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Published on November 29th, 2024

Exploring Starlink’s Next Frontier in Connectivity

Starlink Direct to Cell: How It Works

•Starlink Direct to Cell does not rely on traditional cell towers. Instead, it leverages its satellites and ground-based infrastructure, such as gateway stations and Points of Presence (PoPs), to deliver internet and cellular connectivity.

•The system uses laser backhaul technology to connect satellites within the existing Starlink constellation. This allows even the earlier satellites to provide global services, subject to regulatory approvals, without depending on extensive ground infrastructure.

•Starlink satellites equipped with Direct to Cell capability feature an advanced eNodeB modem onboard, functioning like a cellphone tower in space. This technology enables seamless network integration, operating similarly to a standard roaming partner. 

•Direct to Cell works with existing LTE phones wherever you can see the sky. No changes to hardware, firmware, or special apps are required, providing seamless access to text, voice, and data.

•Direct to Cell will provide Internet of Things (IoT) connectivity in areas beyond the reach of traditional ground-based infrastructure, such as cell towers and fiber-optic cables. This will enable millions of devices across vital global industries to connect.

Regulatory Milestones

The Federal Communications Commission granted SpaceX conditional approval on Nov. 26 2024 to use Starlink broadband satellites to keep T-Mobile smartphone users connected in cellular dead zones across the United States. SpaceX received permission to use T-Mobile’s cellular frequencies on up to 7,500 Gen2 Starlink satellites to provide Supplemental Coverage from Space (SCS), provided it does not interfere with other networks.

Global Deployment and Future Plans

SpaceX now has a sufficient number of satellites in Earth’s orbit to offer commercial services for its cellular Starlink system. However, full-scale deployment in the United States remains under review, with the FCC requiring broader licensing for complete operational approval.

Internationally, Starlink is working on regulatory clearances with various countries, as seen in partnerships with telecom operators such as T-Mobile (U.S.), Rogers (Canada), Optus (Australia), KDDI (Japan), and Salt (Switzerland) These collaborations aim to integrate Starlink’s Direct-to-Cell service into existing networks once approval is secured. The service is expected to initially support SMS messaging, with voice and data capabilities planned for a 2025 rollout, subject to regulatory progress.

Opportunities and Challenges for Telecommunications

•Opportunities

Starlink’s Direct to Cell service is a significant innovation that could pressure traditional telecoms to expand their rural coverage and improve service quality. However, it may complement rather than entirely replace traditional telecoms, particularly in urban markets where fiber and 5G are dominant. 

•Challenges

Direct-to-Cell services also pose significant challenges to terrestrial telecom providers. While traditional companies focus on ground-based infrastructure like fiber and 5G, satellite operators are introducing disruptive models that could reduce the reliance on extensive terrestrial networks. This growing competition is likely to spark global regulatory battles and lobbying efforts.

Traditional telecom companies, with their strong relationships with regulators and governments, may leverage licensing, spectrum allocation, and local laws to slow Starlink’s expansion.

Regulatory and Competitive Dynamics

Tension between traditional telecom operators and satellite-based broadband providers like Starlink, OneWeb, and Amazon’s Kuiper is evident across various regions, driven by competition and regulatory challenges.

European Union

In the EU European telecom operators have voiced concerns about the allocation of spectrum for satellite internet services. They argue that LEO satellites like Starlink and OneWeb could interfere with terrestrial 5G services, which also rely on mid-band and high-frequency spectrums. The European Telecommunications Network Operators’ Association (ETNO), now known as Connect Europe, has lobbied for stricter rules on spectrum sharing and prioritization, aiming to protect investments in 5G infrastructure. 

Italy

Italian telecom operators, represented by the industry group Asstel, view Starlink as a disruptive competitor and a potential threat to their business, with its entry into Italy causing noticeable friction.

United States

The T-Mobile and Starlink partnership raised alarm among rival telecom operators, who fear potential spectrum interference and market encroachment by satellite operators. 

India

In India, Starlink faced regulatory pushback after pre-selling its services without the necessary licenses. The Department of Telecommunications (DoT) intervened, prompted by lobbying from the Cellular Operators Association of India (COAI). Local telecom operators argued for stricter licensing requirements, emphasizing that unregulated satellite services could undermine the domestic telecom industry.

Africa

Starlink’s rapid expansion of its satellite internet service across Africa over the past two years has elicited mixed reactions. With speeds significantly surpassing those of fixed broadband providers, an increasing number of consumers and businesses on the continent are eager to adopt the service. However, telecommunications companies and internet service providers who have invested heavily in local network infrastructure are apprehensive about Starlink and the formidable competition it represents. 

