Introduction

QwQ-32B-FlagOS-iluvatar provides an all-in-one deployment solution, enabling execution of QwQ-32B on iluvatar GPUs. As the first-generation release for the iluvatar, this package delivers two key features:

Comprehensive Integration:
- Integrated with FlagScale (https://github.com/FlagOpen/FlagScale).
- Open-source inference execution code, preconfigured with all necessary software and hardware settings.
- Pre-built Docker image for rapid deployment on iluvatar.
Consistency Validation:
- Evaluation tests verifying consistency of results between the official and ours.

Technical Summary

Serving Engine

We use FlagScale as the serving engine to improve the portability of distributed inference.

FlagScale is an end-to-end framework for large models across multiple chips, maximizing computational resource efficiency while ensuring model effectiveness. It ensures both ease of use and high performance for users when deploying models across different chip architectures:

One-Click Service Deployment: FlagScale provides a unified and simple command execution mechanism, allowing users to fast deploy services seamlessly across various hardware platforms using the same command. This significantly reduces the entry barrier and enhances user experience.
Automated Deployment Optimization: FlagScale automatically optimizes distributed parallel strategies based on the computational capabilities of different AI chips, ensuring optimal resource allocation and efficient utilization, thereby improving overall deployment performance.
Automatic Operator Library Switching: Leveraging FlagScale's unified Runner mechanism and deep integration with FlagGems, users can seamlessly switch to the FlagGems operator library for inference by simply adding environment variables in the configuration file.

Triton Support

We validate the execution of QwQ-32B model with a Triton-based operator library as a PyTorch alternative.

We use a variety of Triton-implemented operation kernels to run the QwQ-32B model. These kernels come from two main sources:

Most Triton kernels are provided by FlagGems (https://github.com/FlagOpen/FlagGems). You can enable FlagGems kernels by setting the environment variable USE_FLAGGEMS.
Also included are Triton kernels from vLLM, such as fused MoE.

Container Image Download

	Usage	iluvatar
Basic Image	basic software environment that supports FlagOS model running	[email protected] by email，please indicate the unit/contact person/contact information/equipment source/specific requirements

Evaluation Results

Benchmark Result

Metrics	QwQ-32B-H100-CUDA	QwQ-32B-FlagOS-iluvatar
AIME 2024	0.800	0.800
GPQA-Diamond	0.641	0.589
MMLU	0.797	0.782
LIVEBENCH	-	0.548
MUSR	-	0.664
THEOREMQA	-	0.100

How to Run Locally

📌 Getting Started

Download open-source weights


pip install modelscope
modelscope download --model Qwen/QwQ-32B --local_dir /nfs/QwQ-32B

Download the FlagOS image

docker pull <IMAGE>

Start the inference service

docker run --rm --init --detach \
  --net=host --uts=host --ipc=host \
  --security-opt=seccomp=unconfined \
  --privileged=true \
  --ulimit stack=67108864 \
  --ulimit memlock=-1 \
  --ulimit nofile=1048576:1048576 \
  --shm-size=32G \
  -v /nfs:/nfs \
  --gpus all \
  --name flagos \
  <IMAGE> \
  sleep infinity

docker exec -it flagos bash

Serve

flagscale serve qwq_32b

Contributing

We warmly welcome global developers to join us:

Submit Issues to report problems
Create Pull Requests to contribute code
Improve technical documentation
Expand hardware adaptation support

📞 Contact Us

Scan the QR code below to add our WeChat group send "FlagRelease"

License

The weights of this model are based on Qwen/QwQ-32B and are open-sourced under the Apache 2.0 License: https://www.apache.org/licenses/LICENSE-2.0.txt.