Llama 4 Scout pricing: stated 10M context at ~$0.11/1M

Meta lists a 10 million-token maximum context for Llama 4 Scout. Open weights are available for self-hosting, which has no per-token API fee but still requires licensed use, hardware, energy, security, and operations. Sampled third-party APIs quote input around $0.11/1M tokens and may expose smaller context limits.

By benchr Editorial Team · · Provider figures checked against cited sources; memory lower bounds are parameter-count arithmetic · View changelog

License Costopen weights
Input / 1Mvia Together.ai
Contextmax window
Context ratiovs Gemini 3.1 Pro

Pricing options

llama-4-scout — pricing options
OptionCost
Self-hosted (Meta weights)Infrastructure only
Together.ai input~$0.11/1M
Together.ai output~$0.34/1M
Context window10,000,000 tokens

What fits inside a 10M context window

Ten million tokens is approximately 7,500 pages of text. To put this in engineering terms: a 1M-line codebase with documentation may fit, as may a decade of customer-support transcripts or a large book collection. For comparison, Gemini 3.1 Pro lists a 1M-token maximum, so Scout's stated maximum is 10× larger. Actual usable capacity depends on provider limits, tokenization, and deployment memory.

Practically, a software company could target a single context containing an 800K-line production codebase plus tests and documentation, subject to tokenization and the serving stack's maximum. Compared with a 1M-token ceiling, the stated 10M maximum reduces the need for chunking on some very large workloads.

Scout vs Maverick: the context-quality tradeoff

Llama 4 Maverick scores higher on the cited reasoning and SWE-bench figures, while Scout emphasizes context length and throughput. If a task fits within 1M tokens, compare Maverick's task quality with Scout's lower quoted API rate. For requests above 1M, Scout is one long-context candidate, but verify competing offerings and the exact maximum exposed by each provider.

Hardware for self-hosting

Scout has 109B total parameters. Weight storage alone is roughly 218GB at BF16 and 54.5GB at ideal 4-bit packing, before quantization metadata, runtime buffers, and KV cache. A suitable Int4 checkpoint may fit its weights on an 80GB accelerator, but that does not mean the advertised 10M-token context fits there: context memory, concurrency, cache precision, and the serving implementation are separate constraints. Benchmark the exact checkpoint and target length; many deployments expose a smaller context cap.

Cost scenarios

At 5M input + 1M output per month (long-document processing): approximately $0.55 + $0.34 = ~$0.89/month via Together.ai. Gemini 3.1 Pro at the same volume, assuming each request stays at or below its 200K base-price threshold, is $10 + $12 = $22/month — about 25× higher. Price alone does not establish task quality. If an individual request exceeds Gemini 3.1 Pro's 1M maximum, compare Scout with other long-context offerings and verify the supported limit before committing.

Use-case fit

Best for: Full-repository code analysis; multi-year document archive processing; long-running agent sessions that must maintain complete context without summarization; workflows that require a verified provider limit above 1M tokens; cost-sensitive long-context retrieval where chunking introduces coherence loss.

Skip if: Your tasks fit in 1M context and reasoning quality is more important than context ceiling — Llama 4 Maverick or Gemini 3.1 Pro are stronger reasoning models. Also skip for multimodal (image) tasks — Scout is text-only.

Decision checklist

Identify your actual p95 context length requirement. If it's under 500K tokens, compare Llama 4 Maverick's 1M context and benchmark profile with Scout's price and throughput. Consider Scout when tasks regularly exceed 1M tokens and its task-specific quality is acceptable.

Verify provider support before building around the full 10M window. Self-hosting does not guarantee that ceiling either: calculate weight memory, KV cache, runtime overhead, and concurrency for the exact serving stack, then reproduce the target length under load.

Frequently asked

What can you do with a 10 million token context?

At the stated maximum, roughly 7,500 pages of text, a large software repository, or a multi-year document archive may fit in one call. Candidate use cases include full-codebase analysis with less chunking, multi-document synthesis, and long-running agent sessions. Actual capacity depends on tokenization and the provider's supported limit.

Is Llama 4 Scout as capable as Llama 4 Maverick?

Scout emphasizes context length and throughput, while Maverick scores higher on the cited reasoning and SWE-bench figures. Use Maverick when its 1M context is sufficient and its task quality tests better; consider Scout for longer requests after verifying provider support and evaluating quality on your workload.

How does Llama 4 Scout's 10M context compare to Gemini 3.1 Pro's 1M?

Llama 4 Scout's stated maximum is 10× larger: 10M tokens versus Gemini 3.1 Pro's 1M. The quoted third-party Scout input rate of about $0.11/1M is roughly 18× below Gemini's $2/1M base tier, although Gemini charges a higher tier above 200K tokens and hosted Scout limits vary. Compare task quality and provider-supported context, not the headline maximum alone.

Changelog

  • — Corrected full-precision and quantized memory claims and separated one-GPU weight fit from the KV-cache requirements of a full 10M-token request.
  • — Expanded with 10M context analysis, Scout vs Maverick comparison, hardware requirements, and cost scenarios.
  • — Published.

Sources