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The 60-GHz frequency band can be employed to realise the next-generation wireless high-speed communication that is capable of handling data rates of multiple gigabits per second. To obtain the link-budget that is required for wireless gigabit-per-second communication, antenna arrays are needed that have sufficient gain and that support beam-forming. This requires the realisation of antenna arrays that maintain a high radiation efficiency while operating at millimeter-wave frequencies. Moreover, the antenna array and the RF front-end should be integrated into a single low-cost package that can…mehr

Produktbeschreibung
The 60-GHz frequency band can be employed to realise the next-generation wireless high-speed communication that is capable of handling data rates of multiple gigabits per second. To obtain the link-budget that is required for wireless gigabit-per-second communication, antenna arrays are needed that have sufficient gain and that support beam-forming. This requires the realisation of antenna arrays that maintain a high radiation efficiency while operating at millimeter-wave frequencies. Moreover, the antenna array and the RF front-end should be integrated into a single low-cost package that can be realised in a standard production process. In this work, an antenna solution is presented that meets these requirements.
Autorenporträt
Johannes Akkermans finalised his Ph.D. degree within the Radiocommunications group at the Eindhoven University of Technology in 2009. His research involved the development of planar beam-forming antenna arrays for 60-GHz broadband communication. During his research he cooperated with TNO (The Netherlands) and Thomas J. Watson research center (USA).