What is the difference between Samsung S beam and Android beam?

Some time ago, I went with my friend to buy a mobile phone. The sales staff in the store sold a Samsung mobile phone to us and said, "This mobile phone has the S beam function. Just touch someone else's mobile phone, the video can be transmitted to the recipient's mobile phone through Bluetooth, and the speed can reach 300 mb/second ..." When I heard this, I smiled and took a friend to hurry. A digital idiot like my friend will surely be fooled when I listen to it again. Even if I buy an apple, I will not be able to make any effort. More importantly, I will not be able to make any effort.

The transmission speed is 300 mb/second. Your sister's desktop hard disk is not so fast. You need to be able to hide it,The theoretical maximum speed of Bluetooth 4.0 is 24 Mbps, that is, 3 Mb/s.Which of the following is 300 mb/second. Although the salesman is quite dumb, at least the S beam technology is quite good. Let's introduce it below.

S beam is a combination of NFC and WiFi for data transmission.You can easily share your business cards, maps, photos, videos, and music by touching the two mobile phones that support s beam. Does this sound a bit like the previous one?ArticleAndroid beam we introduced in. Yes, Android beam and S beam are very similar in usage and functions. However, the two are actually based on different technologies.

Android beam uses NFC to assist in Bluetooth transmission after pairing. After pairing with NFC, s beam transmits data through WiFi.. The speed of wifi is definitely faster than that of Bluetooth. In actual tests, 1 GB of movie files can be transferred to each other within three minutes, or 10 MB of music files can be transferred within 2 seconds. If Android beam uploads a 1 GB video, it is estimated that it will wait until dawn.

Although s beam is much better than Android beam, s beam is Samsung's exclusive technology. That is to say, only SamSung mobile phones that support this technology can be used, therefore, the limitations of this function are quite large.