Research Article
Technoeconomical Analysis of Macrocell and Femtocell Based HetNet under Different Deployment Constraints
Table 4
General simulation parameters.
| Parameter | Unit | Macrocell | Femtocell |
| Operating frequency | GHz | 2.1 | Carrier bandwidth(s) | MHz | 5, 40, 100 | Transmit power | dBm | 43 | 20 | BS antenna type | | Directional | Omnidirectional | BS antenna beamwidth, | ° | 65°/6° | 360°/90° | BS antenna gain, | dBi | 18 | 2.2 | UE antenna type | | Half-wave dipole | UE antenna gain | dBi | 2.2 | BS antenna height, | m | 30 | 2 | UE antenna height, | m | 2 (relative to floor level) | Receiver noise figure | dB | 9 | Backhaul connectivity constraint | Mbps | No constraint | 4, 16, and 100 |
| Simulation environment | Propagation scenario | | Suburban | Propagation model | | Dominant Path Prediction Model [22] | Building dimensions | m | 10 × 10 | Building height | m | 5 | Indoor floor plan | | Open space | External wall penetration loss | dB | 30 | Ceiling/floor penetration loss | dB | 4 |
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