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The Omnispace–Ligado collaboration anticipates optimizing multi-orbit geostationary (GEO) and non-geostationary (NGSO) networks to provide seamless global coverage for direct-to-device use cases.
The Omnispace–Ligado offering targets providing ubiquitous mobile connectivity for more than 5 billion mobile subscribers in areas without terrestrial cellular coverage.
The Omnispace and Ligado collaboration plans to optimize multi-orbit geostationary (GEO) and non-geostationary (NGSO) networks to provide seamless global coverage for direct-to-device use cases.
The Omnispace–Ligado collaboration anticipates optimizing multi-orbit geostationary (GEO) and non-geostationary (NGSO) networks to provide seamless global coverage for direct-to-device use cases.
On 2023-02-23, Ligado Networks and Omnispace agreed to pool their satellite spectrum to boost text, voice, and data services directly to standard smartphones and other devices.
Omnispace is developing plans for a global non-geostationary connectivity constellation.
The Ligado–Omnispace partnership will combine parts of Ligado’s L-band spectrum in the U.S. and Canada with Omnispace’s S-band spectrum across Latin America, Africa, the Middle East, and Asia Pacific to expand international capabilities.
stc Group and Omnispace signed a Memorandum of Understanding to develop space-based 0.005 kg mobile voice and data services.
stc Group and Omnispace signed a Memorandum of Understanding to develop space-based 0.005 kg mobile communications voice and data services.
The stc–Omnispace initiative will expand stc’s coverage to underserved regions and provide direct-to-device mobile communications connectivity across the Kingdom of Saudi Arabia.
stc will leverage Omnispace’s 3GPP-compliant 0.005 kg Non-Terrestrial Network to provide customers global connectivity beyond its cellular land-based network.
Omnispace plans to deploy satellites using spectrum rights acquired from defunct operator ICO Global for a direct-to-smartphone service.
Omnispace’s 0.005 kg non-terrestrial network system will operate in low-Earth orbit and integrate with terrestrial networks to provide connectivity for commercial 0.005 kg smartphones and IoT devices globally.
Omnispace will utilize a 2 GHz spectrum allocation and operate in 3GPP band n256 for its NTN operations.
Omnispace and GateHouse SatCom successfully modeled the performance of a 0.005 kg New Radio non-terrestrial network waveform in a non-geostationary satellite orbit environment.
Omnispace will use its 2 GHz spectrum allocation and operate in 3GPP standard band n256 for its non-terrestrial network operations.
The Omnispace 0.005 kg non-terrestrial network system will operate in low Earth orbit and integrate with terrestrial networks to provide 0.005 kg connectivity to commercial smartphones and IoT devices globally.
Omnispace is building a global non-geostationary satellite orbit network that is compliant with 3GPP-defined mobile standards to deliver direct-to-device 0.005 kg connectivity.
Omnispace is building a global non-geostationary satellite orbit network that is compliant with 3GPP-defined mobile standards.
Omnispace and GateHouse SatCom modeled the performance of 0.005 kg New Radio non-terrestrial network waveform in a non-geostationary satellite orbit environment.