Mike Gold

Running Gemma 2 9B Locally in VS Code with Ollama

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Posted on X by Daniel San Using Gemma 2 9B running local in VSCode with @ollama

You can now run these open-source models locally and directly modify your code within VS @code and @jetbrains

Excellent work @GoogleDeepMind , @googledevs , @googleaistudio and @OfficialLoganK

The model excels at


Running Google’s Gemma 2 9B Model Locally with Ollama in VSCode

Overview

The post highlights the integration of Google’s Gemma 2 9B model, a high-performing and efficient open-source language model, with Ollama for local execution within VSCode. This setup allows developers to run large language models (LLMs) locally, enabling direct code modifications and enhancing productivity. The implementation leverages Ollama as a server to host the Gemma 2 model, while tools like the Continue extension in VSCode facilitate seamless integration for coding assistance.

Technical Analysis

The technical implementation of running Gemma 2 9B locally with Ollama involves several key steps and considerations. First, Ollama acts as a local API server that hosts the LLM, allowing developers to interact with it programmatically [Result #3]. This approach is efficient and resource-optimized, making it suitable for single-GPU setups [Result #5]. The integration with VSCode is further enhanced by extensions like Continue, which streamline the model's usage within the development environment [Result #4].

Gemma 2 9B, developed by Google DeepMind, is designed to be both high-performing and efficient, making it ideal for local deployments. Its architecture enables tasks such as code generation, debugging, and documentation assistance directly within VSCode [Results #1 and #5]. The model's capabilities are further demonstrated in user reflections, where developers highlight its adaptability and performance improvements over previous versions [Result #2].

Implementation Details

  • Ollama: A lightweight API server for running LLMs locally. It allows developers to load models like Gemma 2 and serve them via HTTP or WebSocket interfaces.
  • VSCode Extension (Continue): An extension that integrates Ollama with VSCode, enabling context-aware coding assistance powered by theGemna 2 model.
  • Gemma 2 9B: The specific version of Google’s LLM used in this setup, known for its efficiency and performance.
  • Local AI Models: Running models like Gemma 2 locally with Ollama enables developers to leverage AI without relying on cloud services, reducing latency and costs [Result #3].
  • VSCode Integration: The integration of Ollama with VSCode extends the capabilities of code editors, making them more powerful tools for AI-assisted development [Result #4].
  • Open Source Collaboration: Google’s contribution to open-source models like Gemma 2 aligns with broader efforts in democratizing access to advanced LLMs [Results #1 and #5].

Key Takeaways

  • Local execution of Gemma 2 9B using Ollama provides a cost-effective and efficient alternative to cloud-based AI services [Result #3].
  • The integration with VSCode via tools like Continue enhances productivity by offering real-time coding assistance and model customization [Results #4 and #5].
  • Gemma 2’s architecture and performance optimizations make it suitable for resource-constrained environments, such as single-GPU setups [Result #5].

Further Research

Here’s a 'Further Reading' section based solely on the verified search results provided: