Tech firm groups with Iridium and Garmin for its plans to
provide satellite network connectivity and emergency situation messaging for smartphones and other gadgets.< img src =" https://www.techrepublic.com/wp-content/uploads/2022/09/microsoft-new-azure-space-products.jpeg "alt= "3D rendering of a satellite orbiting the earth with brightened cities in the evening"width="1200" height ="800"/ > Image: Jose Luis Stephens/Adobe Stock The international requirement for improved mobile connection is on a stable rise, and these demands are peaking, putting in too much pressure on cellular broadband networks. This situation is already pressing more mobile phone and vital equipment manufacturers to feature phone-satellite connection. As a result, the mobile satellite phone market is not slowing down in its expansion.
Hardly a week into the new year, we are already experiencing a significant entrant into the mobile satellite communication market in Qualcomm. The U.S.-based cordless tech maker has hit the ground running already with a deal that will see it collaborate with Iridium and Garmin.
At the Customer Electronic Program, Qualcomm revealed that it has actually agreed with Iridium, a satellite communication company, to introduce Snapdragon Satellite– a satellite-based two-way capable messaging service for premium mobile phones, such as Android. Likewise playing a part in the deal is Garmin, a technology company delivering GPS-enabled technology across different markets, including air travel, marine, sports and fitness, and automobile.
Snapdragon Satellite is billed to deliver global protection and assistance two-way messaging for emergency situations, SMS texting and other messaging applications. Other purposes for which the Snapdragon Satellite is anticipated to serve consist of emergencies or leisure in remote, rural and overseas areas. Although the satellite solution will kick off with gadgets operating on the Snapdragon 8 Gen 2 Mobile Platform, its services will extend to other devices requiring worldwide messaging capabilities.
What the Qualcomm’s Snapdragon Satellite has to do with
Qualcomm’s Snapdragon Satellite is powered by Snapdragon 5G Modem-RF Systems and supported by Iridium’s 66 satellite constellations. The Snapdragon Satellite will allow initial devices producers and other service providers to offer global protection.
While the Snapdragon Satellite option for smartphones will utilize Iridium’s weather-resilient Lband spectrum for uplink and downlink, it will likewise depend upon Garmin’s emergency response services for emergency messaging.
What this suggests is that more phones will link to satellites this year. While this statement might sound like the security service Emergency SOS already featured on Apple’s iPhone 14, which runs on a satellite connection, there is a notable shift here. Unlike Apple, which supports satellite services just during emergencies, mobile phones linked to the Snapdragon Satellite solution will be able to exchange text messages with anybody, not simply during emergency situations.
SEE: How to get aid with Emergency SOS on an iPhone 14 (TechRepublic)
In addition, ensuring quality connectivity for premium smartphones and other devices, including laptop computers, tablets, cars and Internet of Things, is one of the primary objectives of the Snapdragon Satellite.
“Robust and dependable connectivity is at the heart of premium experiences,” stated Durga Malladi, senior vice president and basic supervisor of cellular modems and facilities at Qualcomm Technologies. “Snapdragon Satellite showcases our history of management in making it possible for international satellite communications and our ability to bring exceptional innovations to mobile devices at scale.”
Giving more details on the capability in which Iridium will support the Qualcomm Snapdragon Satellite service, Iridium CEO Matt Desch specified, “Our network is tailored for this service. LEO satellites cover every part of the world and support the lower-power, low-latency connections perfect for the satellite-powered services allowed by Snapdragon Satellite.”
How will Snapdragon Satellite fare in the worldwide mobile satellite phone market?
Over the past couple of years, the international satellite market has delighted in a consistent boom. Research Dive reports that the global mobile satellite phone market will surpass $5.26 billion by 2027, signing up a compound yearly development rate of 4.0% within the forecast period.
The development drivers highlighted by the report include the increasing demand for mobile satellite phones in emergency situations like natural or man-made disasters, defense operations for communicating with groups during emergency situation scenarios, and the rising technological advancements such as the launch of wise satellite phones. A few of the key players mentioned in the report are AT&T, EchoStar, Intelsat and Inmarsat.
Although various reports show that the future of the global mobile satellite interaction market is brilliant, there is no informing how Qualcomm would fare amidst other significant players. For example, a collaboration in between T-Mobile and Elon Musk’s SpaceX is expected to run at complete gear this year. With AT&T revealing late in 2015 that it has what it requires to beat T-Mobile and Elon Musk’s SpaceX satellite service, Qualcomm might require to go above and beyond to install real pressure on these huge rivals.
Although with the key players more concentrated on supplying emergency situation satellite interactions services for markets like aviation, geospace, military and defense, Qualcomm’s Snapdragon Satellite could have a say with a various market focus. Qualcomm’s concentrate on supporting satellite-based connection for the premium smartphone market in and out of emergency situations– gadgets that require messaging abilities and original devices manufacturers– might prove sufficient to bring real modification to the marketplace.
Also at this week’s CES, Qualcomm announced the Snapdragon Flight Flex system-on-chip, which is engineered to support mixed-critical work across combined calculate resources.