I can only suggest that you use long lead wired headphones with microphone for all your use.

Go to your settings then your SIM card setting & management. Otherwise search the internet for your phone's specifications.

Why?

@FrayedBear

1. Faster computer, device connection and computing speeds
2. Designed to support more mobile connections than 5G capacity, which is approximately 10 x 10 5 per km2
3. It will revolutionize the healthcare industry that eliminates barriers of time and space through remote surgery and guaranteed optimization of healthcare workflow
4. The 6G supera will implement femtocells or distributed antenna systems (DAS), to solve connection problems that may have cellular networks in enclosed spaces.
5. It uses THz frequencies (Terahertz) which also has its own advantages... THz waves can easily absorb moisture in the air, so it is useful for short-range, high-speed wireless communications. Terahertz offers narrow beam and better directivity, resulting in secure communication that is achieved due to its strong ability to block interference.
6. The high wireless bandwidth (several tens of GHz) of 108 to 1013 GHz can offer a higher communication speed in Tb/sec. In spatial communication, terahertz waves are used for possible transmission without osteo between satellites.
7. Massive and lightning-forming MIMO multiplexing gain helps overcome rain attenuation and fade propagation to meet urban coverage requirements.
8. The photon energy of the Terahertz wave is very low (approximately 10-3eV offering greater energy efficiency. THz waves can penetrate substances with less attenuation that can be used for some special media.
9. Wireless6G uses visible lights that take advantage of the benefits of LEDs, such as lighting and high-speed data communication. VLC does not produce EM (electromagnetic) radiation. Therefore, it is not susceptible to external EM interference. VLC also helps build network security.
10. It offers very high data rate (Tb/sec) and very low latency (sub-ms). Therefore, many applications can make use of 6G wireless networks.
11. It will virtualize additional components, such as the PHY layer and the MAC layer. Currently, PHY/MAC implementations require dedicated hardware implementations. Virtualization will lower network equipment costs. This makes massively dense deployment in 6G economically feasible.

@St-Sinner You make it sound like brainwave proportion communicaion on a large scale.

@St-Sinner thanks for the synopsis.

@FrayedBear
As you know, it is already happening in our lives now but it coming to us not as a big thud but in bits and pieces.. here and there. Looking back at our lives from the future, we will realize how long we have come. I started my graduate school in the U.S. and had never seen a computer before. Within 5 years, my life, reading, studying, bill paying, messaging, letter writing back home, printing, career, skill training was all on the computer. This was before the mobile devices.

@St-Sinner lol. In the early 70's I spent a week's wages buying a miniature calculator. It was larger than today's mobile phones & had about 8 functions.
In the office, if we were allowed, we used the non electric manual draw handle version of this machine thing the firm employed a team of 8 comptometris with their comp machines to do the heavy lifting on stock takes.

I've been told that 3G will phase out next year.

For most the 4G is more than adequate.