Skip to main content
DeepSeek-V3 logo

AI Models

DeepSeek-V3

Frontier 671B Mixture of Experts open foundation model with Multi-head Latent Attention

Open sourceRuns in the cloudEditors pick

Pricing

Open Source

Free weights / $0.14 per 1M tokens API

Platforms

Web

Hosted app

Category

AI Models

22 tools

Reviews

0

No verified reviews yet

Last updated

Oct 23

Listing updated

Best for

Autonomous software development and code synthesis

Generate end-to-end repository code, debug complex distributed traces, and refactor polyglot applications.

Pricing checked Oct 2026

User feedback

No aggregate rating verified

Explore discussions, issues, and documentation to see how this project fits your workflow.

Prother ratings come from verified reviews only.

Read Prother reviews (0) - write your own

Reviews (0)

HONEST AND VERIFIED ONLY

Review DeepSeek-V3

Share real experiences on ease of use, feature power, and overall value.

EASE OF USE
FEATURE POWER
OVERALL VALUE
MIN 20 CHARACTERS0/2000

About DeepSeek-V3

DeepSeek-V3 represents a landmark achievement in open-weight foundation models. Engineered with a 671 billion total parameter Mixture of Experts (MoE) architecture that routes tokens through 37 billion active parameters, DeepSeek-V3 matches or exceeds proprietary closed frontier models across major reasoning, mathematical, and coding benchmarks.

The model introduces two pioneering architectural breakthroughs: Multi-head Latent Attention (MLA) for drastically reduced KV-cache memory footprints during inference, and DeepSeekMoE with auxiliary-loss-free load balancing. With support for a native 128k context window and transparent FP8 mixed-precision training recipes, DeepSeek-V3 provides enterprise teams and independent researchers with frontier-class capability without proprietary closed API lock-in.

  • Frontier-class performance matching closed commercial models at dramatically lower inference costs
  • Multi-head Latent Attention (MLA) slashes KV-cache memory consumption by up to 93 percent
  • Permissive open model weights supporting self-hosting and specialized fine-tuning
  • Full unquantized self-hosting requires significant multi-GPU cluster hardware
  • API service can experience traffic congestion during peak global demand periods

Alternative to DeepSeek-V3

Compare in matrix →

These tools share use cases. Features, costs, and deployment needs differ.

Journal & Architectural Guides

Practical Guides & In-Depth Evaluations

All Journal Guides

More in AI Models

See category

Frontier foundation models, large language models, open-weight reasoning architectures, and multimodal intelligence systems. Every listing evaluates benchmark performance, native context window limits, parameter scale, licensing terms, and deployment efficiency across local hardware and managed APIs.

Back to Discover