What is Slant Range of Geostationary Satellites
Slant Range: Why your satelite is further away. 35,786 km. That is the commonly described altitude of a geostationary satellite. But its…
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D2D Satellites can help achieve Education for All
Lets reduce E-waste worldwide by recycling discarded smartphones, and using them to provide education for the 273 million children without a school to attend. I spoke at TEDx in October 2023 about how the latest D2D or Direct-to-Device LEO satellites, could be used in conjunction with recycled smartphones, as handheld schools, where schools currently do not exist,
A 2023 TEDx talk exploring how Low Earth Orbit satellite technology can deliver quality education to the 272 million children worldwide currently without access.
System design, link budget analysis, spectrum planning and advisory for satellite and terrestrial wireless projects.
CPD-accredited training in RF fundamentals, LEO/GEO satellite, 5G, IoT and private networks — remote and in-person.
Level 4 DSA-funded Specialist Mentor with Autism Spectrum Condition specialism — supporting university students across England.
Keynote and panel speaking on satellite connectivity, the global education access gap, LEO technology and SDG4.
End-to-end design of technical training programmes — scheme of work to assessment — for academic and commercial clients.
Slant Range: Why your satelite is further away. 35,786 km. That is the commonly described altitude of a geostationary satellite. But its…
Read more →The answer is because at high (or low) latitudes the satellite is on the hozizon.
This is because the earth is of course round, so seeing the satellite from the ground based satellite dish, lowers as you get further away from the equator.
Therefore you eventually get so far from the equator, that the satellite is on the horizon, or below the horizon.
Therefore the dish doesnt have a direct line of site path to the satellite.
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