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ChatGPT

What is the Difference between GPT-3.5 and GPT-4 in ChatGPT

Morrissey TechnologyChatGPT is one of the most popular artificial intelligence (AI) in the world. To support its users, ChatGPT has released its newest AI language, namely GPT-4, in March 2023. Previously, ChatGPT used an AI language called GPT-3.5 which can be accessed for free. However, detikers who want to use GPT-4 must subscribe first. So, what is the difference between GPT-3.5 and GPT-4? Is it true that the newest AI language from ChatGPT is more feature-rich and powerful? Check out the explanation in this article.

Differences between GPT-3.5 and GPT-4

Even though both are language model programs in conversation or dialogue format, it turns out there are differences between GPT-3.5 and GPT-4. Quoting the Coursera page, here are a number of differences:

1. Can use images

In GPT-3.5, users must write prompts using text to generate AI output from ChatGPT. Meanwhile, in the GPT-4 version, you can use text and images. So, you can enter commands in the form of text and images. After that, GPT-4 will provide an explanation or answer to the text or image you sent as a prompt FOR4D. For example, you include a picture of the inside of the refrigerator and its contents. Later, AI will suggest what food or drink recipes can be made with the ingredients in the image.

2. Produce safer and more accurate answers

OpenAI claims that GPT-4 is more secure in generating answers written to prompts than the GPT-3.5 version.

“82 percent less likely to respond to requests for unauthorized content and 40 percent more likely to produce factual responses compared to GPT-3.5 in our internal evaluation,” wrote OpenAI on its official website.

The features contained in GPT-4 are certainly good news. Because, in several cases there is often misinformation, inaccuracy and bias in the answers produced.

3. Have a bigger memory

GPT-4 is claimed to be able to remember more conversations with its users than GPT-3.5. Previously, GPT-3.5 had limitations in conveying information that was only available before 2021 and had a limited short-term memory, namely around 8,000 words. For comparison, GPT-4 is claimed to have eight times more memory than the GPT-3.5 version, which can store 64,000 words. Then, GPT-4 also has a longer context window or amount of text that can be processed simultaneously. In fact, the GPT-4 Turbo version can process up to 128,000 words. This feature can help users perform various tasks, such as including a website link in the prompt and asking ChatGPT to consider the source.

4. Wider General Knowledge

The general knowledge base in GPT-4 is said to be better than GPT-3.5. It allows users to generate, edit, and repeat various tasks such as composing songs, writing screenplays, or learning the user’s writing style. In addition, GPT-4 has used the latest data up to April-December 2023, so it can provide better and more appropriate answers. However, it all depends on the model version too.

5. Price

The final difference is in terms of price. Currently, GPT-3.5 is available in a free version and can be accessed by anyone. Even so, the features feel incomplete and not up to date. Meanwhile, GPT-4 can be accessed by subscribing every month. If detikers are interested, you have to spend US$ 20 or around Rp. 320 thousand per month. ChatGPT FOR4D also provides a ‘Team’ plan targeted at workers or students who need more features. Each person will be charged US$ 25 or the equivalent of Rp. 400 thousand per month.

6G Wireless Technology

Latest 6G Wireless Technology 500 Times Faster Than 5G Cell Phones

Morrissey Technology – Fifth generation or 5G connectivity for cellular technology has only been the network standard for about five years. But with 6G Wireless Technology already here, developers are looking for ways to take full advantage of the next generation’s enormous bandwidth. Judging from Science Alert, Friday (3/5/2024) a technology demo carried out in Japan showed a wireless device prototype reaching a data transfer speed of 100 Gbps, which is 10 times faster than 5G at its peak, and 500 times faster than the average smartphone 5G.

The result of extensive research and development carried out by Japanese telecommunications company NTT, Japanese mobile phone operator DOCOMO, and electronics companies NEC and Fujitsu, the device uses high-frequency bands in the 100 GHz and 300 GHz range, allowing it to pack significantly more data than previous generation standards.

This is still a work in progress given the current trade-off in terms of range, but experiments show a stable connection at distances over 100 meters. Advances in communications technology will in fact require different forms of transmitters and receivers as 6G networks are built, relying largely on innovations like these. Speaking of hardware, it’s worth noting that this demo requires a lot of high-end equipment. However, as technology develops, the size and cost of such equipment will gradually decrease.

It’s also important to remember that a top speed of 10 Gbps for 5G is the technical limit, under perfect conditions, using the most powerful and well-optimized hardware. According to Opensignal, average 5G speeds for smartphones on T-Mobile in the US, the best carrier in the country for 5G speeds, currently stands at 186.3 Mbps. In other words, 6G promises much better speed improvements. That would be useful in everything from high-resolution movie downloads to communications between autonomous vehicles.

As with 5G, there will be leaps forward in terms of bandwidth, or network capacity, as more devices can stay connected at the same time. If you’ve ever lost phone signal while watching a concert or sporting event, you’re no doubt familiar with network congestion. Well, things like that won’t happen with 6G. In certain situations, we may see 6G make WiFi redundant FOR4D, something that is already starting to happen with 5G. There may be no need to run physical cables to the front door of your home or office.

Looking at it more broadly, think of more devices coming online at higher speeds, equipped with more components and sensors that can communicate with the web (and each other). Nokia estimates 6G may be commercially available in 2030. Meanwhile, we currently have to deal with ‘new’ 5G networks that already seem slow compared to what the future holds.