DeepSeek R1 0528 Qwen3 8B
DeepSeek R1 0528 Qwen3 8B is a compact reasoning-oriented chat model from DeepSeek, created by distilling reasoning traces from the R1 0528 release into a Qwen3 8B base model.
API Pricing
| Provider | Input / 1M | Output / 1M |
|---|---|---|
| $0.060 | $0.090 |
Prices updated daily. Last check: Oct 17, 2026
Compare API pricing for every DeepSeek model →DeepSeek R1 0528 Qwen3 8B pricing by provider
Input, output, and batch rates, plus alternatives, for one provider at a time.
Performance & Benchmarks
Source: Artificial Analysis →Reasoning & Knowledge
- MMLU-Pro73.9%
- GPQA Diamond61.2%
- Humanity's Last Exam5.9%
Coding
- LiveCodeBench51.3%
Math
- AIME 202563.7%
- AIME65.0%
- MATH-50093.2%
Agentic & Tool Use
- Terminal-Bench Hard1.5%
- τ²-bench0.0%
Instruction & Long Context
- IFBench19.9%
- Long-Context Reasoning15.0%
Benchmarks measured Oct 2026. Scores are independent evaluations, not vendor-reported.
Model Details
General
- Creator
- DeepSeek
- Modalities
- Text
Capabilities
- Open Source
- Yes
Strengths & Limitations
Strengths
- Distilled from DeepSeek R1 0528, so it reproduces the R1 family's explicit reasoning-then-answer output style
- 8B dense parameter count fits comfortably on a single consumer or datacenter GPU
- Built on the Qwen3 8B base, inheriting its tokenizer and broad multilingual training data
- Weights are published, enabling self-hosting, fine-tuning, and offline deployment
- Runs on standard open-source inference stacks including vLLM, SGLang, llama.cpp and Ollama
- Small enough that quantized variants are practical for local and edge experimentation
- Offered by multiple inference providers, so pricing and latency can be compared across hosts
Limitations
- Substantially less capable on hard multi-step problems than the full DeepSeek R1 0528 it was distilled from
- Reasoning-style output consumes extra tokens before the final answer, increasing latency and output token counts
- We do not track a verified context window for this entry — check the specific provider's documented limit
- Our benchmark fields for throughput and time-to-first-token are unpopulated for this model
- At 8B parameters, factual recall on niche topics is limited relative to larger models
Key Features
About DeepSeek R1 0528 Qwen3 8B
Common Use Cases
This model suits workloads that benefit from a short deliberation step but do not justify a large reasoning model: grade-school through undergraduate math problems, logic puzzles, code explanation and small refactoring tasks, and structured extraction where a brief reasoning pass improves accuracy. Its 8B size makes it a practical candidate for local development, on-premise deployment where data cannot leave the network, and high-volume batch jobs where a larger reasoning model would be too slow or expensive per request. It is also commonly used as a fine-tuning starting point for teams that want reasoning-style behavior in a domain-specific assistant. For agentic pipelines with long tool chains, deep research, or difficult competition-level problems, the full DeepSeek R1 0528 or another large reasoning model is the more appropriate choice.
Frequently Asked Questions
How much does DeepSeek R1 0528 Qwen3 8B cost to run?
Pricing depends on which provider you use and whether you are billed per token via a serverless API, per hour on dedicated GPU capacity, or self-hosting the open weights on your own hardware. Because it is a reasoning model, the visible thinking tokens also count toward output billing on token-priced endpoints. See the pricing table on this page for current per-provider figures.
What is this model best used for?
Reasoning-flavored tasks at small scale — math and logic questions, code explanation, small refactors, and extraction tasks that benefit from a short deliberation step — especially where the deployment needs to fit on a single GPU or run locally.
How does it differ from the full DeepSeek R1 0528?
The full R1 0528 is a much larger mixture-of-experts model. This entry is a distillation of its reasoning behavior into an 8B dense Qwen3 base, so it is far cheaper and lighter to serve but noticeably weaker on hard multi-step problems.
Is it a Qwen model or a DeepSeek model?
Both, in a sense: the base architecture and pretraining come from Alibaba's Qwen3 8B, while the reasoning post-training data comes from DeepSeek's R1 0528. It is catalogued here under DeepSeek as the creator of the distilled release.
Can I run it on my own hardware?
Yes — the weights are published, and at 8B parameters it runs on a single GPU under vLLM, SGLang, llama.cpp or Ollama, with quantized builds available for lower-memory setups. If you self-host, GPU rental costs rather than per-token API rates determine your spend.