Starlink faced delays in launching in South Africa due to government requirements to partner with a local entity and adhere to Black Economic Empowerment (BEE) rules. Telcos there have also voiced concerns about the competition it would bring to their rural broadband efforts. Telecommunication companies have used regulatory hurdles to slow Starlink’s entry into the market, citing concerns about data sovereignty and the potential for market disruption. 

Brazil

In Brazil, Starlink’s partnerships to connect remote schools and the Amazon rainforest have created friction with local telecom providers. Brazilian telcos have lobbied for stricter satellite licensing processes, citing concerns over potential interference with local services and whether satellite operators comply with tax and regulatory obligations. Additionally, SpaceSail, a Chinese rival to Starlink, signed an agreement on November 20, 2024, to enter the Brazilian market, further intensifying competition.

Australia

In rural Australia, Starlink’s presence challenges Telstra’s dominance in providing remote connectivity, traditionally supported by government subsidies. Telstra has argued for subsidies to focus on terrestrial infrastructure, questioning the reliability and scalability of satellite services. Despite this, Australia’s two largest telecom operators have begun backing LEO satellite technologies, signaling a shift in the competitive landscape.

Starlink’s Potential Impact on Traditional Telecommunications

Starlink’s satellite-based service has the potential to disrupt traditional telecommunication companies, but whether it poses a direct threat depends on several factors.

Advantages of Starlink

1. Global Coverage: Starlink’s satellite network provides near-global coverage, including areas where traditional telecoms lack infrastructure.
2. Ease of Access: By aiming to connect directly to standard cell phones without additional hardware, Starlink could simplify user access and reduce reliance on terrestrial networks.
3. Infrastructure Independence: Starlink’s satellite-based system bypasses the need for terrestrial infrastructure like cell towers and fiber optics, offering resilience in natural disasters and challenging geographies.
4. Competitive Pricing: Starlink’s pricing model could undercut traditional telecom providers, making it an attractive alternative.

Challenges and Disadvantages

1. Regulatory and Market Challenges: Traditional telecom providers, with their strong relationships with regulators and governments, may leverage these connections to create obstacles for Starlink. Licensing requirements, spectrum allocation processes, and compliance with local laws could delay its expansion. In regions where telecom providers hold monopolistic or oligopolistic control, they may also use their entrenched market positions and lobbying power to resist competition from satellite-based services.
2. Environmental Concerns: Issues like light pollution and rocket emissions could lead to stricter regulations, potentially delaying satellite launches and increasing costs. Unlike satellite services, traditional telecom infrastructure (e.g., fiber optics and cell towers) does not face the same level of global scrutiny.

Conclusion: The Threat to Traditional Telecoms

Starlink’s success will depend on its ability to navigate regulatory challenges and adapt to competitive dynamics in diverse markets.

At the Satellite 2020 conference, Elon Musk estimated the global market for providing internet access to underserved areas could be worth $30 billion annually. Musk downplayed the threat to traditional telecoms, stating:

“Starlink is not some huge threat to telcos. I want to be super clear: it is not.”

However, as the author for Light Reading noted, “By definition, a company providing connectivity that’s easy to get and reaches anywhere has to be a huge concern to telcos and cable providers – companies designed and run for decades to exist as unchallenged regional monopolies” (Light Reading, source)

While Starlink, SpaceMobile, and similar services may target different geographies and customer bases, their ability to offer seamless, global connectivity challenges the traditional telecom model. This could carve away significant portions of the $30 billion market Musk envisioned in 2020, reshaping the competitive landscape and compelling telecoms to adapt or risk obsolescence.

*About the image used in this post: Learn more about OpenAI’s image generation tool: https://openai.com/dall-e

References

1.StarlinkBusiness Direct To Cell https://www.starlink.com/business/direct-to-cell

2.SpaceX gets conditional approval for direct-to-smartphone service https://spacenews.com/spacex-gets-conditional-approval-for-direct-to-smartphone-service/

3.SpaceX breaks turnaround record, launching Falcon 9 booster, B1080, twice in less than 2 weeks https://spaceflightnow.com/2024/11/24/live-coverage-spacex-to-launch-23-starlink-satellites-on-falcon-9-rocket-from-cape-canaveral-5/

4.SpaceX: Cellular Starlink Service Is Ready to Go https://www.pcmag.com/news/spacex-cellular-starlink-service-is-ready-to-go

