OpenAI GPT-4o | First Impressions and Some Testing + API
TLDRIn this video, the host shares their first impressions of OpenAI's GPT-40 model, highlighting its ability to reason across audio, vision, and text in real time. They discuss the model's low latency, which averages at 320 milliseconds, similar to human response times, and express excitement about the potential for this latency in a simple API call. The host also mentions the 50% reduction in API costs for GPT-40 and its enhanced capabilities in vision and audio understanding. They conduct a live test using the model to analyze images and provide structured explanations, demonstrating the model's strong performance. Additionally, they compare the speed and token processing between GPT-40 and GPT-4 Turbo, noting a significant improvement in speed with GPT-40. The video concludes with logical tests and a teaser for a follow-up video where they will delve deeper into GPT-40's features and capabilities.
Takeaways
- 🚀 OpenAI has introduced GPT-40, a new flagship model capable of reasoning across audio, vision, and text in real-time.
- 📈 GPT-40 is designed to have low latency, averaging around 320 milliseconds, which is comparable to human response times in conversation.
- 💡 The model is said to be twice as fast and 50% cheaper than its predecessors, with improved capabilities in vision and audio understanding.
- 📊 GPT-40 supports text or image input and outputs text, although audio input and output are not yet available for testing.
- 🧐 The speaker is particularly interested in the potential for low-latency API calls, which could significantly enhance user interactions.
- 📉 The model boasts a large context window of 128k tokens, suitable for most use cases.
- 🎉 OpenAI plans to make GPT-40 available to all free users, which is a significant development in accessibility.
- 📚 The speaker took notes during the live stream, noting features like voice input/output, emotion changes in voice, and tone adjustments.
- 🖼️ A script was written to test the image functionality of GPT-40, analyzing images and providing structured explanations.
- 📝 The model demonstrated the ability to perform calculations on images, such as verifying the Pythagorean theorem and calculating areas.
- ⏱️ A comparison between GPT-40 and GPT-4 Turbo showed that GPT-40 is over five times faster in terms of tokens processed per second.
- 🤔 GPT-40 and GPT-4 Turbo did not solve a logical problem correctly, whereas GPT-4 Turbo solved a different problem accurately.
Q & A
What is the main feature of the GPT-40 model discussed in the video?
-The GPT-40 model is a new flagship model that can reason across audio, vision, and text in real time, with low latency similar to human response times.
What is the significance of the low latency in the GPT-40 model?
-The low latency, averaging 320 milliseconds, is significant because it allows for more natural human-computer interaction and is comparable to human response times in conversation.
How does the GPT-40 model's API cost compare to existing models?
-The GPT-40 model offers a 50% reduction in API cost compared to existing models.
What improvements does the GPT-40 model have over previous models in terms of vision and audio understanding?
-The GPT-40 model is better at vision and audio understanding compared to existing models, although the exact improvements are not specified in the transcript.
What was the creator's first test of the GPT-40 model's capabilities?
-The creator's first test was to use the image functionality of the GPT-40 model to analyze and get responses from images.
Why couldn't the creator test the audio capabilities of the GPT-40 model?
-The creator couldn't test the audio capabilities because, according to the documentation, the model currently accepts text or images as input and outputs text, but audio input/output is not yet available.
What was the latency of the GPT-40 model during the tests?
-The latency of the GPT-40 model during the tests was significantly lower than the GPT-4 Turbo, with a difference that made the GPT-40 model approximately five times faster.
What is the token context limit for the GPT-40 model?
-The GPT-40 model has a token context limit of 128k tokens, which is considered sufficient for most use cases.
How did the GPT-40 model perform in the logical test involving the marble problem?
-The GPT-40 model incorrectly stated that the marble would be on the floor of the microwave, whereas the correct answer was that the marble would remain on the table.
What was the result of the comparison between GPT-40 and GPT-4 Turbo in terms of speed and token count?
-GPT-40 processed at a rate of 110 tokens per second, while GPT-4 Turbo processed at a rate of 20 tokens per second, making GPT-40 over five times faster in this test.
