Your prompt is never stored or transmitted through the internet.
ModelNumber of tokens
GPT-4o0 tokens
GPT-40 tokens
GPT-4 Vision0 tokens
ChatGPT (GPT-3.5 Turbo)0 tokens
Davinci0 tokens
Curie0 tokens
Babbage0 tokens
Ada0 tokens

AI Software Development Services

Reach out to us to discuss your AI software development needs. We can help you develop your AI idea into a working prototype or production-ready software.

Count tokens from OpenAI models and prompts

Online prompt token counter with OpenAI models

A token counter is an important tool when working with language models, such as OpenAI's GPT-3.5, that have limitations on the number of tokens they can process in a single interaction. Token counting helps you keep track of the token usage in your input prompt and output response, ensuring that they fit within the model's allowed token limits.

Language models process text input in the form of tokens, which can be words, characters, or subwords, depending on the tokenizer used. Each token consumes a certain amount of the model's computational resources and contributes to the overall token count of an interaction. When the total token count exceeds the model's limit, the input or output needs to be truncated or reduced to make it fit.

Here are some reasons why a token counter is essential:

  • Stay within model limits: By keeping track of the token count, you can avoid exceeding the model's maximum token limit. This prevents the request from being rejected due to excessive token usage.
  • Cost control: Language models like GPT-3.5 charge based on the number of tokens used. Being mindful of token count allows you to manage costs effectively and avoid unnecessary expenses.
  • Response management: When crafting the prompt, accounting for the response's token usage is crucial. If the response is expected to be lengthy, you may need to adjust the prompt's token count accordingly.
  • Efficient communication: Token counting helps ensure that you provide concise and effective prompts, conveying your intent to the model without unnecessary verbosity.

Overall, a token counter is a practical tool that aids in optimizing interactions with language models, allowing you to make the most of their capabilities while staying within the constraints of token limits and cost considerations.

Tracking prompt tokens while using OpenAI models, like GPT-3.5, is essential to ensure you stay within the model's token limits. Token counting is particularly important because the number of tokens in your prompt directly impacts the cost and feasibility of your queries.

To count prompt tokens, you can follow these steps:

  • Understand token limits: Familiarize yourself with the token limits of the specific OpenAI model you're using. For instance, GPT-3.5-turbo has a maximum limit of 4096 tokens.
  • Preprocess your prompt: Before sending your prompt to the model, preprocess it using the same techniques you'll use during the actual interaction. Tokenization libraries such as the OpenAI GPT-3 tokenizer can help with this.
  • Count tokens: Once your prompt is preprocessed, count the number of tokens it contains. Keep in mind that tokens include not only words but also punctuation, spaces, and special characters.
  • Adjust for response: Remember to account for the model's response tokens as well. If you anticipate a long response, you may need to truncate or shorten your prompt accordingly.
  • Iterate and refine: If your prompt exceeds the model's token limit, iteratively refine and shorten it until it fits within the allowed token count.

By following these steps, you can efficiently manage prompt tokens and get the most out of your interactions with OpenAI models, ensuring a smooth and cost-effective experience.

What is a token?

In the context of natural language processing and machine learning, a token is the smallest unit or component of a sequence. In the field of text processing, a token can be a word, a character, or even a subword, depending on how the text is segmented or tokenized.

Tokenization is the process of breaking down a piece of text into individual tokens. For example, the sentence "I love natural language processing" can be tokenized into the following word tokens: ["I", "love", "natural", "language", "processing"].

Tokens are used to represent text data in a way that machine learning models can understand. In the case of OpenAI's GPT-3.5 model, each token corresponds to a specific chunk of text, and the model processes these tokens to generate responses. However, it's important to note that tokens can vary in length, and longer words or sentences may be split into multiple tokens.

Managing token counts is crucial when working with language models like GPT-3.5, as these models have specific limits on the maximum number of tokens that can be used in a single interaction. Staying within these limits ensures successful and efficient interactions with the model.

What is a prompt?

A prompt, in the context of natural language processing and working with language models like OpenAI's GPT-3.5, refers to the initial input or instruction given to the model to initiate a specific task or generate a response. It can be a question, a statement, or any form of text that sets the context for the model's subsequent output.

The prompt is the starting point that helps guide the model's generation process. For example, if you want the model to answer a question, you would provide the question as the prompt. If you need the model to continue a story, you would present the story's current context as the prompt.

For instance, if you want to use GPT-3.5 to draft an email, your prompt might be:

Subject: Follow-up Meeting
Body: Hi [Recipient's Name], I hope this email finds you well. I wanted to follow up on our recent meeting...

The quality and specificity of the prompt are vital, as it directly influence the generated response. A well-crafted prompt is clear, concise, and includes all necessary information to get the desired output from the language model. Properly managing the prompt is essential for effective and accurate interactions with the model.