Supply, installation and commissioning of a Q-/V-Band GEO Terminal (QVGT) Text automatically translated in your browsing language Automatically translated

UniBw M dtec.bw SeRANIS PT 434

The University of the Bundeswehr Munich (UniBw M) was founded in 1973 on the initiative of the then Federal Minister of Defence, Helmut Schmidt, under the name "University of the Bundeswehr Munich". It is one of two universities that the Bundeswehr has to train its trainee officers and young officers. The university is part of the civil organisational division Personnel and is assigned to the Federal Ministry of Defence. On 11 August 2020, UniBw M founded a new "Center for Digitalization and Technology Research of the Bundeswehr" (dtec.bw for short). dtec.bw is part of the Federal Government's Economic Recovery Plan to overcome the COVID-19 crisis and will be equipped with research funds from the Economic Recovery Plan via the Federal Ministry of Defence (BMVg). With the inclusion in the German Recovery and Resilience Plan (DARP), dtec.bw is financed by the European Union - NextGenerationEU. The research project "Seamless Radio Access Networks for Internet of Space" (SeRANIS) has been approved by the BMVg and is now to be realized. As part of SeRANIS, an experimental satellite is to be created in the LEO. The SeRANIS project is funded by dtec.bw. In SeRANIS, three complex and coordinated laboratory environments are being set up for research on forward-looking communication networks and technologies between space and the ground. With SeRANIS, UniBw M intends to investigate and demonstrate the military utility and technological maturity of key technologies of digitalization with the help of the three research laboratories to be built. For the SeRANIS project, UniBw M intends to procure the supply, installation and commissioning of a Q-/V-Band GEO Terminal (QVGT) as part of this procurement procedure. As part of UniBw M's terrestrial laboratory, the new QVGT will support communication in the Q/V frequency range between geo-satellites and ground systems for scientific applications. For this purpose, the QVGT will be integrated into the infrastructure of the UniBw M consisting of several satellite ground stations, which until now has not been able to operate the Q/V band frequency spectrum. The subject of the contract includes both hardware and software as well as associated services for the delivery of a QVGT. The main components include the antenna, the antenna control and tracking system, the Rx system, the Tx system and the associated services (documentation, factory inspection of the subsystems, transport, installation, on-site commissioning and final acceptance of the QVGT system). The contractor must deliver the QVGT as "Delivered at Place Unloaded" (DPU) in accordance with Incoterms(R) 2020 to a location designated by the client at the client's registered office by 30.11.2026 at the latest and invoice the services. Text automatically translated in your browsing language Automatically translated

Electronic via:
https://www.dtvp.de/Satellite/notice/CXP4YVC5ZEM

Electronic submission: required
https://www.dtvp.de/Satellite/notice/CXP4YVC5ZEM

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DE Deutschland
DE21H München, Landkreis

32530000 - Satellite-related communications equipment

32570000 - Communications equipment

32400000 - Networks

32531000 - Satellite communications equipment

30000000 - Office and computing machinery, equipment and supplies except furniture and software packages CVP code deduced from the text of the procedure AI-generated

30210000 - Data-processing machines (hardware) CVP code deduced from the text of the procedure AI-generated

30200000 - Computer equipment and supplies CVP code deduced from the text of the procedure AI-generated

Preis

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