the form llama-cli -hf <user>/<model>[:quant]. Do not assume a random converted file is an official Meta checkpoint: check that it is the intended Llama generation and Instruct or base type, identify its quantization and conversion provenance, and read its license.
The Tool Desk
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Transformers is for Python users who need the original Safetensors checkpoint or want to use PyTorch tooling for evaluation, integration, or further development. The official Hugging Face model repositories are gated: sign in, accept the applicable terms, provide requested contact information, and authenticate before downloading. Begin with the original Llama 3 8B Instruct repository and its access instructions.
After gaining access, install the libraries and authenticate to Hugging Face. The exact CLI command may depend on the installed Hugging Face tooling; current login instructions are provided by Hugging Face.
pip install torch transformers accelerate
huggingface-cli login
A basic chat-template loading example is:
import torch
from transformers import AutoTokenizer, AutoModelForCausalLM
model_id = "meta-llama/Meta-Llama-3-8B-Instruct"
tokenizer = AutoTokenizer.from_pretrained(model_id)
model = AutoModelForCausalLM.from_pretrained(
model_id,
torch_dtype="auto",
device_map="auto",
)
messages = [
{"role": "user", "content": "Explain what quantization does."}
]
inputs = tokenizer.apply_chat_template(
messages,
add_generation_prompt=True,
tokenize=True,
return_tensors="pt",
).to(model.device)
outputs = model.generate(inputs, max_new_tokens=150)
print(tokenizer.decode(outputs[0], skip_special_tokens=True))
This route is not the easiest option for a typical laptop: original checkpoints require substantially more memory than a Q4 GGUF model, in addition to Python and runtime overhead. Check the model card and your PyTorch device configuration before choosing it.
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Troubleshoot common problems
The model does not fit in memory
- Switch from 70B to 8B.
- Choose a lower-bit quantization.
- Reduce context length and close memory-heavy applications.
- Allow CPU/GPU hybrid execution if your runtime supports it, or use a computer with more RAM or unified memory.
The model file is only one part of the memory requirement; runtime buffers and the KV cache add to it.
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Generation is extremely slow
Common causes include CPU-only inference, limited VRAM forcing extensive CPU offloading, an unnecessarily long context, laptop thermal throttling, a model too large for the hardware, or a misconfigured GPU backend. Try the 8B Q4 model, check GPU utilization and available VRAM during generation, and update drivers where appropriate. Compare runtimes only with the same model and quantization.
The GPU is not being used
A model starting successfully does not prove that inference is using the GPU. Check Ollama logs or runtime output, operating-system GPU utilization, and VRAM while generating. Review the current backend guidance for Ollama or your chosen runtime; supported acceleration depends on the device, drivers, and build.
Access to the official checkpoint is denied
For gated Meta repositories, sign in to Hugging Face, accept the license terms, share requested contact information, authenticate locally, and wait for approval if required. The Llama 3.1 repository documents the gated-access pattern for that generation. Access and terms are repository-specific.
Responses are poor or repetitive
- Confirm that you downloaded an Instruct model if you want chat.
- For a manually run GGUF, use the chat template expected by the model.
- Check that the conversion is from the intended model and that sampling settings are reasonable.
- Keep the prompt within the model’s practical context budget.
Meta’s model card distinguishes pretrained and instruction-tuned versions.
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The API cannot be reached or should not be exposed
Confirm that the local runtime or server is running and that the client is using its documented host and port. For a development server, bind to 127.0.0.1 unless you deliberately need remote access and have secured the service. Binding to a wider network interface can expose the model endpoint to other devices.
The download fills the disk
Allow space beyond the download size for other model variants and application files. Remove an Ollama model you no longer need with ollama rm llama3; before deleting manually managed GGUF files, verify their paths so you do not remove a model used by another runtime.
Licensing, privacy, and offline use
Llama 3 is not distributed under a standard permissive license such as MIT or Apache 2.0. Meta uses a custom community license and acceptable-use terms; obligations differ by model generation and by whether you use, modify, or redistribute model materials. For Llama 3.1, terms include conditions concerning providing the agreement with certain distributions, attribution such as “Built with Llama” in specified circumstances, and compliance with the acceptable-use policy and applicable law. Read the license for the exact model you choose, including the original Llama 3 model card or the Llama 3.1 model repository, before commercial use or redistribution.
Local inference means prompts can be processed on your machine instead of sent to a model API, but it does not by itself establish that an application makes no network requests or stores no history. Check runtime settings, integrations, extensions, logs, and any cloud features. For a deliberately offline setup, download the model first, disable cloud features you do not need, and verify network behavior in your environment.
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| Your priority | Best starting route |
|---|---|
| Fastest install and a local API | Ollama |
| Desktop chat and visual model selection | LM Studio |
| Direct GGUF, backend, and server control | llama.cpp |
| Python, PyTorch, or original checkpoints | Transformers |
| Modest-memory personal computer | 8B Instruct, Q4-class quantization |
| Large-memory workstation | Consider 70B Q4-class, after checking usable memory and expected speed |
If the original Llama 3 generation is not a requirement, compare later Llama releases or other local families such as Qwen, Mistral, Gemma, and Phi in the model library for your runtime. A hosted model can be easier on weak hardware, but it is not the same as local inference: prompts leave the machine and service terms or fees may apply.
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