ON-PREMISE LOCAL AI: HARDWARE, MODELS, AND OPERATION
From LM Studio to a stable in-house LLM service
We set up the local stack with open-weight models, internal API and a clear path from pilot to production.
What is On-premises LLM deployment (LM Studio, Ollama, vLLM)?
Hardware without operating software does not save tokens. Q2BSTUDIO deploys the right runtime at the time of the project: LM Studio for teams that need GUI, model download, and a local OpenAI-compatible server; Ollama for fast CLI flows; vLLM or TensorRT-LLM when there is concurrency, batching, and the need for throughput.
We selected open-weight models according to task (chat, RAG, agents), quantization and memory available in GB10 or Halo. We expose authenticated internal APIs, usage limits, and basic logging. At AMD we configure ROCm/Vulkan according to the maturity of the case; at NVIDIA we leverage CUDA and, if applicable, TensorRT-LLM.
The deliverable is a documented internal service: how to boot, update models, rotate accesses and monitor. We don't leave a fragile demo on a laptop of someone on the team.
FEATURES
Features of On-premises LLM deployment (LM Studio, Ollama, vLLM)
LM Studio on desktop
GUI, model catalog and local server.
Ollama
Fast CLI runtime for prototypes and scripts.
vLLM production
Multi-user serving with batching and high throughput.
TensorRT-LLM
NVIDIA optimization when the CUDA stack requires it.
Model selection
Open-weight per task, quantization, and VRAM/RAM.
Internal API
Authenticated endpoint compatible with OpenAI clients.
Basic observability
Logs, latency, and usage per consumer.
Updating models
Procedure for new versions without improvisation.
FREQUENTLY ASKED QUESTIONS
Frequently asked questions about On-premises LLM deployment (LM Studio, Ollama, vLLM)
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