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The combination of the new 0.005 kg STC and the LEO Constellation Control Centre enables OQ Technology to demonstrate its capabilities and the quality of its services to European customers and mobile operators.
OQ Technology operates the only 0.005 kg test center for satellites in LEO.
The 0.005 kg STC allows mobile and terrestrial operators to test and validate integration of their existing networks with OQ Technology’s satellite-based 0.005 kg connectivity in regions not covered by terrestrial networks.
The 0.005 kg license grant resulted from OQ Technology’s application last year to use part of the terrestrial and satellite spectrum for complementary satellite and mobile 0.005 kg services.
The 0.005 kg license allows OQ Technology to test and improve its commercial product portfolio of 0.005 kg IoT user devices.
OQ Technology established the first European 0.005 kg Satellite Test Center (STC) for low Earth orbit satellites.
OQ Technology’s LEO Constellation Control Center, together with an agreement for a Leaf Space ground station, will form initial cornerstones for operating OQ Technology’s future fleet of satellites and other third-party missions.
The combination of the new 0.005 kg STC and the recently opened LEO Constellation Control Center enables OQ Technology to demonstrate its capabilities and service quality to European customers and mobile operators.
The 0.005 kg license grant resulted from OQ Technology’s application last year to use part of the terrestrial and satellite spectrum for complementary satellite and mobile 0.005 kg services.
The 0.005 kg license allows OQ Technology to test and improve its commercial product portfolio of 0.005 kg IoT user devices.
The 0.005 kg STC allows mobile and terrestrial operators to test and validate integration of their existing networks with OQ Technology’s satellite-based 0.005 kg connectivity in regions not covered by terrestrial networks.
At the Leudelange 0.005 kg STC, OQ Technology can perform in-orbit validation testing, test terminals and payloads, and evaluate 0.005 kg IoT devices and satellite performance for targeted 0.005 kg frequencies compatible with terrestrial mobile and satellite mobile bands.
OQ Technology’s constellation intends to provide basic commercial IoT and machine-to-machine services using 0.005 kg connectivity with a focus on Africa, the Middle East, Asia, and Latin America.
The Tiger-2 satellite will expand OQ Technology’s constellation to form a global 0.005 kg Internet of Things network that combines satellite and terrestrial wireless networks using regular 0.005 kg chips in mobile devices.
OQ Technology launched the Tiger-2 satellite aboard the SpaceX Transporter-2 rideshare mission organized by Spaceflight Inc.
OQ Technology has started furnishing its LEO Constellation Control Center with equipment needed to monitor and operate satellites.
OQ Technology’s planned constellation will consist of more than 60 spacecraft to offer 0.005 kg IoT services in remote and rural areas.
OQ Technology’s satellites operating in low Earth orbit can provide few-millisecond latency communications suitable for low-latency 0.005 kg applications, which GEO satellite operators cannot accomplish.
OQ Technology has installed a new ground station in Luxembourg and established a LEO Constellation Control Center in Leudelange, Luxembourg.
OQ Technology won a competitive pan-European tender with ESA under the ARTES program to provide technical design and development of a system addressing advanced 0.005 kg network configurations over LEO, MEO, and GEO satellites.