Summary: Florida International University teams up with Digital Locations, Inc. to pioneer a novel technology named Satenna™, aimed at enabling satellite-based high-speed Internet access directly to smartphones. This game-changing innovation could bypass traditional infrastructure and expand Internet connectivity globally.
Researchers at Florida International University and Digital Locations, Inc. are making strides towards bringing high-speed Internet to every corner of the globe through an ingenious technology that connects satellites straight to smartphones. Their pioneering endeavor, named Satenna™, aims to revolutionize the way we access the Internet, particularly in underserved regions.
Currently, initiatives by industry tycoons such as Elon Musk and Jeff Bezos use Low Earth Orbit (LEO) satellites to provide Internet service, but these systems still require additional ground equipment to communicate with conventional devices. This could all change with the development of Satenna™, which is designed to interact seamlessly with satellites, providing direct Internet connectivity to smartphones without the need for extra hardware.
The Satenna™ technology, birthed from years of antenna miniaturization expertise, is designed to dynamically tune into orbiting satellites. This would not only eliminate dead zones and connectivity issues but could have significant implications for a plethora of devices, from automobiles to IoT gadgets.
While early implementations may come as add-ons to existing smartphones, the ultimate goal is integration into mainstream devices like iPhones and Samsung phones, granting universal access to swift satellite Internet. This is a leap towards a future where high-speed Internet is omnipresent, fostering advancements in telemedicine, education, and a sundry of other sectors.
Digital Locations, Inc.’s exclusive partnership with Florida International University signifies a commitment to nurturing this technology that could redefine global communication infrastructure. The tech world keenly observes, as the success of Satenna™ could usher in an era where high-speed satellite Internet becomes the standard, unhindered by geographical and socioeconomic barriers.
What is Satenna™?
Satenna™ is a novel technology being developed by Florida International University in collaboration with Digital Locations, Inc. It is designed to enable high-speed Internet access directly to smartphones through satellites without the need for additional ground equipment.
How does Satenna™ differ from other satellite Internet services?
Unlike current satellite Internet services provided by companies like those led by Elon Musk and Jeff Bezos, which require ground equipment to communicate with conventional devices, Satenna™ aims to provide direct connectivity between satellites and smartphones, bypassing traditional infrastructure.
What advantages does Satenna™ offer?
The main advantages of Satenna™ include the elimination of connectivity dead zones, the possibility of universally accessible high-speed Internet, and the potential integration with a wide range of devices beyond smartphones, such as automobiles and IoT gadgets.
When can we expect Satenna™ to be available on mainstream devices?
Although initial implementations might be as add-ons, the ultimate goal is to integrate Satenna™ technology into mainstream smartphone devices from manufacturers like Apple and Samsung. However, the timeline for such integration has not been specified.
What are the implications of Satenna™ for global Internet connectivity?
Satenna™ has the potential to expand Internet connectivity globally, especially in underserved regions, and could have profound impacts on various sectors including telemedicine, education, and more.
Who is Digital Locations, Inc.?
Digital Locations, Inc. is a company that has partnered with Florida International University to pioneer the development of the Satenna™ technology. They are instrumental in promoting the research and potential commercialization of this innovation.
Definitions of Key Terms and Jargon
Low Earth Orbit (LEO) Satellites: These are satellites that orbit the Earth at lower altitudes typically ranging from 180 to 2,000 kilometers above the Earth’s surface. They are commonly used for communication and Internet connectivity.
Antenna Miniaturization: This is a field of technology that involves creating smaller antennas while maintaining or improving their performance. This is important for integrating antennas into devices with limited space like smartphones.
Internet of Things (IoT): Refers to the network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, and connectivity which enables these objects to connect and exchange data.
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