javascript:void(0) In this paper, simultaneous vortex and non-vortex based transmission is proposed to enhance capacity by covering multiple users. The system model proposes a cell scenario including new and legacy user equipments (UEs) for backward compatibility and a geometrical transceiver for uniform circular array (UCA) and uniform rectangular array (URA). The proposed scenarios are divided into two different types of transmissions; vortex based, non-vortex based and a simultaneous vortex and non-vortex based. The channel model is approximated by dominant transmission distance. Moreover, modified Bessel function is proposed to derive channel model giving fair divergence effect with elevation angle. The performance of simultaneous vortex and non-vortex based transmissions is derived and simulated in terms of the average capacity (AC), outage probability (OP), and throughput.