Viability and Performance of a Private LLM Server for SMBs: A Benchmark Analysis of Qwen3-30B on Consumer-Grade Hardware
Alex Khalil, Guillaume Heilles, Maria Parraga, Simon Heilles

TL;DR
This paper demonstrates that SMBs can deploy a private, high-performance LLM server using consumer-grade hardware, achieving cloud-like performance while ensuring data privacy and reducing costs.
Contribution
It provides a comprehensive benchmark analysis of a Qwen3-30B-based private LLM server on consumer hardware, highlighting its viability and performance for SMB deployment.
Findings
Private LLM inference is feasible on consumer hardware.
Performance comparable to cloud services with proper configuration.
Cost-effective solution for SMBs to maintain data privacy.
Abstract
The proliferation of Large Language Models (LLMs) has been accompanied by a reliance on cloud-based, proprietary systems, raising significant concerns regarding data privacy, operational sovereignty, and escalating costs. This paper investigates the feasibility of deploying a high-performance, private LLM inference server at a cost accessible to Small and Medium Businesses (SMBs). We present a comprehensive benchmarking analysis of a locally hosted, quantized 30-billion parameter Mixture-of-Experts (MoE) model based on Qwen3, running on a consumer-grade server equipped with a next-generation NVIDIA GPU. Unlike cloud-based offerings, which are expensive and complex to integrate, our approach provides an affordable and private solution for SMBs. We evaluate two dimensions: the model's intrinsic capabilities and the server's performance under load. Model performance is benchmarked against…
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Taxonomy
TopicsBig Data and Digital Economy · Artificial Intelligence in Healthcare and Education · Natural Language Processing Techniques
