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DBRXvsDeepSeek R1

Databricks vs DeepSeek — Side-by-side model comparison

DeepSeek R1 leads 5/5 categories

Head-to-Head Comparison

MetricDBRXDeepSeek R1
Provider
Arena Rank
#20
#3
Context Window
32K
128K
Input Pricing
Free (open)/1M tokens
$0.55/1M tokens
Output Pricing
Free (open)/1M tokens
$2.19/1M tokens
Parameters
132B (36B active)
671B (37B active)
Open Source
Yes
Yes
Best For
Enterprise AI, data analysis, coding
Complex reasoning, math, science, coding
Release Date
Mar 27, 2024
Jan 20, 2025

DBRX

DBRX, developed by Databricks, is an open-source Mixture-of-Experts model with 132 billion total parameters (36 billion active per token) and a 32K token context window. The model uses a fine-grained MoE architecture with 16 experts, activating 4 per token for efficient inference on enterprise data workloads. DBRX excels at SQL generation, data analysis, code debugging, and analytical reasoning tasks. Designed to integrate with Databricks' lakehouse platform, it demonstrates particular strength in structured data understanding and data science workflows. Free and fully open-source, it can be deployed on enterprise GPU infrastructure for data-sensitive environments. DBRX ranks #20 on the Chatbot Arena leaderboard, reflecting competitive performance for its specialized design. The model represents Databricks' strategy of building AI models optimized for the data engineering and analytics use cases central to its enterprise customer base.

View Databricks profile →

DeepSeek R1

DeepSeek R1, developed by DeepSeek, is an open-source reasoning model with 671 billion total parameters (37 billion active) and a 128K token context window. The model uses reinforcement learning to develop chain-of-thought reasoning, solving complex math, coding, and logic problems through step-by-step deliberation. DeepSeek R1 achieved frontier-level performance at a fraction of the training cost of comparable Western models, sparking industry-wide discussion about AI compute efficiency. Its Mixture-of-Experts architecture keeps inference costs manageable despite the massive parameter count. Priced at $0.55 per million input tokens through the DeepSeek API, or free to self-host, it demonstrates that open-source models can compete with proprietary systems on reasoning tasks. DeepSeek R1 ranks #3 on the Chatbot Arena leaderboard, confirming its position among the world's most capable reasoning models.

View DeepSeek profile →

Key Differences: DBRX vs DeepSeek R1

1

DeepSeek R1 ranks higher in arena benchmarks (#3) indicating stronger overall performance.

2

DeepSeek R1 supports a larger context window (128K), allowing it to process longer documents in a single request.

3

DBRX has 132B (36B active) parameters vs DeepSeek R1's 671B (37B active), which affects inference speed and capability.

D

When to use DBRX

  • +Your use case involves enterprise ai, data analysis, coding
View full DBRX specs →
D

When to use DeepSeek R1

  • +You need the highest quality output based on arena rankings
  • +You need to process long documents (128K context)
  • +Your use case involves complex reasoning, math, science, coding
View full DeepSeek R1 specs →

The Verdict

DeepSeek R1 wins our head-to-head comparison with 5 out of 5 category wins. It's the stronger choice for complex reasoning, math, science, coding, though DBRX holds an edge in enterprise ai, data analysis, coding.

Last compared: April 2026 · Data sourced from public benchmarks and official pricing pages

Frequently Asked Questions

Which is better, DBRX or DeepSeek R1?
In our head-to-head comparison, DeepSeek R1 leads in 5 out of 5 categories (arena rank, context window, input pricing, output pricing, and parameters). DeepSeek R1 excels at complex reasoning, math, science, coding, while DBRX is better suited for enterprise ai, data analysis, coding. The best choice depends on your specific requirements, budget, and use case.
How does DBRX pricing compare to DeepSeek R1?
DBRX charges Free (open) per 1M input tokens and Free (open) per 1M output tokens. DeepSeek R1 charges $0.55 per 1M input tokens and $2.19 per 1M output tokens. For high-volume production workloads, the pricing difference can significantly impact total cost of ownership.
What is the context window difference between DBRX and DeepSeek R1?
DBRX supports a 32K token context window, while DeepSeek R1 supports 128K tokens. DeepSeek R1 can process longer documents, codebases, and conversations in a single request. Context window size matters most for tasks involving long documents, large codebases, or extended conversations.
Can I use DBRX or DeepSeek R1 for free?
DBRX is a paid API model starting at Free (open) per 1M input tokens. DeepSeek R1 is a paid API model starting at $0.55 per 1M input tokens. Open-source models can be self-hosted for free but require your own GPU infrastructure.
Which model has better benchmarks, DBRX or DeepSeek R1?
DBRX holds arena rank #20, while DeepSeek R1 holds rank #3. DeepSeek R1 performs better in overall arena benchmarks, which aggregate human preference ratings across coding, reasoning, and general tasks. Note that benchmarks don't capture every use case — we recommend testing both models on your specific tasks.
Is DBRX or DeepSeek R1 better for coding?
DBRX is specifically optimized for coding tasks. DeepSeek R1 is specifically optimized for coding tasks. For coding specifically, arena rank and code-specific benchmarks are the best indicators of performance.