UNILAND-MEDEA Fractal miniaturization of antennas

FITNESS

Development of the fracplane technology for mobile communication applications

Integration of miniature-multiband antennas based on fractal technology in integrated circuits for wireless applications

PIDEA-MEFISTA: Metallized foams in low cost antennas

Application of fractal technology in the design of antennas for integrated circuits in wireless solutions and applications

Fractal antennas with variable electrical tilt in SLIM-SITE configuration for third generation cell phone base stations (UMTS)

Application of Fracplane technology for ULTRA SLIM phone antennas

Development of tri-band solution of low visual impact for mobile phone networks of second and third generation: SLIMSITE TRI-BAND

Research of the relationship between the geometrical properties of the antennas in mobile phones

Wireless technologies for small area Networks with embedded security & safety

Integration of AiP (Antenna in Package) technology in devices for wireless applications

Research of the relationship between the antennas' geometrical properties and their radioelectric behaviour

Application of Fracplane technology for ULTRA SLIM phone antennas

Fractal multiband interlaced antennas array (2G-3G) Slim-Pole

Research of miniature internal antennas for mobile phone devices operating in FM band

Research of broadband antennas for mobile phone devices operating in DBV-H band

Distributed antenna system: towards antenna miniaturization in mobile devices that are robust to human body interaction

Research of new antennas and miniatuarized systems for wireless platforms

Antennaless technology for the future generation of antennaless mobile phones

Antennaless technology for wireless MIMO devices

Antenna technology integrated smart dough plans

Virtual AntennaTM Technology: the Next Generation Antenna for Wireless Devices

Smart VATech

Development of new high gain dual polarization 
wi-fi arrays and robust architecture for competitive cost manufacturing