Iridium, taking the telecommunications industry by storm, aims to connect satellites directly to devices such as smartphones and automobiles through their Low-Earth Orbit (LEO) satellite infrastructure tightly woven on 5G. The key feature here is connecting ordinary smartphones straight to satellite connectivity.
In a strategic move aimed at bolstering Norway’s space capabilities, Telenor Norway has successfully concluded the sale of its satellite business to Space Norway for a staggering NOK 2.36 billion ($228 million). The transaction, which received approval from the Norwegian Parliament just before Christmas, marks a significant shift in ownership of Telenor Satellite, a leading European provider of satellite TV broadcast and VSAT data communications services for maritime and land-based sectors.
In a groundbreaking collaboration, T-Mobile US and SpaceX are gearing up for the field testing of Starlink satellites, heralding a significant stride in eliminating mobile coverage dead zones. While the exact date for the commencement of field testing remains undisclosed, T-Mobile is optimistic about its imminent initiation, stating that the low-Earth orbit deployment of satellites sets the stage for the forthcoming trials.
In a groundbreaking development, Project Kuiper has revealed the successful testing of advanced optical communications payloads on its prototype satellites, KuiperSat-1 and KuiperSat-2. The optical inter-satellite link (OISL) capabilities, previously kept confidential, demonstrated the ability to maintain 100 Gbps links over a distance of nearly 621 miles during testing in October.
Voice of Eutelsat’s CEO Eva Berneke for satellite connectivity competition crystalizes among customers’ cry for variety. Merging with UK’s low-Earth orbit firm, OneWeb, has catalyzed Eutelsat’s evolution as a fusion of GEO and LEO capabilities. This major leap signifies a stride in service offerings, blending Eutelsat’s superior GEO satellites with OneWeb’s timely LEO constellation, aiming for a global reach by year-end.
The Global Satellite Operators Association (GSOA) is enforcing a behavior code for satellite operators, addressing the pressing issue of space debris caused by escalating satellite broadband services. The industry aims to advance its responsibility through shared best practices to preserve space access. This action, however, fuels debate over unendorsed practices, potential impacts on astronomy, and the proposed spectrum restraint at the upcoming World Radiocommunication Conference.
Just under a year ago, the tech world buzzed with anticipation over a new partnership between chip mogul Qualcomm and satellite firm Iridium. The aim? Integrating satellite-to-phone services via Snapdragon Satellite and Iridium’s resources. However, a recent shift in direction caught the industry’s attention. Despite a successful demo, smartphone manufacturers didn’t opt to incorporate this feature, leading Qualcomm to end the agreement. Yet, in the face of disappointment, Iridium remains optimistic, envisaging an industry veering towards greater satellite connectivity. As earthquakes ripple across the telecoms landscape, all eyes await what’s next.
In a groundbreaking revelation, Telus, Canada’s foremost operator, announced the successful two-way communication between smartphones and IoT devices, using Echostar T1, a geostationary Earth orbit satellite. Partnering with TerreStar and Skylo, Telus accomplished this feat using a specially-designed connectivity platform, highlighting the potential for remarkable connectivity throughout Canada, even in remote areas. As this technology differs significantly from regular D2D communication, Telus’s breakthrough is set to redefine the future of connectivity in previously unreachable corners of the country.
Telecom operators tapping into satellite partnerships could see a tremendous financial boost, as Juniper Research predicts a revenue uplift of US$17 billion from 2024 to 2030. With reliable geostationary orbit satellites from operators like SES and Intelsat, these partnerships promise dependable connectivity and advanced billing infrastructure to a broad customer base. Significant advancements are expected within the satellite-based 5G network landscape, transforming coverage, throughput, and resilience.
OneWeb’s constellation of low Earth orbit (LEO) satellites will enhance network coverage for Softbank, particularly in challenging regions. The move aligns with Softbank’s ‘Ubiquitous Network’ strategy, which unifies diverse non-terrestrial network (NTN) solutions to expand digital services. Besides its surprise partnership with SpaceX’s Starlink, Softbank continues to boost its stake in OneWeb, supporting its Japanese launch and integration into the Ubiquitous Network.
