That's NeuralModel catalog

google

Google: Gemini 4 Argon

google/gemini-4-argon

Our take

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

According to its OpenRouter catalog entry, google/gemini-4-argon is a Google flagship reasoning model aimed at complex software engineering, mathematical and scientific problem solving, and autonomous multi-step agents. It accepts text, image, file, audio, and video inputs and returns text, with a listed context window of roughly one million tokens. Reasoning is mandatory, with selectable effort levels. The catalog reports Design Arena results that vary by category and an Artificial Analysis intelligence index, but no independent model card was available in this source pack.[1]

Strengths

  • Catalog-listed multimodal input support (text, image, file, audio, video) with text output and a context window of about one million tokens.[1]
  • Reasoning effort is configurable across low, medium, and high settings, and the catalog lists tool use, structured outputs, seed, and other tuning parameters.[1]
  • Measured Design Arena entries in the catalog report higher win rates in 3D and game development categories than in spreadsheet tasks.[1]

Limitations

  • All evidence here comes from a single OpenRouter catalog entry; no independent model card was available in this source pack, so capabilities and results should be validated on real workloads.[1]
  • The catalog marks reasoning as mandatory, so it cannot be fully disabled, which may affect latency and cost on simple tasks.[1]
  • Reported arena results were uneven across categories, with a notably low win rate on spreadsheet tasks, and the catalog lists no knowledge cutoff.[1]

Where to use it

  • Worth evaluating for complex software engineering and autonomous multi-step agent workflows, which the catalog description names as its focus, alongside listed tool-use parameters.[1]
  • Potential fit for mathematical and scientific problem solving where adjustable reasoning effort is useful.[1]
  • Candidate for multimodal pipelines that ingest images, files, audio, or video and require text output, given the cataloged modalities.[1]

Sources

  1. [1] OpenRouter catalog · Google: Gemini 4 ArgonSources checked: Nov 13, 2026

About this model

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

Gemini 4 Argon is Google's flagship reasoning model, built for complex software engineering, deep mathematical and scientific problem solving, and autonomous multi-step agents. Google trained it to keep context across...

Specifications

Model ID
google/gemini-4-argon
Canonical ID
google/gemini-4-argon-20261013
Creator
google
Added to OpenRouter
13.10.2026
Context length
1,048,576
Modality
text+image+file+audio+video->text
Input modalities
audio, file, image, text, video
Output modalities
text
Token pricing
USD per 1M tokens: in $2 / out $10
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 qualityAA — next 20% of the cohortreasoning: mandatory · default medium · efforts: high, medium, low · parameters: include_reasoning, reasoning, reasoning_effort
CodingNo measurement—
AgentsNo measurementparameters: structured_outputs, tool_choice, tools
WritingNo measurementoutput: text
ReasoningNo measurementreasoning: mandatory · default medium · efforts: high, medium, low · parameters: include_reasoning, reasoning, reasoning_effort
Document analysisNo measurementinput: file
VisionNo measurementinput: image
Image generationNo measurement—
AudioNo measurementinput: audio
VideoNo measurementinput: video
EmbeddingsNo measurement—

Evaluations

SourceBenchmarkValueGradeData retrieved
Artificial AnalysisIntelligence index50.4AA — next 20% of the cohort13.11.2026
Design Arenaagents · agenticgamedevwin rate 51.1% · rank 11,265EloSS — top 10% of the cohort13.11.2026
Design Arenaagents · blender3dwin rate 65.7% · rank 11,378EloSS — top 10% of the cohort13.11.2026
Design Arenaagents · pdfwin rate 69.2% · rank 41,298EloAA — next 20% of the cohort13.11.2026
Design Arenaagents · spreadsheetwin rate 33.9% · rank 111,203EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · 3dwin rate 49.8% · rank 111,356EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · codecategorieswin rate 53.5% · rank 111,327EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · datavizwin rate 60.5% · rank 101,326EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · gamedevwin rate 53.5% · rank 81,362EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · svgwin rate 62% · rank 11,336EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · uicomponentwin rate 58.4% · rank 111,336EloSS — top 10% of the cohort13.11.2026
Design Arenamodels · websitewin rate 55.5% · rank 71,317EloSS — top 10% of the cohort13.11.2026
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)
Google AI Studio1,048,576$1$5——100%
Google1,048,576$2$10——100%
Google AI Studio1,048,576$2$10——0%
Google1,048,576$2.2$11——100%
Google1,048,576$3.6$18——100%
Google AI Studio1,048,576$3.6$18——100%

Provider data retrieved: 13.11.2026