DeepSeek•Rank #21

DeepSeek-V4-Pro-0813

Open Weights • Open Sourcegeneralreasoningcodingagentopen-sourcefastbudget
Leaderboard Score
54.4
Scale: 0 - 100
Throughput Speed
176 tps
Context Window
1M
API Pricing / 1M
Free/Open Source
Parameter Scale
1.6T (49B active)
Verified AI Radar & Benchmarks•7 Evaluated Metrics

Capability Radar & Benchmark Scores

Multi-Axis Capability Radar

Comparing DeepSeek-V4-Pro-0813 against Frontier Top 10 & Open-Source average

0 - 100 Scale
DeepSeek-V4-Pro-0813
Frontier Top 10 Avg
Open-Source Avg
Performance Vectors

Where DeepSeek-V4-Pro-0813 Leads

Coding & SWETop 10: 79.1% • OS: 47.6%
81.0%+1.9% vs Top 10
Reasoning & MathTop 10: 74.6% • OS: 46.6%
62.5%-12.1% vs Top 10
Agent & Tool AutomationTop 10: 71.2% • OS: 31.9%
55.0%-16.2% vs Top 10
Terminal & CLI ExecutionTop 10: 80.4% • OS: 47.6%
80.3%-0.1% vs Top 10
MMLU & Knowledge QATop 10: 50% • OS: 86.7%
68.0%+18.0% vs Top 10
Cyber & Security ExploitsTop 10: 87.8% • OS: 80.6%
51.7%-36.1% vs Top 10

All Verified Benchmark Evaluations

Direct Pass@1 and resolution rates across standardized evaluations.

OverallCodingReasoningAgenticTerminal
Featured Compute Platform

Run Benchmarks on Dedicated AI Clusters

Zero-cold-start inference endpoints with dedicated GPU instances.

Compare With Alternatives →

Executive Analysis & Verdict

DeepSeek-V4-Pro-0813 by DeepSeek is a 1.6T MoE (49B active) model pre-trained on 33T tokens ranking globally with a 54.4 overall score and 176c/s throughput.

Key Strengths & Highlights

  • •High overall benchmark score of 54.4 with 58.8 on DeepSWE and 80.3 on Terminal Bench 2.1
  • •1.6T total MoE architecture with 49B active parameters pre-trained on 33T tokens
  • •Blazing generation throughput of 176c/s with full 1M context

Limitations & Considerations

  • •Requires high VRAM infrastructure for local 1.6T MoE serving
Recommended Workflows
High-throughput enterprise APIs, open-weights coding agent infrastructure, and cost-effective batch jobs

Frontier Scores, Open Weights, Quarter of the Price

DeepSeek-V4-Pro-0813 is the model that makes the rest of the leaderboard defend its pricing. The numbers first: 81.0 SWE-bench Verified, 80.3 Terminal-Bench, 176 tokens per second, a 1M token context window, and weights you can download. GPT-5.6 Sol leads it by 0.2 points of SWE-bench and charges 4.5 times as much per token. Whatever your position on open-source models, the score-per-dollar line on our leaderboard starts here.

What Open Weights Actually Buy You

The download is not just a license file - it changes your economics and your risk model:

  • No per-token bill at scale. Self-hosted inference on your own GPUs has a fixed cost curve; past break-even volume, every token is free. If you serve more than a few hundred million tokens per month, run the math against the API prices in the table above.
  • Data never leaves your infrastructure. For healthcare, legal, finance, and defense workloads, the ability to keep prompts and completions inside your own network is not a discount - it is a requirement no proprietary API can satisfy.
  • Fine-tuning rights. You can specialize the model on your codebase or domain data. Every proprietary API is a black box you rent; this one is an asset you modify.

Benchmark Deep Dive, In Plain English

  • SWE-bench 81.0 - Within one point of GPT-5.6 Sol (81.2) and ahead of every other open-weights model. For issue-resolution work, the capability gap between the free-weights option and the premium proprietary option has effectively closed.
  • Terminal-Bench 80.3 - Live terminal work is where V4-Pro trails its closest rivals (Kimi K3 scores 85.7). If your agent lives in a shell all day, weigh that gap seriously.
  • 176 tokens per second - The fastest model in our top tier. Speed compounds in agentic workloads: a 20-step agent loop finishes visibly faster, which means lower latency for users and lower compute cost per task.

Pricing Reality Check

The API pricing is $1.74 per million input and $3.48 per million output. The 10,000-request workload we use as a benchmark (12K in, 3K out each) costs about $313 - versus $1,170 on GPT-5.6 Sol and $2,170 on Claude Fable 5. And that is the expensive option, since the weights are available for self-hosting where marginal cost approaches zero.

Real Limitations

Math is the visible gap: MATH-500 at 52.8 trails Sol’s 64.5 and Kimi K3’s 59.8, which matters for quantitative pipelines. Web research (BrowseComp 41.8) is mid-pack. And self-hosting is a real operational commitment - you are trading API simplicity for GPU fleet management, quantization decisions, and version pinning. Teams without infrastructure staff should start with the API and graduate to hosted weights when volume justifies it. For a historical view of how the open-weights economics got here, see our Qwen 2.5 vs Llama 3.1 comparison.

Where to Go Next

Frequently Asked Questions About DeepSeek-V4-Pro-0813

What is DeepSeek-V4-Pro-0813 and who developed it?↓
DeepSeek-V4-Pro-0813 is a open source large language model developed by DeepSeek. It ranks #21 on the RankLLMs composite leaderboard, ahead of 76% of the 85 models we track, with an overall score of 54.4 / 100.
Can DeepSeek-V4-Pro-0813 handle very long documents and codebases?↓
DeepSeek-V4-Pro-0813 supports a 1.0M-token input context window and generates about 176 tps tokens per second in our reference measurements and which is enough to hold entire repositories, long transcripts, or multi-document research sets in a single session..
Can I self-host DeepSeek-V4-Pro-0813?↓
Yes. DeepSeek-V4-Pro-0813 is released with Open Source licensing, so it can be self-hosted on private infrastructure with no per-token API cost. Check the specifications above for the memory footprint and quantization headroom to plan your hardware.
What is DeepSeek-V4-Pro-0813 best at?↓
DeepSeek-V4-Pro-0813 is strongest in High overall benchmark score of 54.4 with 58.8 on DeepSWE and 80.3 on Terminal Bench 2.1; 1.6T total MoE architecture with 49B active parameters pre-trained on 33T tokens; Blazing generation throughput of 176c/s with full 1M context. Full pillar-by-pillar numbers are in the benchmark tables above.
What should you watch out for with DeepSeek-V4-Pro-0813?↓
Known trade-offs include: Requires high VRAM infrastructure for local 1.6T MoE serving. Weigh these against the strengths above for your specific workload.