This panel consists in setting of the receiver characteristics of your generic system:
Table 12: Reception characteristics GUI
Description | Symbol | Type | Unit | Comments |
Noise floor: define a distribution of the noise floor | N | D or S | dBm | See section 1.2.3 for further details
|
Blocking mode
| - | B | - | Blocking mode and associated blocking mask |
Blocking response: Receiver frequency response (receiver blocking performance) | blocking | F (MHz) | dBm or dB depend. on mode | Receiver mask attenuation (positive or negative values depending on the chosen blocking mode, see below) versus frequency, see ANNEX 8: |
Intermodulation rejection: Intermodulation response (intermodulation interference) | intermod | F (MHz) | dB | Receiver mask at the intermodulation frequency. (see Annex A5.3 for further details) |
Receive power dynamic range
| Pcmax | S | dB | Used in the calculation of the dRSS. It is the maximum range of the received power that the VLR can accept, in terms of the maximum receive power over the VLR’s sensitivity threshold. If the trialled dRSS value exceeds sens+Pcmax , the dRSS is set to the latter value. See ANNEX 14:. |
Sensitivity
| sens | S | dBm/VLR reception bandwidth | Sensitivity of the receiver. See Section 1.2.4 |
Reception bandwidth: Operating bandwidth | B | S | kHz | Bandwidth of the receiver. |
Overloading | - | B | - | When selected, the overloading calclulation is performed. See Annex A5.4 for further details. |
Overloading threshold
| Oth | F (MHz) | dBm | Overloading threshold is the maximum interfering signal level, where close to that level the receiver loses its ability to discriminate against interfering signals at frequencies differing from that of the wanted signal |
Receiver filter | Rx_filter | F (MHz) | dB | Filtering of the receiver (if any). The filtering of the receiver is by default 0 dB (similarly to the default blocking filtering value). It is used in connection with the overloading calculation. |