NVIDIA: Nemotron 3.5 Super VL
nvidia/nemotron-3.5-super-vlText conversations with an NVIDIA model for reasoning, code work and analysis of substantial material.
Reasoning, code and long-text work
Nemotron 3.5 Super VL is an NVIDIA model for tasks requiring several connected reasoning steps, understanding program code or processing substantial material. This Ailoot API listing provides text conversations: you supply instructions, source data and message history, and the model returns a text response.
Use it to analyze technical documentation, compare requirements, prepare code explanations and examine text reports. State the goal, include the necessary material and define the result’s form—for example, a list of conclusions with supporting reasoning, a program-change plan or a comparison of several solutions.
Architecture and specialization
The underlying Super VL is an NVIDIA vision-language model with a C-RADIO vision encoder, also designed to understand documents and video. This Ailoot API listing provides its text capabilities; source material is supplied as text content.
The model’s backbone combines Mamba-2, Transformer and Mixture of Experts architectures. Approximately 12 billion of its roughly 120 billion parameters are active at a processing step. This describes the model’s architecture and should be considered separately from the actual speed of a particular request.
Training used software repositories, task-and-code-change pairs, build logs, multistep problem-solving trajectories and long-context material. Further training combined code, reasoning, instructions and conversation. This specialization is useful when defining a compound task in which source information must first be connected and then organized into a result.
How to prepare a task
For document analysis, first state the question and information-selection criteria, then include the text with section headings. To compare sources, give them short labels and ask for conclusions to be tied to those labels. For a coding task, add the relevant program fragment, observed behavior and expected result so the response can be checked against a specific case.
A large context window helps place related material in one request. Context size does not replace a clear task definition: separate instructions from source data and specify the decision or document you want to obtain.
Context and connection methods
For this variant, Ailoot API specifies a context window of 262,144 tokens. Conversation history, instructions, source material and the response share this space; leave room for the result when preparing a long request.
The model is available through Chat Completions, Responses, Messages and a text interface in Gemini format. This variant’s available workflow is text input and text output; documents are supplied as text content.
Available through Ailoot API
POST /v1/messages- Input types
text- Output types
text- Context
- Not specified in the catalogue
- Max. output
- Not specified in the catalogue
- Input
- $0.0003 / 1K
- Output
- $0.001 / 1K
- Cache read
- $0.00004 / 1K
POST /v1/responses- Input types
text- Output types
text- Context
- Not specified in the catalogue
- Max. output
- Not specified in the catalogue
- Input
- $0.0003 / 1K
- Output
- $0.001 / 1K
- Cache read
- $0.00004 / 1K
POST /v1/chat/completions- Input types
text- Output types
text- Context
- Not specified in the catalogue
- Max. output
- Not specified in the catalogue
- Input
- $0.0003 / 1K
- Output
- $0.001 / 1K
- Cache read
- $0.00004 / 1K
POST /v1beta/models/nvidia/nemotron-3.5-super-vl:generateContent- Input types
text- Output types
text- Context
- Not specified in the catalogue
- Max. output
- Not specified in the catalogue
- Input
- $0.0003 / 1K
- Output
- $0.001 / 1K
- Cache read
- $0.00004 / 1K
nvidia/nemotron-3.5-super-vl · JSON
{"about":"### Reasoning, code and long-text work\n\nNemotron 3.5 Super VL is an NVIDIA model for tasks requiring several connected reasoning steps, understanding program code or processing substantial material. This Ailoot API listing provides text conversations: you supply instructions, source data and message history, and the model returns a text response.\n\nUse it to analyze technical documentation, compare requirements, prepare code explanations and examine text reports. State the goal, include the necessary material and define the result’s form—for example, a list of conclusions with supporting reasoning, a program-change plan or a comparison of several solutions.\n\n### Architecture and specialization\n\nThe underlying Super VL is an NVIDIA vision-language model with a C-RADIO vision encoder, also designed to understand documents and video. This Ailoot API listing provides its text capabilities; source material is supplied as text content.\n\nThe model’s backbone combines Mamba-2, Transformer and Mixture of Experts architectures. Approximately 12 billion of its roughly 120 billion parameters are active at a processing step. This describes the model’s architecture and should be considered separately from the actual speed of a particular request.\n\nTraining used software repositories, task-and-code-change pairs, build logs, multistep problem-solving trajectories and long-context material. Further training combined code, reasoning, instructions and conversation. This specialization is useful when defining a compound task in which source information must first be connected and then organized into a result.\n\n### How to prepare a task\n\nFor document analysis, first state the question and information-selection criteria, then include the text with section headings. To compare sources, give them short labels and ask for conclusions to be tied to those labels. For a coding task, add the relevant program fragment, observed behavior and expected result so the response can be checked against a specific case.\n\nA large context window helps place related material in one request. Context size does not replace a clear task definition: separate instructions from source data and specify the decision or document you want to obtain.\n\n### Context and connection methods\n\nFor this variant, Ailoot API specifies a context window of 262,144 tokens. Conversation history, instructions, source material and the response share this space; leave room for the result when preparing a long request.\n\nThe model is available through Chat Completions, Responses, Messages and a text interface in Gemini format. 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