Antenna array design with rectangular ring slot for 5G technology

Ishak, Nur Ilham Aliyaa; Seman, Norhudah; Chua, Tien Han

doi:10.12928/telkomnika.v17i5.12816

Cited by 5 publications

(2 citation statements)

References 12 publications

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“…Anyway, the rapid development will create changes to the antenna. Therefore, it is necessary to realize the necessity to design an antenna that works in 5G-communication range [8], [9]. Microstrip patch antenna (MPA) is one of the most widely used and most sought-after antennas in the field of communication because they are small and easily manufactured, light-weight, for that reason, these antennas are the preferred choice for most communications industries.…”

Section: Theory Of Microstrip Antennamentioning

confidence: 99%

Design of circular-shaped microstrip patch antenna for 5G applications

2022

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Section: Theory Of Microstrip Antennamentioning

confidence: 99%

Design of circular-shaped microstrip patch antenna for 5G applications

2022

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“…This has led to the rise of mobile terminals with multi-mode in the field of wireless communication. 5G antenna, multiband antenna, multi-mode antenna, and smart antennas are the antennas whose demands have increased rapidly because they can be used in these terminals [6], [7]. Miniaturization of antenna and use of array antennas can lead to high-speed data transmission.…”

Section: Introductionmentioning

confidence: 99%

Compact MIMO antenna using dual-band for fifth-generation mobile communication system

Mishra

Rout

Salkuti

2021

IJEECS

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This paper presents the design of a multiple-input and multiple-output (MIMO) antenna for a fifth-generation (5G) smartphone that will work in dual-band. The antenna proposed in this work operates at 2 frequency ranges, i.e., (3300-3600) MHz and (4800-5000) MHz. The antenna design consists of four antennas that are placed perpendicular to the edge of the system and this makes it different from the traditional 5G antennas. The area of each antenna on the side frames is (3.9×17 mm), and hence can be used in ultra-thin smartphones for 5G applications. The reflection coefficient obtained in the simulations is less than -6 dB for the required band, which suggests that the required impedance matching is obtained. The antenna proposed is designed by using central time zone (CST) microwave studio.

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Equalization of Finite-Alphabet MMSE for All-Digital Massive MU-MIMO mm-Wave Communication

Paulchamy

Chidambaram

Vairaprakash

et al. 2021

J. Phys.: Conf. Ser.

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For more than twenty years, growing the performance and efficiency of wireless communications systems using antenna arrays has been an active field of study. Wireless networks with multiple-input multiple-output are also part of the current norms and are implemented around the world. Access points or BSs with comparatively few antennas are used for standard MIMO systems, and the resulting increase in spectral efficiency was relatively modest. A Multiple-Input Multiple-Output platform’s capacity is researched where the transmitter outputs are processed and quantified by a set of limit quantizes through an analogue linear combining network. The linear mixing weights and cutoff levels are chosen from with a collection of possible combinations as a function of the transmitted signal. Millimetre-wave networking requires optimum data transmission to various computers on same moment network in combination with large multi-user actually massive. In order to guarantee efficient data transmission, the heavy insertion loss of wave propagation at su ch a faster speed needs proper channel estimation. A new channel estimation algorithm called Beam space Channel Estimation is suggested. From a set of possible configurations, the capacity of a massive stream from which antennas signals are handled by an analog channel as a part of the channel matrix, linear mixture weights and frequency modulation levels are selected. Probable implementations of specific analogue receiver designs for the combined network model, such as smart antenna selection, sign antennas output thresholding or linear output processing. To demonstrate the effectiveness of BEACHES in service and have FPGA implementation results, we are developing VLSI architecture. Our results show that for large MU-MIMOs, mm-wave communications with hundreds of antennas, specially made denoising can be done at maximum bandwidth and in an equipment format.

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Antenna array design with rectangular ring slot for 5G technology

Cited by 5 publications

References 12 publications

Design of circular-shaped microstrip patch antenna for 5G applications

Design of circular-shaped microstrip patch antenna for 5G applications

Compact MIMO antenna using dual-band for fifth-generation mobile communication system

Equalization of Finite-Alphabet MMSE for All-Digital Massive MU-MIMO mm-Wave Communication

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