In this paper, a high gain modified planar patch antenna at 60 GHz band is proposed for URLLC in Industry 4.0 applications. The proposed single antenna element has -10 dB impedance bandwidth from 56.5 GHz to 63 GHz (11% fractional bandwidth at the center frequency of 60 GHz). The radiation efficiency is greater than 86.6 % in the whole band and the peak realized gain is 8.87 dBi, with less than 1 dB variation in the whole band. The proposed antenna has high front-to-back ratio value of 22.6 dB at 60 GHz. The radiation pattern is stable in the whole band, with very low side-lobe levels. The proposed antenna design can serve as a building block for a complete adaptive smart antenna system with high performance, while covering bandwidth of 6.6...
© 2015 IEEE. Wireless Gigabit (WiGig) presents advantages against IEEE 802.11ac\u27s WiFi in 2.4 and...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...
The demand for wireless data communications is rapidly increasing due to several factors including i...
In this paper, a planar rhombus-shaped microstrip patch antenna is proposed at 60 GHz ISM band for m...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
Industry 4.0 and 5.0 are paradigms of digitalization and intelligentization. The huge available band...
A wireless gigabit alliance (WiGig) is widely known for higher bandwidth which operates at 60GHz unl...
Industry 4.0 is a new paradigm of digitalization and automation that demands high data rates and rea...
© 2015 IEEE. Wireless Gigabit (WiGig) presents advantages against IEEE 802.11ac\u27s WiFi in 2.4 and...
© 2015 IEEE. Wireless Gigabit (WiGig) presents advantages against IEEE 802.11ac\u27s WiFi in 2.4 and...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...
The demand for wireless data communications is rapidly increasing due to several factors including i...
In this paper, a planar rhombus-shaped microstrip patch antenna is proposed at 60 GHz ISM band for m...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
International audienceIn this letter, a high-gain wideband antenna for 60 GHz wireless personal area...
Industry 4.0 and 5.0 are paradigms of digitalization and intelligentization. The huge available band...
A wireless gigabit alliance (WiGig) is widely known for higher bandwidth which operates at 60GHz unl...
Industry 4.0 is a new paradigm of digitalization and automation that demands high data rates and rea...
© 2015 IEEE. Wireless Gigabit (WiGig) presents advantages against IEEE 802.11ac\u27s WiFi in 2.4 and...
© 2015 IEEE. Wireless Gigabit (WiGig) presents advantages against IEEE 802.11ac\u27s WiFi in 2.4 and...
A high gain antenna array is designed and fabricated at 60 GHz. The array is via-less and made on a ...
The demand for wireless data communications is rapidly increasing due to several factors including i...