Abstract
This study aims to design a new cuboid dielectric resonator antenna (DRA) for LTE Femtocell base stations. The dielectric waveguide model (DWM) was used to carry out the dimension of cuboid dielectric resonator antenna. The dielectric cuboid is based on a high dielectric constant ceramic material, which is epsilon=30. The feeding structure is dependent on microstrip feed line resides above a FR4 substrate. However, a partial ground plane is used to increase Bandwidth and to act like an omnidirectional antenna. This proposed antenna is suitable for several applications such as LTE and WiFi. The achieved impedance bandwidth is above 800 MHz. This work was implemented based on CST Microwave Studio and fabrication.