One of the main objectives of Starlink Gen2 is to improve orbital sustainability. With the plan to lower the altitudes of three orbital layers, SpaceX aims not only to accelerate connection speeds but also to optimize the use of available frequency spectrum. The proposal includes flexibility in the distribution of satellites, as well as the possibility of increasing the use of Ka, V, and E bands, which are essential for both mobile and fixed services.
Impact on Latency and Connectivity
Elon Musk, through his social media, emphasized that with the reduction of altitude and the minimum elevation angle of satellites, which will drop from 25 to 20 degrees, connection latency will be drastically reduced. This means that the new satellites will be able to connect to a larger number of ground stations, increasing service efficiency and connection time.
Challenges in FCC Approval
Despite the attractive promises, SpaceX still faces significant challenges in obtaining FCC approval. To move forward with its changes, the company must demonstrate that the modifications will not harm other spectrum users or competing satellite operators. Meanwhile, the future of satellite internet remains an important topic in the telecommunications sector.
The pursuit of the ideal internet speed and latency reduction intensifies, and the Starlink Gen2 proposal could be a game changer in this context. However, the wait for the FCC’s decision and the market’s reaction remain open.
Summary: Starlink Gen2 promises internet up to 10 times faster but depends on FCC approval for essential technical changes.
Tags: Starlink, SpaceX, FCC, satellite internet, internet speed, latency, satellite communication, Elon Musk, space technology, telecommunications.
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