Samsung, the South Korean tech giant, has announced its latest breakthrough in the world of mobile technology – the development of its own tech for connecting smartphones to satellites. This new technology is set to revolutionize the way we use our smartphones, especially in areas where traditional communication networks may be limited or non-existent.
Samsung’s new tech is based on the Terrestrial Trunked Radio (TETRA) standard, which is used by emergency services and public safety organizations around the world. It allows for secure, reliable, and fast communication between users in remote locations, even when there is no cellular network coverage.
This technology will be particularly useful for people who work in remote areas such as miners, oil and gas workers, and explorers. It will also be useful for emergency responders who need to communicate with each other during natural disasters and other crises.
One of the key benefits of Samsung’s new satellite communication technology is its low latency. This means that users can enjoy high-quality voice and data communication with virtually no delay. This is a significant improvement over existing satellite communication technologies, which often suffer from long delays and poor quality.
Samsung has partnered with Globalstar, a leading provider of satellite communication services, to bring this technology to market. Globalstar’s satellite network covers more than 120 countries, making it one of the largest satellite networks in the world.
To use this technology, users will need a special satellite-enabled smartphone from Samsung. These phones will have a built-in satellite antenna and will be able to connect to Globalstar’s satellite network. Samsung has not yet announced when these phones will be available or how much they will cost.
In conclusion, Samsung’s new technology for connecting smartphones to satellites is a significant breakthrough in the world of mobile communication. It has the potential to revolutionize the way we use our smartphones, especially in remote areas where traditional cellular networks may be limited or non-existent. With its low latency and high-quality voice and data communication, this technology will be particularly useful for people who work in remote areas and emergency responders. We can expect to see more details on this technology in the coming months as Samsung and Globalstar work to bring it to market.
