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Discover how Open AI's GPT-4 and Anthropic's Claude 2.1 stack up against each other in this comprehensive comparison of two leading AI language models.

Released in March 2023 and November 2024 respectively, these models represent significant advancements in artificial intelligence, with GPT-4 offering a 8,192-token context window and Claude 2.1 featuring a 200,000-token capacity. Their distinct approaches to natural language processing are reflected in their benchmark performances, with GPT-4 achieving 86.4% on MMLU and Claude 2.1 scoring Unknown%, making this comparison essential for developers and organizations seeking the right AI solution for their specific needs.

Models Overview

Open AI GPT-4
Open AI Claude 2.1

Provider

Company that developed the model
Open AI Anthropic

Context Length

Maximum number of tokens the model can process
undefined 200K

Maximum Output

Maximum number of tokens the model can generate in a single response
8192 Unknown

Release Date

Date when the model was released
14-03-2023 23-11-2024

Knowledge Cutoff

Training data cutoff date
September 2021 Early 2023

Open Source

Whether the model's code is open-source
FALSE FALSE

API Providers

API providers that offer access to the model
OpenAI API Anthropic API, Vertex AI, AWS Bedrock

Pricing Comparison

Compare the pricing of Open AI's GPT-4 and Anthropic's Claude 2.1 to determine the most cost-effective solution for your AI needs.

Open AI GPT-4
Open AI Claude 2.1

Input Cost

Cost per million input tokens
$30 / 1M tokens $8 / 1M tokens

Output Cost

Cost per million tokens generated
$60 / 1M tokens $24 / 1M tokens

Comparing Benchmarks and Performance

Compare the performances of Open AI's GPT-4 and Anthropic's Claude 2.1 on industry benchmarks. This section provides a detailed comparison on MMLU, MMMU, HumanEval, MATH and other key benchmarks.

Open AI GPT-4
Open AI Claude 2.1

MMLU

Evaluating LLM knowledge acquisition in zero-shot and few-shot settings.
86.4% Benchmark not available

MMMU

A wide ranging multi-discipline and multimodal benchmark.
34.9% Benchmark not available

HellaSwag

A challenging sentence completion benchmark.
95.3% Benchmark not available

GSM8K

Grade-school math problems benchmark.
92% Benchmark not available

HumanEval

A benchmark to measure functional correctness for synthesizing programs from docstrings.
67% Benchmark not available

MATH

Benchmark performance on Math problems ranging across 5 levels of difficulty and 7 sub-disciplines.
Benchmark not available Benchmark not available

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