That's NeuralModel catalog

nvidia

NVIDIA: Nemotron 3.5 Embed 8B (free)

nvidia/nemotron-3.5-embed-8b:free

Our take

AI-assisted analysis based on the sources below. Suitability is an editorial assessment; test it on your own workload.

According to OpenRouter’s catalog, nvidia/nemotron-3.5-embed-8b:free is an NVIDIA embedding variant that accepts text and image inputs and returns embeddings. The catalog describes it for multilingual retrieval involving text queries and document page images such as tables, charts, and infographics, with a 32,768-token context window. It is listed as a free variant. These are catalog-reported capabilities, not verified performance; no independent model card or measured benchmark evidence was included in this source pack.[1]

Strengths

  • OpenRouter lists a combined text-and-image input path that outputs embeddings.[1]
  • The catalog describes multilingual retrieval across text and document page images, including tables, charts, and infographics.[1]
  • A 32,768-token context window is reported, and the variant is labeled free.[1]

Limitations

  • Evidence comes only from OpenRouter’s catalog; an independent model card was not available in this source pack.[1]
  • No measured benchmark results are supplied, so retrieval quality, speed, and reliability require workload-specific validation.[1]
  • License, hardware, safety, and API parameter support details are not established by the evidence.[1]

Where to use it

  • Evaluate it for semantic indexing and retrieval systems that need shared embeddings for text and document page images.[1]
  • Consider it for multilingual document-search prototypes where pages contain tables, charts, or infographics.[1]
  • Test it where a long context window may matter, while confirming the catalog-reported 32,768-token limit in the target workload.[1]

Sources

  1. [1] OpenRouter catalog · NVIDIA: Nemotron 3.5 Embed 8B (free)Sources checked: Nov 13, 2026

About this model

Description below is the original text supplied by OpenRouter, shown in the source language.

Nemotron 3.5 Embed 8B is a multimodal embedding model from NVIDIA for multilingual retrieval over text and document page images (tables, charts, infographics). Queries are text and documents can be...

Specifications

Model ID
nvidia/nemotron-3.5-embed-8b:free
Canonical ID
nvidia/nemotron-3.5-embed-8b-20261021
Creator
nvidia
Added to OpenRouter
21.10.2026
Context length
32,768
Modality
text+image->embeddings
Input modalities
text, image
Output modalities
embeddings
Token pricing
USD per 1M tokens: in $0 / out $0
Knowledge cutoff
—
Expiration date
—

Tasks and capabilities

A grade appears only where the source supplies a matching measurement for that task, the model is active and the cohort holds at least 10 comparable models. The capability column lists facts the source declares — supported formats, reasoning and tool parameters — which are not measured quality.

TaskGradeSource-declared capability
General qualityNo measurement—
CodingNo measurement—
AgentsNo measurement—
WritingNo measurement—
ReasoningNo measurement—
Document analysisNo measurement—
VisionNo measurementinput: image
Image generationNo measurement—
AudioNo measurement—
VideoNo measurement—
EmbeddingsNo measurementoutput: embeddings

Evaluations

No evaluations are supplied for this model.

How grades work

Each letter grade compares a model only against other models scored by the same source and metric in the current snapshot. S means the top 10%, A the next 20%, B the next 30%, C the rest. Models without a published measurement are shown as not rated — a supported format alone never implies measured quality.

  • S — S — top 10% of the cohort
  • A — A — next 20% of the cohort
  • B — B — next 30% of the cohort
  • C — C — below the B band

Providers

Optional live provider statistics from OpenRouter. Missing values are unknown, not zero.

ProviderContext lengthPrice in /1MPrice out /1MLatency p50 (30m, s)Throughput p50 (30m, tok/s)Uptime (30m)
Nvidiabf1632,768$0$0——100%

Provider data retrieved: 13.11.2026

No published articles identify this model yet.