DeepInfra raises $107M Series B to scale the inference cloud — read the announcement

Inference LoRA adapter model

Published on 2024.12.06 by Askar Aitzhan
Inference LoRA adapter model

Understanding LoRA inference

Concepts

  • Base model: The original model that is used as a starting point.
  • LoRA adapter model: A small model that is used to adapt the base model for a specific task.
  • LoRA Rank: The rank of the matrix that is used to adapt the model.

What you need to inference with LoRA adapter model

  1. Supported base model
  2. LoRA adapter model hosted on HuggingFace
  3. HuggingFace token if the LoRA adapter model is private
  4. DeepInfra account

How to inference with LoRA adapter in DeepInfra

  1. Go to the dashboard
  2. Click on the 'New Deployment' button
  3. Click on the 'LoRA Model' tab
  4. Fill the form:
    • LoRA model name: model name used to reference the deployment
    • Hugging Face Model Name: Hugging Face model name
    • Hugging Face Token: (optional) Hugging Face token if the LoRA adapter model is private
  5. Click on the 'Upload' button

Note: The list of supported base models is listed on the same page. If you need a base model that is not listed, please contact us at feedback@deepinfra.com

Rate limits on LoRA adapter model

Rate limit will apply on combined traffic of all LoRA adapter models with the same base model. For example, if you have 2 LoRA adapter models with the same base model, and have rate limit of 200. Those 2 LoRA adapter models combined will have rate limit of 200.

Pricing on LoRA adapter model

Pricing is 50% higher than base model.

How is LoRA adapter model speed compared to base model speed?

LoRA adapter model speed is lower than base model, because there is additional compute and memory overhead to apply the LoRA adapter. From our benchmarks, the LoRA adapter model speed is about 50-60% slower than base model.

How to make LoRA adapter model faster?

You could merge the LoRA adapter with the base model to reduce the overhead. And use custom deployment, the speed will be close to the base model.

Related articles
vLLM vs SGLang: Performance, Features & Deployment ComparedvLLM vs SGLang: Performance, Features & Deployment Compared<p>Somebody on your team read a benchmark post, and now there&#8217;s a ticket to migrate the inference stack. That&#8217;s how most vLLM vs SGLang decisions start. A published test reports a 29 percent throughput gap, the number lands in Slack, and two weeks later you&#8217;re debugging kernel version conflicts at midnight while p99 latency sits [&hellip;]</p>
Kimi K2 0905 API from Deepinfra: Practical Speed, Predictable Costs, Built for Devs - Deep InfraKimi K2 0905 API from Deepinfra: Practical Speed, Predictable Costs, Built for Devs - Deep Infra<p>Kimi K2 0905 is Moonshot’s long-context Mixture-of-Experts update designed for agentic and coding workflows. With a context window up to ~256K tokens, it can ingest large codebases, multi-file documents, or long conversations and still deliver structured, high-quality outputs. But real-world performance isn’t defined by the model alone—it’s determined by the inference provider that serves it: [&hellip;]</p>
Is Kimi K3 Production Ready? Real-World AnalysisIs Kimi K3 Production Ready? Real-World Analysis<p>When Kimi K3 launched in July 2026, it quickly became one of the most talked-about models in the AI space. It climbed to the top of the Artificial Analysis Intelligence Index, outperforming several closed models that cost significantly more to run. For an open-weight model, especially one as large as 2.8 trillion parameters, that was [&hellip;]</p>