5.Adios, dead zones: Starlink relays SMS in space for unmodified phones on Earth https://www.theregister.com/2024/01/12/starlinks_satellite_cellular/

6.SpaceX Receives FCC Approval for Starlink Direct-To-Cell Tests

7.Musk’s Starlink is ‘not some huge threat to telcos https://www.lightreading.com/services/musk-s-starlink-is-not-some-huge-threat-to-telcos-

8.Starlink ruffles some feathers in Italy’s telco industry https://www.teslarati.com/starlink-italy-telco-association/

9.AT&T and Verizon have a beef with T-Mobile’s Starlink satellite service https://www.theverge.com/2024/8/16/24221677/att-verizon-fcc-complaint-tmobile-spacex-starlink-satellite-service

10.SpaceX accuses European telcos of bullying https://www.telecoms.com/satellite/spacex-accuses-european-telcos-of-bullying

11.Connect Europe unveils “Europe’s Digital Choice”, an ambitious policy agenda for the new EU leadership https://connecteurope.org/news/connect-europe-unveils-europes-digital-choice-ambitious-policy-agenda-new-eu-leadership

12.Starlink is not a licensee, clarifies Department Telecommunications https://pib.gov.in/PressReleseDetail.aspx?PRID=1775425&reg=3&l

13.Starlink’s aggressive push in Africa keeps telcos on high alert https://african.business/2024/11/technology-information/starlinks-aggressive-push-in-africa-keeps-telcos-on-high-alert

14.Starlink black ownership plan in South Africa https://mybroadband.co.za/news/broadband/572641-starlink-black-ownership-plan-in-south-africa.html

15.Namibia Orders Starlink to Cease all Operations in the Country https://www.bnnbloomberg.ca/business/company-news/2024/11/28/namibia-orders-starlink-to-cease-all-operations-in-the-country/

16.Brazil seeks to break Starlink’s monopoly https://www.lemonde.fr/en/economy/article/2024/11/18/brazil-seeks-to-break-starlink-s-monopoly_6733222_19.html

17.Chinese rival to Starlink strikes deal to enter Brazil https://www.reuters.com/technology/space/chinas-starlink-rival-agrees-deal-enter-brazilian-market-2024-11-20

18.Optus joins Telstra in offering Starlink https://www.cyberdaily.au/tech/11278-optus-joins-telstra-in-offering-starlink

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by Jason Rainbow — April 7, 2022

COLORADO SPRINGS —SpaceX has lost the right to provide Starlink broadband services in France after the country’s highest administrative court revoked its spectrum license. 

France’s Conseil d’État ruled April 5 that French telecoms regulator ARCEP should have launched a public consultation before authorizing Starlink in February 2021.

“In law, they should normally cease [providing services] immediately, pending ARCEP’s public consultation” following the court’s decision, a Conseil d’État spokesperson told SpaceNews.

Read more at: https://spacenews.com/starlink-loses-french-spectrum-license/

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Source: https://spaceflightnow.com/2021/09/14/spacex-launches-first-full-batch-of-laser-equipped-starlink-satellites/

September 14, 2021 by Stephen Clark

Snippet:

The rocket targeted deployment of the Starlink satellites in an elongated orbit with an apogee, or high point, of 213 miles (343 kilometers). The satellites, built by SpaceX on an assembly line in Redmond, Washington, will deploy solar panels and activate krypton-fueled plasma thrusters to reach an operational circular orbit at an altitude of 354 miles (570 kilometers).

The 51 satellites launched Monday will begin populating a new shell within SpaceX’s Starlink network. SpaceX completed the fleet’s first orbital shell after a series of dedicated launches from Florida over two years between May 2019 and May of this year.

The Starlink satellites launched so far give the network reach to high latitudes, but don’t provide global coverage.

“We’ve completed the first element of our network …which basically gets us to plus or minus 50 degrees, 53 degrees, 55 degrees (latitude),” said Gwynne Shotwell, SpaceX’s president and chief operating officer, during a panel discussion at the Space Symposium last month.

The next phase of the Starlink program, beginning with Monday’s launch, will expand the coverage to the polar regions.

Read the complete article at https://spaceflightnow.com/2021/09/14/spacex-launches-first-full-batch-of-laser-equipped-starlink-satellites/

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Source: https://wccftech.com/starlink-study-reveals-mind-boggling-facts-about-service-outages/

By Ramish Zafar

Aug 21, 2021

Space Exploration Technologies Corp.’s (SpaceX) Starlink satellite internet constellation was the center of a detailed study last month, conducted by the Carinthia University of Applied Sciences in Vienna. The study covers several areas of Starlink’s performance, such as its download speeds, latency and the ability to stream video continuously. Its results reveal that the internet service delivers an average download speed of 170 Mbps and a top download speed of 330 Mbps. Additionally, Starlink also demonstrates latencies as high as two seconds and dipping below 30 milliseconds reveals Carinthia’s ROADMAP 5G research group, which aims to study emerging technologies in the era of fifth-generation (5G) cellular internet connectivity.

