Model Comparison

Llama 4 Scout
vs. R1 1776

Comparing 2 AI models · 6 benchmarks · Meta, Perplexity

Chat with Llama & R1

Most Affordable

Perplexity logo R1 1776

$0.00/1M

Highest Intelligence

Meta logo Llama 4 Scout

58.7% GPQA

Best for Coding

Meta logo Llama 4 Scout

6.7 Coding Index

Price Difference

Infinityx

input cost range

Composite Indices

Intelligence, Coding, Math

Standard Benchmarks

Academic and industry benchmarks

Benchmark Winners

6 tests
Meta logo

Llama 4 Scout

5
  • GPQA
  • MMLU Pro
  • HLE
  • LiveCodeBench
  • AIME 2025
Perplexity logo

R1 1776

1
  • MATH 500
Metric
Meta logo Llama 4 Scout
Meta
Perplexity logo R1 1776
Perplexity
Pricing per 1M tokens
Input Cost $0.17/1M$0.00/1M
Output Cost $0.66/1M$0.00/1M
Blended (3:1) $0.29/1M
Specifications
Organization MetaPerplexity
Release Date Apr 5, 2025Feb 18, 2025
Performance & Speed
Throughput 133.4 tok/s
TTFT 462ms
Latency 462ms
Composite Indices
Intelligence 13.512.0
Coding 6.7
Math 14.0
Standard Benchmarks
GPQA 58.7%
MMLU Pro 75.2%
HLE 4.3%
LiveCodeBench 29.9%
MATH 500 84.4%95.4%
AIME 2025 14.0%
AIME (Original) 28.3%
SciCode 17.0%
LCR 25.8%
IFBench 39.5%
TAU-bench v2 15.5%
TerminalBench Hard 1.5%

Key Takeaways

R1 1776 offers the best value at $0.00/1M, making it ideal for high-volume applications and cost-conscious projects.

Llama 4 Scout leads in reasoning capabilities with a 58.7% GPQA, excelling at complex analytical tasks and problem-solving.

Llama 4 Scout reaches a 6.7 coding index, making it the top choice for software development and code generation tasks.

All models support context windows of ∞+ tokens, suitable for processing lengthy documents and maintaining extended conversations.

When to Choose Each Model

Meta logo

Llama 4 Scout

  • Complex reasoning tasks
  • Research & analysis
  • Code generation
  • Software development
Perplexity logo

R1 1776

  • Cost-sensitive applications
  • High-volume processing
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AI Model Comparison Guide

Compare large language models (LLMs) side-by-side with detailed benchmark scores, pricing, and performance metrics. Our interactive comparison tool helps you evaluate AI models from OpenAI, Anthropic, Google, Meta, DeepSeek, and other leading providers. Use our AI model leaderboard to discover more models to compare.

Understanding Composite Indices

  • Intelligence Index: Aggregated score combining MMLU-Pro, GPQA, and HLE benchmarks - measures overall reasoning and knowledge capabilities
  • Coding Index: Composite metric from LiveCodeBench, SciCode, and LiveCodeBench Review - evaluates programming proficiency across multiple languages
  • Math Index: Combined score from AIME, AIME 2025, and MATH-500 benchmarks - assesses mathematical reasoning from high school to competition level

Key Comparison Metrics

  • Benchmark Scores: Standardized tests measuring intelligence, coding, math, and specialized capabilities - higher percentages indicate better performance
  • Pricing Analysis: Compare input and output token costs across models - critical for budgeting API usage and scaling applications
  • Performance Metrics: Throughput (tokens/second) and latency measurements for real-time application planning
  • Context Windows: Maximum token capacity for processing documents and maintaining conversation history

How to Compare AI Models Effectively

Performance vs Cost

Balance benchmark scores against token pricing - flagship models offer 10-15% better performance but cost 5-10x more than smaller alternatives

Task-Specific Selection

Prioritize relevant indices: coding index for development tasks, math index for STEM applications, intelligence index for general reasoning

Real-World Testing

Use our free AI chat interface to test models with your specific prompts before committing to API integration

All benchmark scores, pricing data, and performance metrics are sourced from Artificial Analysis and updated daily. Compare models by intelligence, coding ability, math performance, speed, cost, or release date using our comprehensive AI model leaderboard.