AI Disruption

AI Disruption

Share this post

AI Disruption
AI Disruption
Llama 3 Matches GPT-4 Performance with Less Parameters

Llama 3 Matches GPT-4 Performance with Less Parameters

Are Large Models Too Expensive?

Meng Li's avatar
Meng Li
May 24, 2024
∙ Paid

Share this post

AI Disruption
AI Disruption
Llama 3 Matches GPT-4 Performance with Less Parameters
1
Share
Created by Meng Li

Meta Announces Development of Llama 3 Language Model

Meta has released two Llama 3 models: one with 8 billion parameters and another with 70 billion. They are also developing another model with 400 billion parameters.

https://ai.meta.com/blog/meta-llama-3/

In the MMLU benchmark tests, GPT-4 scored 86.5, while Llama 3 scored 84.8, a small difference.

The MMLU test, covering natural and social sciences, demonstrates Llama 3’s broad capabilities.

As Llama 3 evolves, competition between Meta and OpenAI in language models intensifies.

Llama 3 Features

For a model with 8 billion parameters, training with 15 trillion tokens is a huge data set.

The Chinchilla model trains with 20 billion tokens for optimal cost performance.

Llama 3 uses 75 times this amount, aiming to create a strong yet compact model for simpler use and inference.

Meta found that Llama 3 didn’t learn as well as expected, even with lots of data. This means large AI language models might be 100 to 1,000 times more powerful than thought before.

Llama 3 was trained with 15 trillion tokens, far exceeding the 2 trillion used by Llama 2.

Meta made the data better. They used more code and words from over 30 languages. This helps the AI understand more.

When training Llama 3, they added more code. This makes it better at understanding things.

The model also uses a bigger vocabulary. This helps it use fewer tokens and do better on tasks.

Llama 3 got better inside too. Now all sizes use a new way to pay attention called GQA. This makes the model simpler and faster.

Lastly, Meta was meticulous about the data used to train Llama 3. They made sure it was high quality. This helps the model work well in the real world.

Synthetic Data

Photo by Alexander Sinn on Unsplash

This post is for paid subscribers

Already a paid subscriber? Sign in
© 2025 Meng Li
Privacy ∙ Terms ∙ Collection notice
Start writingGet the app
Substack is the home for great culture

Share