Deploying Llama2 with NVIDIA Triton Server tutorial

In this repository, we give an example on how to efficiently package and deploy Llama2, using NVIDIA Triton Inference Server to make it production-ready in no time.

Features

• Concurrent model execution
• Multi GPU support
• Dynamic Batching
• vLLM support

Examples

We cover three different deployment approaches:

• Using HuggingFace models with Triton’s Python Backend

• Using HuggingFace models with Triton’s Ensemble models

• Using the vLLM framework

  Results

• By exploiting Triton’s concurrent model execution feature, we have gained a x1.5 increase in throughput by deploying two parallel instances of the Llama2 7B model quantized to 8 bit.

  1 instance	2 instances
  Exec time	9.79s	6.72s
  Throughput	10.6 token/s	15.5 token/s

• Implementing dynamic batching added an additional x5 increase in model’s throughput.

  Batch size = 1	Batch size = 2
  Exec time	9.79s	17.07s
  Throughput	10.6 token/s	66.5 token/s

• The incorporation of the vLLM framework outperformed the dynamic batching results with a x6 increase.

  Batch size = 1	Batch size = 2
  Exec time	2.06s	3.12s
  Throughput	50 token/s	363 token/s

Documentation

• Deploying Llama2 with NVIDIA Triton Inference Server blog post.

• NVIDIA Triton Inference Server Official documentation.