Tag Archive for: OneWeb

In a letter to the Federal Communications Commission, OneWeb urged the regulator to reject a request from satellite broadcaster Dish Network and spectrum holder RS Access to run two-way mobile services in the band which would harm the NGSO broadband.

Plans to use the 12 GHz band for terrestrial 5G would severely disrupt non-geostationary orbit (NGSO) broadband across the United States, OneWeb said July 11 in analysis supporting an earlier study from SpaceX.

If approved, “it would leave significant areas of the United States unusable by the otherwise ubiquitous NGSO [fixed satellite service] user terminals,” wrote Kimberly Baum, OneWeb’s vice president of spectrum engineering and strategy.

To connect user terminals, the SpaceX-owned Starlink and OneWeb megaconstellations use a satellite downlink band that extends from 10.7 GHz to 12.7 GHz.

The analysis from OneWeb is the latest in a string of studies assessing how a high-power mobile network in the 12.2-12.7 GHz band would impact NGSO services.

According to studies conducted by engineering firm RKF Engineering Solutions for RS Access, the 5G network would impact fewer than 1% of NGSO terminals, and mitigation techniques are readily available for those that are affected. 

However, SpaceX told the FCC on June 21st that its analysis shows Starlink users would suffer harmful interference 77% of the time.

SpaceX said the RFK analysis was full of inaccuracies, and also failed to address how NGSO operators share the band among themselves through coordination agreements.

The 5G for 12 GHz Coalition, which includes Dish and RS Access, hit back July 7 by slamming SpaceX’s study as “scientifically and logically flawed.” 

The coalition took particular issue with how SpaceX’s analysis extrapolated nationwide assumptions from tests conducted in Las Vegas.

Baum said OneWeb’s analysis largely used the same assumptions as the RFK study, with “corrections only to the most egregiously flawed assumptions adopted by RS Access when applied to the OneWeb system, some of which overlap with corrections made by SpaceX in its study.”

OneWeb spokesperson Katie Dowd said the study drew from a suburban area where both systems could be deployed, which she declined to disclose.

“Additionally, we made a number of changes to take into account the OneWeb system and our business model, such as looking at NGSO user terminals deployed on the tops of several story commercial buildings that one might find in a suburban business park,” Dowd said.

Like SpaceX, OneWeb’s main issue with the RFK analysis is its assumption that NGSO FSS terminals will be deployed with a heavy bias toward rural areas, while mobile base stations and devices will be heavily skewed towards urban areas. 

“There is no real world justification for this bias,” Baum wrote to the FCC.

OneWeb’s study warns the operation of NGSO FSS user terminals in an area of expected mobile deployment “will almost always” result in harmful interference.

This is “completely masked in the RS Access studies, since it looks at deployment spread over the entire United States as opposed to local conditions,” Baum said.

The RS Access studies also only used Starlink to model interference, ignoring other NGSO operators she said “are architecturally, systematically, and entrepreneurially distinct from Starlink.”

According to Baum, including OneWeb and others would substantially increase the number of customers that an expanded terrestrial service would adversely harm.

While Starlink is currently providing broadband services across the United States, OneWeb expects to cover the country in 2023 after resuming satellite deployments later this year.

“The RS Access studies were only able to show that a two-way mobile terrestrial service could coexist with incumbent NGSO FSS operations in the 12 GHz band by creating artificial separation between the geographic operating areas of satellite user terminals and mobile devices,” Baum added.

“In reality, no such separation can or will exist. As the record illustrates, the viability of both NGSO FSS and mobile deployments hinge on the ability to be ubiquitously deployed.”

Chip Pickering co-chair of the 5G for 12 GHz Coalition, described OneWeb’s study as “another in-house, non-independent effort to discredit the scientifically proven feasibility of coexistence” in the 12 GHz band.

“It is important to note that the FCC has already made it clear that any NGSO FSS company utilizing the 12 GHz band is doing so at its own risk and there should be no expectation of exclusivity within the band,” Pickering said.

He said the coalition remains committed to working with the FCC to prove how NGSO and terrestrial 5G operators can co-exist in the band.


LEO satellite broadband connectivity’s demand has been ever increasing. As of 2020, there were one billion broadband subscriptions including Digital Subscriber Line (DSL), cable, or fiber-optic broadband services. Telecoms have been working to replace low-speed DSL broadband with fiber-optic broadband service. In 2020 alone, there were 42 million fiber-optic broadband net additions.

Cable network operators also continue to upgrade the networks to DOCSIS 3.1 to support Gigabit speed broadband access. Despite the advancements in different broadband technologies, only around half of total households in the world are connected to a type of fixed broadband. Among the households which are not connected to fixed broadband access, mobile network is the primary connectivity for internet access since many populations use internet via their mobile phones. Fixed Wireless Access (FWA) broadband services using mobile networks and proprietary technologies have also been filling the broadband gap across different markets. Satellite has been an important technology to provide broadband in remote areas where it is challenging to deploy other terrestrial broadband networks.

The COVID-19 pandemic spotlighted the importance of broadband connectivity in both social and economic aspects of work, learning, communication, shopping, and healthcare. Although network operators have managed the traffic surge contributed by home broadband networks well, governments around the world have witnessed that populations without efficient connectivity faced challenges to navigate through the pandemic. While households in the areas with limited fixed infrastructure need to rely on mobile network to access internet, it should be noted that 8 percent of the world’s population is still outside the mobile internet coverage according to the GSA. There is clearly a digital divide across different markets which needs to be addressed.

