Want know how to get starlink 5G internet to any where you want

Startlink 5G Internet service to any remote Area

Starlink is a space-based internet service provider that seeks to provide high-speed (40 mbps upload, 100 mbps download ), near-global coverage of the populated world by 2021—bringing this service to locations where access previously has been unreliable, expensive or completely unavailable. Starlink has publicized the space-based segment of its platform for some time, which will involve thousands of low-earth orbit satellites (about 550 km altitude), but what one needed on the ground to access Starlink was not entirely clear. Until now.

A June 23 Business Insider article showed photographs of the hardware—called a user terminal—needed to connect terrestrial users to Starlink satellites overhead. Notably, the dish antenna is approximately the size of a medium pizza, though from the photographs themselves, it is not entirely clear how large or heavy the entire assembly will be.

A Starlink phased array end user antenna, spotted in Winsconsin. (darkpenguin22)

SpaceX’s Starlink is never far away from the news, with a fresh set of launches delayed for extra pre-launch tests, and the prospect of signing up to be considered for the space broadband firm’s beta test. Of more interest for Hackaday readers though are a few shots of prototype Starlink ground stations and user terminals that have made it online, on the roof of a Tesla Gigafactory and at a SpaceX facility in Wisconsin. What can be seen are roughly 1.5m radomes for the ground stations and much smaller dinner-plate-sized enclosed arrays for the user terminals. The latter are particularly fascinating as they conceal computer-controlled phased arrays for tracking the constellation as it passes overhead. This is a technology more at home in billion-dollar military radars than consumer devices, so getting it to work on a budget that can put it on a roof anywhere in the world must be a challenge for the Starlink engineers. We can’t wait to see the inevitable eventual teardown when it comes.

When the cost and size drop, and Starlink is fully deployed, the geopolitical implications are potentially quite profound. Consider in particular what will happen to the attempts of authoritarian governments to selectively block internet access for their citizens. Rather than relying on indigenous internet service providers that are subject to domestic law, citizens of these nations will now be able to access the internet through Starlink—which is not under the control of these governments—provided they have appropriate user terminals. Thus, every citizen with a user terminal and a computer becomes an access point for the broader internet to penetrate the nation’s closed information borders.

this how Starlink satellite are organised in the feature

Authoritarian governments that are still seeking to exercise internet control will need to focus their efforts on preventing these terminals from falling into the hands of their citizens, confiscating terminals that citizens do obtain (or even arresting those citizens) or jamming the signals used to carry Starlink traffic. Another approach would be to compromise the internet services that Starlink offers. For example, authoritarian governments could incentivize Starlink to turn off service when its satellites were overflying their countries. Incentives could include anything from paying Starlink to turn off satellites at the appropriate times to coercing Starlink management in some way to comply with their demands.

We may be on the verge of entering a new world of telecommunications whose geopolitical implications are not yet understood. Stay tuned—it will be an interesting ride.

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