Cylindrical EBG antenna for short range gigabit wireless communications at millimetre-wave bands

Adaptive Antenna Arrays for Ad-Hoc Millimetre-Wave Wireless Communications

New technologies that employ millimetre-wave frequency bands to achieve high speed wireless links are gaining more attention (Dyadyuk et. al., 2007, 2009b, 2010a; Hirata et. al., 2006; Lockie & Peck, 2009; Kasugi et. al., 2009; Wells, 2009) due to increasing demand for wideband wireless communications. Very wide uncongested spectrum is available in the E—bands (71-76 GHz and 81-86 GHz) recently...

Exploiting millimeter wave bands and optical controls for efficient Gigabit Wireless Communications

1 Alcatel-Lucent Italia – Wireless Transmission Division (WTD) [email protected], 2 Alcatel-Lucent Italia CTO Technology Program [email protected] 3 I.U.I. Centro de Tecnología Nanofotónica Universidad Politécnica de Valencia [email protected] 4 Università del Sannio – Facoltà di Ingegneria – Cátedra in Optoelettronica [email protected] 5 Alcatel-Lucent Ita...

Travelling Planar Wave Antenna for Wireless Communications

Microstrip antennas are one of the most widely used types of antennas in the microwave frequency range, and they are often used in the millimeter-wave frequency range. Actually as the demand for high data rates grows and microwave frequency bands become congested, the millimeter-wave spectrum is becoming increasingly attractive for emerging wireless applications. The abundance of bandwidth and ...

Multi–Antenna Techniques for Millimetre–Wave Radios

Millimetre-wave InP antenna for monolithic integration

Introduction: Millimetre-wave fibre wireless applications [1] could profit from a small antenna that can be fully integrated with the microwave and optical components of the system. This can lead to smaller and more cost-effective fibre-fed antenna units. Active integrated antennas [2] are another application that could benefit from a directly integrated antenna. Printed antennas are the obviou...