SiliconFlow (China)
Updated March 2026: Comprehensive guide to DeepSeek V3.2, V4 (expected April 2026), R1/R2 reasoning models, and how to use DeepSeek in Antigravity via the OpenAI compatibility layer.
Model details
DeepSeek-V3 emerges as a specialized architecture purpose-built for intricate reasoning tasks and sequential logic. Rather than serving as a general-purpose text generator, the model prioritizes high-level chain-of-thought processing, enabling it to break down complex problems into manageable analytical steps. This design philosophy positions it as a robust foundation for developers constructing advanced agents that require both accuracy and structured data outputs. The architecture emphasizes precise logic and sequential processing, making it particularly well-suited for demanding computational environments where consistent analytical performance is non-negotiable. Native tool calling capabilities allow seamless interaction with external data sources and software systems, extending its utility beyond passive text generation into active problem-solving workflows.
The model represents a key entry in the DeepSeek lineage, carrying forward the family's emphasis on efficiency and strong performance. DeepSeek has since released V3.2, which demonstrates continued architectural improvements and benchmark gains on rigorous academic tests including AIME, IMO, and IOI reasoning challenges. This progression highlights the model's role as a reliable baseline for integrating deep analytical capabilities into production systems. The forward-looking design supports developers seeking to bridge standard text generation with advanced, agent-driven automation, making it a practical choice for applications requiring consistent logical reasoning under load.
Transparent token rates
Rates are shown per one million tokens. Combined means one million input plus one million output tokens.
SiliconFlow (China)
Updated March 2026: Comprehensive guide to DeepSeek V3.2, V4 (expected April 2026), R1/R2 reasoning models, and how to use DeepSeek in Antigravity via the OpenAI compatibility layer.