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Claude Opus 5 (Fast) vs MiniMax M3 (batch)

Detailed technical comparison between Claude Opus 5 (Fast) (Anthropic) and MiniMax M3 (batch) (MiniMax). Review live API token pricing, context window capabilities, time-to-first-token latency, and verified benchmark scores side-by-side.

โšก Executive Summary & Verdict

Comparison Snapshot

Claude Opus 5 (Fast): 0 WinsvsMiniMax M3 (batch): 6 Wins
Context Leader

Claude Opus 5 (Fast)

1,000,000 tokens
Agentic Tool-Calling

Tie

Equal Capability
Lowest Latency (TTFT)

Tie

Equal Speed
Input Price Leader

MiniMax M3 (batch)

$0.15 / MTok
Anthropicactive

Claude Opus 5 (Fast)

Claude Opus 5 (Fast) is an advanced artificial intelligence model engineered by Anthropic. Tailored for complex multi-step reasoning, programming synthesis, and extended document comprehension, Claude Opus 5 (Fast) represents a key architectural iteration in the Anthropic model family. First released in 2026-07-24, it serves enterprise developers, research teams, and autonomous system architects requiring strict instruction compliance. Featuring an input capacity of 1,000,000 tokens (approximately 1,333 words), Claude Opus 5 (Fast) processes multi-file code repositories, lengthy technical reports, and complex prompts in a single inference call.

View Claude Opus 5 (Fast) Full Specs โ†’
MiniMaxactive

MiniMax M3 (batch)

MiniMax M3 (batch) is an advanced artificial intelligence model engineered by MiniMax. Tailored for complex multi-step reasoning, programming synthesis, and extended document comprehension, MiniMax M3 (batch) represents a key architectural iteration in the MiniMax model family. First released in 2026-05-31, it serves enterprise developers, research teams, and autonomous system architects requiring strict instruction compliance. Featuring an input capacity of 524,288 tokens (approximately 699 words), MiniMax M3 (batch) processes multi-file code repositories, lengthy technical reports, and complex prompts in a single inference call.

View MiniMax M3 (batch) Full Specs โ†’

Technical Specifications

๐Ÿ† = Superior Spec
SpecificationClaude Opus 5 (Fast)MiniMax M3 (batch)
ProviderAnthropicMiniMax
Context Window1,000,000 tokens๐Ÿ†524,288 tokens
Agent SuitabilityNot yet benchmarkedNot yet benchmarked
Time to First Token (TTFT)No public TTFT dataNo public TTFT data
Deployment Modelmanaged apimanaged api
Production StabilityBeta Access (est.)Stable GA (est.)
API AvailableYesYes
Released Date2026-07-242026-05-31

API Pricing Comparison

Input Price per Million Tokens

Claude Opus 5 (Fast)

$10.00

MiniMax M3 (batch)

$0.15

Output Price per Million Tokens

Claude Opus 5 (Fast)

$50.00

MiniMax M3 (batch)

$0.60

๐Ÿ’ก Cost Ratio: MiniMax M3 (batch) is 66.7x cheaper per input token than Claude Opus 5 (Fast).

Want to test both models live?

Run side-by-side prompt benchmarks in our dynamic multi-model Sandbox. Compare execution speeds, latency metrics, and compute actual costs in real-time.

Benchmark Performance Metrics

Standardized Scores (0โ€“100%)

Scores show verified raw accuracy percentages across standardized AI evaluation suites. Higher bars indicate superior performance in that domain.

MMLUGeneral knowledge & multi-task understanding
81.0%vs86.8%+5.8% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†
HumanEvalPython coding & logic synthesis
79.2%vs86.0%+6.8% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†
MATHComplex mathematical problem solving
56.4%vs67.2%+10.8% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†
GPQAGraduate-level expert reasoning
38.4%vs48.6%+10.2% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†
HellaSwagCommonsense reasoning and inference
80.6%vs87.8%+7.2% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†
MT-BenchMulti-turn conversation flow quality
8.7%vs9.0%+0.4% MiniMax M3 (batch)
Claude Opus 5 (Fast)
MiniMax M3 (batch) ๐Ÿ†

Claude Opus 5 (Fast) Quirks & Gotchas

No developer gotchas reported.

MiniMax M3 (batch) Quirks & Gotchas

No developer gotchas reported.

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