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SpaceX Acquires 800 MHz Low-Band Spectrum for Starlink Mobile Service

SpaceX has announced that it will acquire nationwide 800 MHz low-band spectrum to improve signal propagation and allow satellite coverage to penetrate physical obstacles.

Elon Musk Eyes ‘Complete Phone Coverage in America’ as SpaceX Clears Hurdle
Source: CNET

Elon Musk's ambitious plans for space-based telecommunications have taken another significant step forward as SpaceX cleared a major hurdle in its bid to provide comprehensive phone coverage across America.

The company has announced that it will acquire nationwide 800 MHz low-band spectrum, a key component needed to build out its Starlink Mobile service. This acquisition is expected to improve signal propagation and allow satellite coverage to penetrate physical obstacles such as building walls, dense foliage, and hilly terrain.

According to Musk, this deal represents the final critical piece of the puzzle in providing complete phone coverage across the US. He made the comment on social media platform X, underscoring the importance of this development for his company's ambitions.

As part of the agreement, SpaceX will acquire a portfolio of low-band spectrum from investment firm Grain Management for an estimated $8 billion. The deal includes up to 14 megahertz of paired airwaves, enabling two-way data transmission between satellites and mobile devices.

The acquisition is subject to approval by the Federal Communications Commission (FCC), which has yet to set a timeline for its decision on this matter.

The acquisition of low-band spectrum by Starlink Mobile is a crucial step towards realizing its cellular ambitions. This frequency range has the physical properties necessary to penetrate concrete walls and dense foliage, effectively solving the problem of indoor dead zones that have long limited satellite-to-phone connectivity.

The Federal Communications Commission (FCC) has given SpaceX the green light to launch 15,000 new satellites, which will deliver more than 100 times the bandwidth of its current satellites. These satellites will transmit phone calls, texts, and data directly from space to devices on the ground without the need for modification. This technology promises high-speed service anywhere in the world.

The emergence of Starlink Mobile as a potential alternative to traditional cellphone carriers like AT&T, T-Mobile, and Verizon Wireless is gaining momentum. For those seeking an alternative, this option could provide a new way forward.

Combining its newly acquired low-band spectrum with the massive fleet of next-generation satellites will enable Starlink Mobile to create a hybrid network. This innovative system will use satellite beams and ground infrastructure in tandem to penetrate walls and eliminate indoor dead zones across the US.

The FCC's approval of the deal with Grain Management is still pending, but if it goes through, the new network will leverage high-bandwidth frequencies to deliver high-speed data directly to ordinary mobile devices. SpaceX plans to accelerate deployment of this system next year.

The acquisition of low-spectrum bandwidth by SpaceX is a significant step towards its ambitious goal of providing complete phone coverage in America. However, industry experts warn that this alone may not be enough to compete effectively against major carriers like AT&T and Verizon Wireless.

According to analyst Tim Farrar, simply acquiring more spectrum will not guarantee success for SpaceX's satellite-to-cell service. To achieve reliable building penetration in urban areas, the company would need to deploy ground-based towers, a move that is likely to incur significant costs. This additional infrastructure investment could make it difficult for SpaceX to compete with established players.

The challenges facing SpaceX were underscored by T-Mobile's chief financial officer, Peter Osvaldik, who dismissed the idea of Starlink as a competitive threat to traditional wireless coverage. He pointed out that signal strength would be severely degraded by the time it reaches a phone from a satellite, making it difficult for the technology to provide reliable service.

Facts based on reporting originally published by CNET.

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