Starlink Is Capable Of Working Outside Regions Covered By Dish And In Areas With Late Availability

For their study, the researchers connected a notebook to a Starlink router through a Gigabit-capable switch. They then ran their tests for the internet service’s download and upload speeds, latencies, downtime, video streaming, dish power consumption and the time the user terminal spends connected to the satellites.

Snippet:

Finally, the researchers could also connect to the Internet with Starlink in areas outside of the service’s coverage map. This included coverage in one area where availability is scheduled for 2022 and others where it is possible to order a user terminal now.

With only a limited number of Starlink satellites being deployed so far, the results of the study, which was conducted last month, are far from being set in stone. SpaceX has several plans for its satellites, including second-generation spacecraft that are capable of using lasers for communicating with each other, as it plans to aggressively build its constellation of thousands of satellites within the next few years.

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Snippet:

Elon Musk’s SpaceX revealed new details about plans for the next-generation of satellites in its Starlink internet system in federal filings on Wednesday, including that the company intends to use its massive Starship rocket as the primary vehicle to deliver the spacecraft to orbit.

SpaceX filed an amendment with the Federal Communications Commission that included descriptions of its plan, known as the Starlink “Gen2 System.”

SpaceX has launched 1,740 Starlink satellites to date, with its first generation system beginning launches in November 2019. Gen2 is planned to have nearly 30,000 satellites in total.

https://www.cnbc.com/2021/08/19/spacex-starlink-satellite-internet-new-capabilities-starship-launch.html

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By Ramish Zafar, Aug 8, 2021

Space Exploration Technologies Corp.’s (SpaceX) Starlink satellite internet service is making progress in delivering internet connectivity to vehicles. SpaceX’s subsidiary, SpaceX Services Inc, also referred to as SpaceX, has filed an application with the Federal Communications Commission (FCC) asking it to operate brand new user terminals. These terminals, ‘high performance’ variants of the dishes currently under use by Starlink’s beta-testers, will provide coverage to moving vehicles, including automobiles, vessels and aircraft. In its application, SpaceX collectively refers to the terminals as Earth Stations In Motion (ESIMs), and it provides details for their technical parameters such as power output and transmit duty cycles.

Starlink Terminals For Vehicles Will Stay Connected To Satellites For Longer

The new terminals will be used on all kinds of moving vehicles, including those operating on the ground and in the sea and air. According to SpaceX’s application, they will lower their transmit power but feature a higher signal gain alongside a higher scan angle and other adjustments suited to their use cases.

While collectively, the new terminals are called Earth Stations in Motion (ESIMs), a segment of these are designed to withstand stringent environmental conditions. SpaceX calls this segment of terminals ‘High Performance’ or HP. Some of the changes that the HP terminals will feature include handling harsher environments by withstanding longer changes in temperature, operating at higher and lower extreme temperatures and improving snow melting capabilities.

Read more at https://wccftech.com/new-starlink-dishes-for-cars-planes-to-carry-radiation-hazard-warning/

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SpaceX tells the FCC that Starlink is now serving 90,000 users in 12 countries, up from 69,000 in late June.

By Michael Kan August 3, 2021

Hundreds of thousands of internet users continue to wait for access to SpaceX’s satellite broadband network, Starlink. So how will the company keep up with the demand? 

SpaceX has revealed a few more tidbits about its second-generation Starlink network, which will be made up of nearly 30,000 satellites—or about 17 times larger than the existing network.

The company revealed the plans in a presentation last week to the FCC, which was first spotted by CNBC. The documents say Starlink is “rapidly rolling out internationally,” and is now serving 90,000 users in 12 countries, up from 69,000 in late June. In addition, the company has launched 1,740 Starlink satellites to expand the network, which can currently deliver download speeds from 50Mbps to 150Mbps or higher. 

Read the article at https://www.pcmag.com/news/second-gen-starlink-network-promises-faster-speeds-more-people-served

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by Jason Rainbow — July 26, 2021

TAMPA, Fla. — British telecoms regulator Ofcom is proposing rule changes that would affect Starlink, OneWeb and other satellite constellations operating in non-geostationary orbits (NGSO).

