A Compact Milli-meter Wave Antenna for 5G Broadband Applications

Nowadays, the tremendous development of the next millimeter-wave (mm-Wave) fth-generation (5G) communication technology and antennas have been highly demanded due to meet the call for low latency, higher data rate, low cost, less usage of energy and supported transfer information for a considerable

Project Title

A Compact Milli-meter Wave Antenna for 5G Broadband Applications

Project Area of Specialization

Information & Communication Technology

Project Summary

Nowadays, the tremendous development of the next millimeter-wave (mm-Wave) fth-generation (5G) communication technology and antennas have been highly demanded due to meet the call for low latency, higher data rate, low cost, less usage of energy and supported transfer information for a considerable number of subscribers devices that deal with various applications beyond mobile communications and cellular industry.

Therefore, the spectrum available under millimetre-wave (mm-wave) band is a perfect choice to accomplish the bandwidth requirements and throughput for future 5G mobile applications. However, this advantageous spectrum has few critical limitations such as path loss attenuations, atmospheric absorptions and signal fading. In order to achieve enhanced performance through multi-path fading channels, the above-mentioned losses are needed to be resolved  In this project, a design of compact parasitic element loaded radiating system and modified corporate feed array configuration are proposed for 5G mm-wave (Ka-band) applications. The proposed antenna impedance bandwidth and radiation characteristics will be enhanced by employing various bandwidth enhancement mechanisms. The antenna will exhibits good voltage standing wave ratio (VSWR) and acceptable gain, The proposed radiator has super wideband bandwidth and it can be a feasible efficient solution for future 5G mobile base station applications.

Project Objectives

The objectives of this proposed project are:

1. Optimization of scattering parameters with in mmWave for 5G
2. Compactness of overall antenna design.
3. Bandwidth optimization while achieving low profile design

Project Implementation Method

Literature review is carried out for gap formulation and objective are set

Creating simulation senarios in simulator. The project is being designed and simulated using the software ANSYS Electronic Desktop.  

Latter stages also involves CST microwave studio

The reference design simulations are performed  and novel feature in the simulation and improvement of the results.  

After achieving the objectives along with optimized results, the sample is prototyped on dielectric material i.e. Roger RT/5880 substrate.

After completing the fabrication process the sample is than forward for measurements in collaborative institutions.

Results are complied in the form of research paper

Benefits of the Project

Millimeter-wave (mm-wave) band is a perfect choice to accomplish the bandwidth requirements and throughput for future 5G mobile applications. The proposed radiating element finds its applications in future 5G mm-wave, 5G mobile communications and super wideband mm-wave communications, 5G base station controlling networks and 5G wideband code division multiple access.

Technical Details of Final Deliverable

            An antenna is designed for mm-wave and it will be resonating on the (ka- band( from 24 GHz to 40 GHz for 5G communication.

The antenna will incorporate wide bandwidth while maintinig rest of the important parameters. Compact antenn design  with respect to compartive literature .

Final Deliverable of the Project

Hardware System

Core Industry

Telecommunication

Other Industries

Core Technology

Others

Other Technologies

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com