The Role of Satellite Broadband

Internet access via satellite networks has been a crucial solution for use cases such as emergency response, maritime, aviation, and broadband access in remote areas. Geostationary Orbit (GEO) satellite systems are the primary platform to provide broadband service, but only at a limited speed, between 5 Megabytes per second to 100 Megabytes per second, and with high latency, around 500 milliseconds, compared to other broadband platforms. Hardware and installation cost, usually above $300 is relatively high for consumers in emerging markets to get satellite broadband service. It is estimated that satellite market is providing around 3.5 million subscriptions worldwide as of today with the highest subscriber concentration in North America, followed by Europe.

Although satellite networks cover almost everywhere around the world, high cost of receiver hardware, low speed, and high latency have been a barrier for satellite broadband services to gain mass adoption. Recent Low-Earth Orbit (LEO) satellite development by SpaceX, OneWeb, and Amazon’s Project Kuiper are expected to change market dynamics since shorter distance from Earth’s surface enables LEO satellites to support latency as low as 30 milliseconds.

What is the Outlook for LEO Satellite Broadband in 2022?

LEO satellite broadband is still a niche market. According to SpaceX, which launched LEO broadband service Starlink in late 2020, it has now achieved around a 90,000-user base. It recently gained license to operate StarLink service in Mexico and is now trying to secure license to operate in India, one of the markets with lowest fixed broadband penetration. OneWeb, another LEO platform which aims to enter broadband market, has launched over 300 satellites in late 2021 after securing agreement with AT&T to provide broadband connectivity for AT&T business customers. Amazon provide a new progress regarding Project Kuiper as they announced that they have secured up to 83 launches from three commercial space companies—ArianespaceBlue Origin, and United Launch Alliance (ULA)—to provide heavy-lift capacity for the program..

Although LEO platforms supports low latency, high terminal cost is possibly a key challenge to expanding the customer base. Considering majority of the market opportunity existing in emerging market, heavily subsidized terminal cost of $500 is beyond the reach of most consumers. Despite attempts by industry players to reduce terminal cost, the current adoption rate which needs only low hardware volume, terminal cost deduction cannot be done enough yet. Furthermore, LEO platforms face inevitable competition from terrestrial broadband platforms. Especially the expansion of LTE networks and future 5G roll outs in emerging markets will continue to compete against LEO broadband services. Due to mass adoption, terrestrial networks tend to achieve faster ecosystem development which brings wider choice of hardware and software and lower cost to develop cost per user.

LEO platforms will need other players coming into the market soon since competition is expected to increase adoption rate and create a force to lower the terminal cost. Considering current market dynamics, there is a potential to of LEO broadband market to grow in 2022, however at the limited pace. LEO broadband services are likely to gain subscriber base from both consumer and business segments in advanced markets. However, business and government user base are likely to be major drivers of LEO broadband market in emerging markets. Initial target of LEO platforms is not to replace wired broadband services, but to connect the unconnected population. To achieve their goal, the ability to support enough capacity in targeted market is crucial. As competition arrives, improvements in hardware cost and features are expected to speed up accelerating the adoption in the residential market in the next few years.

OneWeb appeals to Government. The SoftBank-backed satellite firm has turned to the UK government for support as it seeks a lifeline

Oneweb has appealed to the Government for a rescue loan as the bankrupt satellite business hunts for a lifeline after a planned investment from Japanese giant SoftBank collapsed.

The British satellite company, which filed for Chapter 11 protection in the US, has held talks on whether a state-backed loan could provide urgent funding needed to revive the business.

In a letter to Downing Street, OneWeb is understood to have offered to move its entire operations from Florida to Britain. Ministers were told that transforming the business into a UK-centric operation could address ongoing security concerns about Britain’s telecoms network and deliver on the Government’s pledge to bring faster broadband to rural areas by 2025. Meanwhile, a warning was issued that without a taxpayer-backed loan, OneWeb’s cutting-edge technology could fall into foreign hands, sources said.

The rescue cash would be just a fraction of the hundreds of millions of pounds OneWeb would need to continue its plans for 600 broadband satellites and dozens of rocket launches. Last month, SoftBank, OneWeb’s biggest investor, pulled the plug on a planned deal that would have pumped $2bn into the company.

Sources said Government backing could prompt other investors to join a bailout deal for the start-up, which is headquartered in White City with a factory in Florida. OneWeb has been forced to lay off about 90pc of its 500 staff. A OneWeb spokesman said: “OneWeb is exploring a range of options but cannot comment on any specific discussion.”

The Government has launched schemes for businesses affected by coronavirus that are in need of funding with loans ranging from £5m to £25m. OneWeb, however, was generating little revenue and has burned through billions of pounds for rocket launches.

A government spokesman said: “The government put together a far-reaching package of support to help businesses and their employees through this very challenging time. We are in regular discussions with the space industry, including OneWeb, on how best it can be supported.”

OneWeb, founded in 2012, had been planning to launch a global broadband network using low orbit satellites. It spent more than $3bn (£2.4bn) on building satellites, buying spectrum and rocket launches. However, even as it launched 34 new satellites, Japanese investor SoftBank pulled vital funding support. OneWeb cited coronavirus uncertainty with the deal’s collapse.

While sources close to OneWeb remain confident of finding new investors, analysts are cautious. Quilty, which monitors the space sector, warned it was “unlikely” a strategic buyer would step forward. OneWeb appeals to Government