The spectrum analyzer capture at Stop23 is shown below. The spectrum analyzer capture at Stop24 is shown below. The spectrum analyzer capture at Stop25 is shown below. The spectrum analyzer capture at Stop26 is below. The spectrum analyzer capture at Stop27 is shown below. The spectrum analyzer capture at Stop28 is shown below. The spectrum analyzer capture at Stop29 is shown below. RESULT ANALYSIS: 1. Before turning the eNodeB on, in the Indoor Narrowband analysis, the spectrum analyzer shows no activity in the EBS A, B, C or D bands. This is because there is no transmission in bands C and D, and the transmissions by the University in bands A and B are heavily attenuated by the buildings and the foliage before reaching inside DLC 1B20. 2. Before turning the eNodeB on, in the Indoor Wideband analysis, the spectrum analyzer shows no activity in the EBS A, B, C or D bands. This is because there is no transmission in bands C and D, and the transmissions by the University in bands A and B are heavily attenuated by the buildings and the foliage before reaching inside DLC 1B20. The spectrum analyzer shows activity only in the 2.4 GHz WiFi band, as the WiFi hotspot is in close vicinity to DLC 1B20.
The spectrum analyzer capture at Stop23 is shown below. The spectrum analyzer capture at Stop24 is shown below. The spectrum analyzer capture at Stop25 is shown below. The spectrum analyzer capture at Stop26 is below. The spectrum analyzer capture at Stop27 is shown below. The spectrum analyzer capture at Stop28 is shown below. The spectrum analyzer capture at Stop29 is shown below. RESULT ANALYSIS: 1. Before turning the eNodeB on, in the Indoor Narrowband analysis, the spectrum analyzer shows no activity in the EBS A, B, C or D bands. This is because there is no transmission in bands C and D, and the transmissions by the University in bands A and B are heavily attenuated by the buildings and the foliage before reaching inside DLC 1B20. 2. Before turning the eNodeB on, in the Indoor Wideband analysis, the spectrum analyzer shows no activity in the EBS A, B, C or D bands. This is because there is no transmission in bands C and D, and the transmissions by the University in bands A and B are heavily attenuated by the buildings and the foliage before reaching inside DLC 1B20. The spectrum analyzer shows activity only in the 2.4 GHz WiFi band, as the WiFi hotspot is in close vicinity to DLC 1B20.
Band%20Analysis%20Example.docx