What is the creator's plan for further exploration of the GPT-40 model?
-The creator plans to follow up with a video on GPT-40 on Wednesday after having more time to look into its capabilities and features.
Outlines
🚀 Introduction to GPT-40 and Its Features
The first paragraph introduces the viewer to a reaction video about OpenAI's Spring update and the release of their GPT-40 models. The speaker expresses excitement about the new model's capability to reason across audio, vision, and text in real time. They mention the model's low latency, which is comparable to human response times, and discuss the potential of this feature for their channel's focus on low-latency interactions. The paragraph also covers the 50% reduction in API cost for GPT-40 and its improved performance in vision and audio understanding. The speaker shares their anticipation for testing the model's image analysis capabilities and expresses a desire to try out the audio functionality, which is not yet available.
🖼️ Testing GPT-40's Image Analysis Capabilities
The second paragraph details the speaker's attempt to test GPT-40's image analysis functionality. They describe using a script to analyze images from previous videos and generate a structured response explaining the system. The speaker is impressed with the model's quick analysis and the detailed explanation provided for each image, showcasing the model's ability to understand and summarize complex information. They also compare the performance of GPT-40 with GPT-4 Turbo, noting a significant difference in speed and latency, with GPT-40 being over five times faster in processing tokens per second.
🧐 Logical Testing and Upcoming Follow-Up
The third paragraph involves the speaker conducting some logical tests with GPT-40 and comparing its performance with GPT-4 Turbo. They present a physics problem involving a marble and a cup, and a creative writing task to write sentences ending with the word 'apples'. The speaker notes that while GPT-40 did not solve the marble problem correctly, GPT-4 Turbo performed well in both tests. The paragraph concludes with the speaker's intention to follow up with a more in-depth video about GPT-40 on Wednesday, inviting viewers to share their thoughts in the comments and expressing enthusiasm about the potential of free access to GPT-40 for everyone.
Mindmap
Keywords
💡OpenAI GPT-4
💡Low Latency
💡API Cost
💡Vision and Audio Understanding
💡Image Functionality
💡Token Context
💡Voice Input and Output
💡Latency in Calculations
💡Logical Testing
💡Free Users
💡Paid Version
Highlights
OpenAI has released their GPT-40 models, introducing a new flagship model capable of reasoning across audio, vision, and text in real time.
The GPT-40 model is particularly exciting for its low latency response times, averaging 320 milliseconds, similar to human conversational response times.
The GPT-40 model is 50% cheaper in API cost and is notably better at vision and audio understanding compared to existing models.
A script was written to test the image functionality of GPT-40, demonstrating its ability to analyze and respond to image inputs.
GPT-40 is expected to be twice as fast and has a context of 128k tokens, suitable for most use cases.
During the live stream, voice input and output capabilities were showcased, including real-time emotion adjustments in the voice.
The GPT-40 model is set to be made available to all free users, which is a significant development in accessibility.
The model performed well in analyzing a series of images related to different AI architectures, providing a structured and comprehensive explanation.
A live test was conducted using GPT-40 to perform mathematical calculations on an image of a triangle, demonstrating its logical reasoning capabilities.
GPT-40 showed significantly lower latency and higher token processing speed when compared to GPT-4 Turbo, with over five times faster performance.
A logical test involving the placement of a marble in a cup was used to compare the problem-solving abilities of GPT-40 and GPT-4 Turbo.
GPT-40 successfully generated nine out of ten sentences ending with the word 'apples', showcasing its ability to follow instructions and generate content.
The video creator expresses excitement about the potential of GPT-40 and plans to conduct more in-depth testing and evaluation in the future.
The GPT-40 model's performance and features are considered strong, with the creator noting the importance of further exploration and practical use cases.
The video includes a comparison of GPT-40 with other models, highlighting the advancements in speed and cost-efficiency.
The creator discusses the potential impact of GPT-40 being available for free and the differences that might be observed in the paid version.
The video concludes with an invitation for viewers to share their thoughts on the GPT-40 model and its implications for the future of AI.