06 Dic Radio specturm surveillance and security for 5G and IoT communications
Wave has started working on a new generation of high-performance radio spectrum surveillance device dedicated to 5G and IoT security....
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29 Mar Multi-dimensional energy harvester for battery-less IoT wireless nodes
Wave has started working on a multi-dimensional henergy harvester dedicated to power wireless IoT end nodes. The Harvester will be developed in the frame of a public funded contract by Regione Lazio under the Strategical Aerospace Funding, POR 2014-2020....
29 Mar V band SSPA for SATCOM on the move
Wave has started working on a high power amplifier for next generation SATCOM on the move and fixed terminals in V band. The HPA will be developed in the frame of a public funded contract by Regione Lazio under the Strategical Aerospace Funding, POR 2014-2020....
03 Set Wave will participate to the European Space Agency event “Industry Space Days”
From the 16th to the 17th of September Wave will participate to the ESA sponsored event “Industry Space Days” (ISD). The event is dedicated to the European Space Market companies SMEs and Prime. Wave participated to the very first ISD in 2006. ISD is a...
18 Feb Wave releases 0,2-18GHz wide band receiver for Spectrum Surveillance
Wave has successfully designed and prototyped a wide band 0,2 – 18GHz receiver dedicated to Electronic Warfare, Spectrum Security and Satellite Elint. It has been developed in the frame of a public funded contract by Regione Lazio under the Strategical Aerospace Funding, POR 2014-2020. The...
07 Giu Wave releases 0,2-18GHz wide band receiver for Electronic Warfare
Wave has successfully designed and prototyped a wide band 0,2 – 18GHz receiver dedicated to Electronic Warfare. Developed in the frame of a public funded contract named GANIMEDE the FrontEnd is tought to be used in UAV dedicated ELINT systems. Compact and lightweight the FrontEnd has multiple...
04 Apr Wave deliver N.4 X-Band SSPAs for maritime and land radar
Wave has delivered N.4 X-band SSPAs designed to be used as transmitter in new generation phased array radar. Each SSPA is multi-channel with independent phase control. The total output power is 400W with an average efficiency of 25%. The challenge has been the high Vectorial Stability required:...
24 Feb Breakthrough in L Band GaN HPAs for on-board Satellite SSPAs
A new GaN HPA dedicated to on-board Satellite SSPAs working in the L Band stations has been designed and prototyped. With a CW max output power of 280W and 52% efficiency the new SSPA set a new frontier in Wave HPA development. An ITAR Free compact GaN...