It is increasingly difficult for companies to agree on how to operate their NGSO networks without causing harmful radio interference to each other, Ofcom warned in a July 26 consultation document it issues before creating new rules. 

NGSO operators are required to coordinate their networks under International Telecommunication Union (ITU) radio regulations; however, Ofcom pointed to how “in many cases” these arrangements have not yet concluded.

“This creates a risk that interference between NGSO networks could cause localised degradation to the quality and reliability of these services,” it stated.

SpaceX’s Starlink constellation is currently estimated to exceed 1,600 satellites in NGSO, U.K.-based OneWeb has 254 and Canada’s Kepler Communications is operating around 15. All aim to expand their network significantly.

Canada-based Telesat, Amazon’s Project Kuiper and other NGSO ventures are racing to join them with large constellations of their own in low Earth orbit.

Ofcom proposes new checks on interference risks when it considers NGSO license applications and more powerful tools to deal with them if they emerge.

It said it is also seeking greater visibility into license applications in a public comment period that ends Sept. 20.

Read more at: https://spacenews.com/u-k-to-strengthen-regulations-for-starlink-oneweb-and-other-ngso-constellations/

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The U.S. National Science Foundation commissioned a study by the independent science advisory group JASON to assess the impact of current and planned large satellite constellations on astronomical observations in 2020. The charge for JASON was to:

• Understand the types and numbers of spacecraft planned for launch in the next decade.
• Understand the current regulatory process for commercial launches to Low Earth Orbit, both in the U.S and internationally.
• Characterize the types of interference that spacecraft could have on observations of multiple types, specifically in the optical and infrared wavelength regimes.
• Gather and describe the range of observations currently being made and foreseen for the future.
• Suggest any additional data that should be gathered to better understand the scope of the problem for the future.

NSF commissioned the report as a resource for all stakeholders. The JASON group had broad discretion in constructing its report and identifying relevant issues. The report sets benchmarks and the foundation for discussing the impacts on astronomy at various wavelengths.

NSF is reviewing the report’s findings and recommendations and intends to continue to work with stakeholders on the development of mutual solutions.

Please review the full PDF report.

For more see https://www.nsf.gov/news/special_reports/jasonreportconstellations/

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Abstract

The rapid development of mega-constellations risks multiple tragedies of the commons, including tragedies to ground-based astronomy, Earth orbit, and Earth’s upper atmosphere. Moreover, the connections between the Earth and space environments are inadequately taken into account by the adoption of a consumer electronic model applied to space assets. For example, we point out that satellite re-entries from the Starlink mega-constellation alone could deposit more aluminum into Earth’s upper atmosphere than what is done through meteoroids; they could thus become the dominant source of high-altitude alumina. Using simple models, we also show that untracked debris will lead to potentially dangerous on-orbit collisions on a regular basis due to the large number of satellites within mega-constellation orbital shells. The total cross-section of satellites in these constellations also greatly increases the risk of impacts due to meteoroids. De facto orbit occupation by single actors, inadequate regulatory frameworks, and the possibility of free-riding exacerbate these risks. International cooperation is urgently needed, along with a regulatory system that takes into account the effects of tens of thousands of satellites.

Extract:

Companies are placing satellites into orbit at an unprecedented frequency to build ‘mega-constellations’ of communications satellites in Low Earth Orbit (LEO). In two years, the number of active and defunct satellites in LEO has increased by over 50%, to about 5000 (as of 30 March 2021). SpaceX alone is on track to add 11,000 more as it builds its Starlink mega-constellation and has already filed for permission for another 30,000 satellites with the Federal Communications Commission (FCC)¹. Others have similar plans, including OneWeb, Amazon, Telesat, and GW, which is a Chinese state-owned company². The current governance system for LEO, while slowly changing, is ill-equipped to handle large satellite systems. Here, we outline how applying the consumer electronic model to satellites could lead to multiple tragedies of the commons. Some of these are well known, such as impediments to astronomy and an increased risk of space debris, while others have received insufficient attention, including changes to the chemistry of Earth’s upper atmosphere and increased dangers on Earth’s surface from re-entered debris. The heavy use of certain orbital regions might also result in a de facto exclusion of other actors from them, violating the 1967 Outer Space Treaty.

The authors: “there is little recognition that Earth’s orbit is a finite resource, the space and Earth environments are connected, and the actions of one actor can affect everyone. Until that changes, we risk multiple tragedies of the commons in space.”

https://www.nature.com/articles/s41598-021-89909-7

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