thinkingmachines Inkling Small (batch)

Inkling Small (batch) by thinkingmachines excels in the Coding category, where it ranks #119 with a composite score of 73/100. Inkling Small is an open-weight multimodal mixture-of-experts model from Thinking Machines Lab, with 12B active parameters out of 276B total. It is positioned as the smaller, more efficient member of... It is particularly strong in areas highlighted by its top benchmark performance and adoption metrics, making it suitable for both individual developers and enterprise teams looking for a reliable coding solution.

Inkling Small (batch) is priced at $0.50 per million input tokens and $1.20 per million output tokens (USD). Contact the provider for volume discounts and enterprise pricing. Pricing is competitive within the coding category and reflects the model's quality-to-cost ratio.

In the Coding category, Inkling Small (batch) holds rank #119 out of 375 models tracked. Its quality rank is #119 and adoption rank is #119. You can use our comparison tool at /compare to see detailed side-by-side metrics with specific alternatives. Key differentiators include its composite scoring across benchmarks, community sentiment, and real-world adoption rates.

Inkling Small (batch) has been evaluated across 6 different signals. Its strongest areas include Capabilities (67/100), Benchmarks (72/100), Pricing (99/100). These scores are derived from industry-standard benchmarks, community ratings, and real-world performance metrics. The composite score of 73/100 reflects a weighted combination of all tracked signals.

Inkling Small (batch) is a paid model, though some providers may offer trial credits or limited free tiers for evaluation. Check thinkingmachines's website for current free tier availability and promotional offers.

Inkling Small (batch) supports a 524K token context window (524,288 tokens total). That translates to roughly 393,216 words in a single prompt. This is large enough to process entire codebases, research papers, or long conversation histories in one shot.

Inkling Small (batch) can generate up to 472K output tokens (471,859 tokens) per response. That is roughly 353,894 words. This is enough for generating complete code files, detailed reports, or long-form content in a single response.

Inkling Small (batch) supports image understanding (vision), function/tool calling, extended reasoning/chain-of-thought, streaming responses. Function calling lets you integrate it with external APIs and tools programmatically. Vision support means it can analyze images, screenshots, and diagrams alongside text. These capabilities determine which workflows and integrations the model can handle natively.

Yes, Inkling Small (batch) is an open-source model. You can download the weights, run it locally, fine-tune it for your use case, or deploy it on your own infrastructure. Many cloud providers also offer hosted versions if you prefer not to manage the infrastructure yourself. Self-hosting gives you full control over data privacy and eliminates per-token API costs.

Inkling Small (batch) was developed by thinkingmachines. It was released on July 30, 2026. You can access it through thinkingmachines's API or download the model weights directly. Check our provider page for all models from thinkingmachines and how they compare against each other.

Pick Inkling Small (batch) when you need a solid balance of cost and capability for everyday development tasks, content generation, and standard API integrations. If your task is straightforward text completion or classification, a cheaper model might give you 90% of the quality at a fraction of the price. Run a quick benchmark on your actual use case before committing.

You can access Inkling Small (batch) through thinkingmachines's API using standard HTTP requests or their official SDK. Most providers support OpenAI-compatible endpoints, so switching between models often requires changing just the model name in your API call. Streaming is supported for real-time token-by-token output. For production use, implement proper error handling, rate limiting, and cost monitoring.