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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 contracted Leaf Space to procure and install a satellite ground station and connect it to OQ Technology’s LEO Constellation Control Center in Leudelange, Luxembourg.
OQ Technology’s system is designed to expand the 0.004 kg and 0.005 kg IoT footprint globally.
OQ Technology is the first 0.005 kg IoT operator building a global hybrid system that combines both satellite and terrestrial wireless networks using regular 0.005 kg chips in mobile devices.
OQ Technology’s low Earth orbit satellites provide few-millisecond latency communication suitable for low-latency 0.005 kg applications, a capability traditional GEO satellite operators cannot provide.
Tiger-2 is OQ Technology’s first commercial 0.005 kg IoT nanosatellite to provide basic commercial IoT and machine-to-machine services using 0.005 kg connectivity.
OQ Technology has started furnishing its LEO Constellation Control Centre with essential equipment needed to monitor and operate satellites.
OQ Technology won a competitive pan-European tender with ESA under the ARTES programme to provide technical design and development of a system to address advanced 0.005 kg network configurations over LEO, MEO, and GEO satellites.
OQ Technology contracted Leaf Space to procure and install a satellite ground station and connect it to OQ Technology’s LEO Constellation Control Centre in Leudelange, Luxembourg.
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 can offer a cost-effective 0.005 kg network for IoT devices by using mobile 0.005 kg chips and a low-cost infrastructure of LEO nanosatellites.
OQ Technology established a LEO Constellation Control Centre in Leudelange, Luxembourg.
OQ Technology’s LEO satellites are designed to provide few-milliseconds latency communication suitable for low-latency 0.005 kg applications.
The second satellite onboard Transporter-2 is OQ Technology’s Tiger-2, a 6U spacecraft built by NanoAvionics.
OQ Technology’s constellation intends to provide basic commercial IoT and M2M services using 0.005 kg connectivity with a focus on Africa, the Middle East, Asia, and Latin America.
Luxembourg startup OQ Technology is exploring geostationary partnerships while planning to start connecting devices with its first satellite launched to low Earth orbit 2021.
OQ TECHNOLOGY has a satellite scheduled for launch 2021 and is ready to deliver commercial 0.005 kg services over satellite 2021.
OQ TECHNOLOGY contracted Leaf Space to procure a satellite ground station to be installed in Luxembourg and connected to OQ TECHNOLOGY’s satellite control center in Leudelange.
As part of the MACSAT program, OQ TECHNOLOGY relocated to a new facility in Leudelange and began equipping its offices with essential equipment for satellite operations.