Researchers have found that electromagnetic
Posted: Sun Jan 05, 2025 9:13 am
When you make or receive a call, your phone searches for the nearest cell tower it can connect to. Each tower can provide coverage for an area within a 50-mile radius. As you move from one area to another, constantly moving, your calls are transferred from one tower to another. This process requires a lot of work to make this movement seamless for you. There are also built-in expectations related to wait time, the speed of the user, and the altitude. Air travel exceeds all three of these expectation factors. Simply put, calls in the sky interfere with the normal functioning of this complex system.
Therefore, at the moment, the use of mobile egypt email list phones during flights is prohibited. But what is the risk? This all sounds like a maintenance issue, not a safety issue. What would happen if someone left their phone in normal mode at 30,000 feet? Probably nothing. But there is a small risk that using the phone could interfere with critical aircraft systems. Most new smartphones no longer pose a threat to aircraft systems, but 2G phones were less secure in this regard. radiation from personal electronic devices can interfere with aircraft systems. In particular, those in the 800-900 MHz range can interfere with cockpit instrumentation.
Switching your phone to airplane mode By adding airplane mode, device manufacturers have made our lives easier. When you turn on this feature, it turns off your phone's cellular radio waves so you can't make phone calls or text messages. Airlines continue to innovate. Delta, for example, offers free access to certain messaging apps like Facebook, Messenger, and WhatsApp that work over WiFi. But cellular texting, which requires a cellular radio, is still prohibited.Savvy CIOs and CTOs at communications service providers are busy developing comprehensive strategies for using cognitive systems that enable new types of automation. Market leaders are currently engaged in numerous pilots and production projects that are catalyzing further innovation.
Therefore, at the moment, the use of mobile egypt email list phones during flights is prohibited. But what is the risk? This all sounds like a maintenance issue, not a safety issue. What would happen if someone left their phone in normal mode at 30,000 feet? Probably nothing. But there is a small risk that using the phone could interfere with critical aircraft systems. Most new smartphones no longer pose a threat to aircraft systems, but 2G phones were less secure in this regard. radiation from personal electronic devices can interfere with aircraft systems. In particular, those in the 800-900 MHz range can interfere with cockpit instrumentation.
Switching your phone to airplane mode By adding airplane mode, device manufacturers have made our lives easier. When you turn on this feature, it turns off your phone's cellular radio waves so you can't make phone calls or text messages. Airlines continue to innovate. Delta, for example, offers free access to certain messaging apps like Facebook, Messenger, and WhatsApp that work over WiFi. But cellular texting, which requires a cellular radio, is still prohibited.Savvy CIOs and CTOs at communications service providers are busy developing comprehensive strategies for using cognitive systems that enable new types of automation. Market leaders are currently engaged in numerous pilots and production projects that are catalyzing further innovation.