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.
Amazon’s Project Kuiper and Vodafone join forces to bolster 4G and 5G availability in Europe and Africa using cost-effective low Earth orbit (LEO) satellites. This partnership aims to connect distant cellular antennas to core networks, enabling telecom services without relying on intricate fibre-based systems. With a larger goal of bridging the digital divide, the collaboration also plans to offer backup services for disruptions and connect distant infrastructure.
The GSMA and the European Space Agency are planning a collaboration to further integrate satellite and cellular technologies. This new alliance promises to bring non-terrestrial networking (NTN) into the market mainstream, a significant step, previously signaled by NTN’s inclusion in the 3GPP’s 5G standards. With eyes set for integration in future 6G networks, this collaborative endeavor aims to advance unique solutions for businesses and consumers. It’s an astounding opportunity that potentially could yield a high-growth market worth $18 billion between 2024 and 2031.
UK’s latest telecommunications initiatives involve satellite broadband for remote Scottish regions, collaborating with Australia on telecoms diversification, and implementing advanced digital infrastructure such as smart lampposts, showcasing its commitment to becoming a global industry leader.
Spark reveals plans to trial satellite-to-mobile services, offering additional coverage and network resilience. Working with satellite provider Lynk, the initial trial focuses on text messaging before expanding to voice and data services, assessing the technology’s potential impact on telecommunications.
Spark’s partnership with Lynk Global marks a major milestone in mobile connectivity for New Zealand, testing direct-to-consumer satellite services to enhance network coverage and combat challenges posed by climate change.
AT&T challenges T-Mobile’s plan to harness SpaceX’s satellite services for improved mobile network coverage, citing potential interference and spectrum allocation violations. This rivalry intensifies the race to offer extensive coverage in hard-to-reach areas.
Viasat’s acquisition of Inmarsat advances as the UK’s Competition and Markets Authority grants unconditional approval, easing market competition concerns for in-flight Wi-Fi services amidst a rapidly evolving satellite communications sector.