Design Simulation of a Hexagonal for Multiband Fractal Antenna

In near future a high-speed data and high-quality multimedia applications will be provided by 5G technology. Many wireless communication systems and mobility aware applications, such as MIMO technology, antenna miniaturization combined for multiband capability is highly desired. Fractal antenna technology which is geometry-based rather than material-based, is now helping in wireless applications. In this paper a Sierpinski carpet fractal antenna has been applied for this a hexagonal shape is designed over a patch. The simulated result shows a multiband behaviour by two iterations. This antenna resonates at 1.72Ghz, 2.23Ghz, 3.00Ghz, 3.12Ghz,4.12Ghz,4.3Ghz, and 5. 5Ghz.The measurement of antenna shows a good bonding with simulated result. This antenna may be useful for WLAN, WiMAX, and mobile communication.