According to reports from foreign media, the market leader in artificial intelligence, OpenAI, is preparing to launch its latest AI model, codenamed "Strawberry," which is expected to go live on ChatGPT within the next two weeks.
Although the name "Strawberry" sounds simple, the capabilities of this model are not to be underestimated. It can solve complex problems through multi-step reasoning.
As reported by the Information website, the "Strawberry" model will be considered a reasoning model, meaning it can handle requests that require multiple steps to complete, such as solving difficult algebra problems or designing a marketing campaign that takes several months.
However, it is important to note that upon launch, the "Strawberry" model will only support text processing, unlike OpenAI's flagship model GPT-4o, which has the ability to process images and audio.
While it sounds promising, the "Strawberry" model may be slightly slower in response time. It is said that processing a query could take between 10 to 20 seconds. Although the model is designed to avoid deep reasoning on simple requests, this is not always achievable in practice.
Some early testers have expressed that although the quality of "Strawberry's" answers has improved, the time wasted waiting for these slightly better answers seems not worth it.
Due to its functional demands, the "Strawberry" model may consume more computational resources than its predecessors, and the usage cost will also increase. It is reported that the model may impose a limit on the number of messages sent, allowing users to send only a certain number of requests per hour. Additionally, a premium usage tier might be introduced to provide faster response times.
Key Points:
🌟 OpenAI's new AI model, "Strawberry," will feature multi-step reasoning capabilities to solve complex problems.
⏳ The "Strawberry" model is slower in processing queries, potentially taking 10 to 20 seconds, and sometimes still requires deep reasoning for simple requests.
💰 The model may require more computational resources, leading to increased usage costs and message sending limits.