Implementing Retrieval-Augmented Generation (RAG) with ZCX can significantly enhance the performance and cost-effectiveness of your applications. This post explores three minimalistic patterns for integrating RAG using Llamaindex and Langchain, compatible with OpenAI models. We'll cover setup, integration, and cost considerations, ensuring your application leverages ZCX's competitive pricing and powerful Qwen 2.5 models.
For a basic RAG setup, you'll need to initialize the Llamaindex client with your ZCX API credentials. Here is a minimal example:
from llamaindex import LlamaIndex
api_key = 'your_zcx_api_key'
index = LlamaIndex.from_documents(
documents=['doc1.txt', 'doc2.txt'],
llm=LlamaIndex.from_model('qwen2.5:32b', api_key=api_key)
)
To integrate RAG with Langchain, you'll configure the Langchain client to use the ZCX API. This example demonstrates how to set up Langchain with a Qwen 2.5 model:
from langchain import LangChain
api_key = 'your_zcx_api_key'
langchain = LangChain.from_model('qwen2.5:32b', api_key=api_key)
For cost-effective RAG, consider using the Qwen 2.5:32b model under the Starter plan, which offers 1.5M tokens for $99/month, making it significantly more affordable than competitors. Here's how to set up a cost-effective RAG solution:
from llamaindex import LlamaIndex
api_key = 'your_zcx_api_key'
index = LlamaIndex.from_documents(
documents=['doc1.txt', 'doc2.txt'],
llm=LlamaIndex.from_model('qwen2.5:32b', api_key=api_key),
cost_effective=True
)
Implementing RAG with ZCX offers developers a powerful and cost-effective solution for enhancing their applications. By following these patterns, you can integrate RAG using Llamaindex and Langchain with minimal setup. For more information on our pricing plans and to sign up for a prepaid LLM credit line, visit ZCX Technologies.