Segan said the problem lies in the antenna and transmission power. To reach a satellite, you need a larger antenna and stronger transmitter than what is typically found in an iPhone.
Most cell phones transmit at around four milliwatts, he explained.
Meanwhile, a spot satellite communicator—a device that can ping a rescue team from the woods—transmits at 400 milliwatts, and a Garmin satellite phone transmits at 1600.
Bottom line: “Transmitting to the satellites takes a big antenna, and I don’t know where you’d put that in an iPhone body,” Segan said.—JM
Lots of disclosures in the video. Mocking vaccines during letter to CEO. Two suns. Satellites are closer than you think and not in “space”
Could you elaborate on these theories please?
https://www.youtube.com/watch?v=ux6zXguiqxM
Screen caps with CC on. It's obvious if you know the slogan. https://imgur.com/a/xmxEdjd
Segan said the problem lies in the antenna and transmission power. To reach a satellite, you need a larger antenna and stronger transmitter than what is typically found in an iPhone.
Most cell phones transmit at around four milliwatts, he explained. Meanwhile, a spot satellite communicator—a device that can ping a rescue team from the woods—transmits at 400 milliwatts, and a Garmin satellite phone transmits at 1600. Bottom line: “Transmitting to the satellites takes a big antenna, and I don’t know where you’d put that in an iPhone body,” Segan said.—JM