It is admitted that the WLAN and WiMAX networks encounter interference triggered by the UWB systems’ frequency range. Moreover, it is highly demanding to enhance the data transfer rate and the transmission quality of the (UWB) wireless communication. To get a higher quality in transmission between all kinds of planar antennas, monopole antennas have received much attention. A novel design has been introduced in the current research for the UWB printed monopole antenna which functions over a wideband from 2 to 10.6 GHz for the voltage standing wave ratio (VSWR) < 2. In order to obtain the required enhancement for the impedance bandwidth of the recommended antenna, a couple of amendments have been presented. Primarily, the ground plane edges were chamfered with a radius of 5 mm. Secondly, the patch and a feeder line were shifted. The properties of the Quad-band notched were attained via employing a line-shaped slot, a semi U-shaped slot in the radiating patch and twofold incision a U-shaped slot implanted in a Ground antenna, in that order. The mentioned bands include 2.045-2.29,3.4-4.66,5.6-6.06 and 8.84-10.6 GHz utilized for the S-band, WiMAX, WLAN and RN-band with the ITU-8 band operations. It is of note that the slots lengths and widths prevail the center frequency is 5.2, as well as the notch bands’ widths. The recommended antenna has exhibited numerous merits in comparison with the other newly suggested band notch antennas. In further details, it is advantaged for its compact size while having a less complicated structure. Furthermore, it enjoys a wide bandwidth as well as superior band-notch characteristics.