1G enabled us to communicate with mobile phones by transmitting analog voices. Digital audio was introduced with 2G. In the transmission of sound, radio transmissions changed from analog to digital. Mobile data was available with 3G. In other words, it allowed us to use our phones to browse the internet, read emails, and share pictures. The age of mobile broadband started with 4G. Multimedia and internet service prices have dropped, security has improved, and cloud systems have entered our lives. Of course, this was not enough for the world of technology. That is why they began developing 5G.
5G promises much faster data transfer, higher connection density, and reduced latency than previous generations. It generates a type of energy known as electromagnetic radiation, which creates an area called an electromagnetic field. It operates at higher frequencies than earlier wireless networks and offers faster and more efficient operations. Thanks to its high frequency and speed, it will be possible to drive an automobile remotely or perform remote surgeries.
Seems scary? Are you curious whether or not 5G is dangerous? Let's find out!
5G promises much faster data transfer, higher connection density, and reduced latency than previous generations. It generates a type of energy known as electromagnetic radiation, which creates an area called an electromagnetic field. It operates at higher frequencies than earlier wireless networks and offers faster and more efficient operations. Thanks to its high frequency and speed, it will be possible to drive an automobile remotely or perform remote surgeries.
Seems scary? Are you curious whether or not 5G is dangerous? Let's find out!
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Tech