Suggestion of equipment » History » Version 5
Version 4 (AUGER, Anne sophie, 03/23/2015 11:00 PM) → Version 5/7 (AUGER, Anne sophie, 03/23/2015 11:21 PM)
h1. Suggestion of equipment
Regarding of the discussion we had with Mr PIZZOL, the methodology leading to a frequency allocation is the following :
* define system characteristics: EIRP, bandwidth, modulation
* find equipment adapted to the system requirements
* find in the TNRBF frequency bands corresponding to the equipment operation range
As we said before, the aircraft antenna is not considered in our project, though we know its constraints: this study has to be performed by RF experts, with the relevant interference study.
However, we can propose some ground antennas that fullfil the application mission statement.
* Antenne TP-LINK TL-ANT2424B - directive, 24 dBi gain:
p=. !antenne1.png!
p=. !tplink.gif!
bq.
| *Type* | Directive |
| *Gain* | 24 dBi |
| *Frequency* | 2,4 GHz |
| *Range* | 54 km at 1 Mbps |
| *Price* | 72€ |
Regarding of the discussion we had with Mr PIZZOL, the methodology leading to a frequency allocation is the following :
* define system characteristics: EIRP, bandwidth, modulation
* find equipment adapted to the system requirements
* find in the TNRBF frequency bands corresponding to the equipment operation range
As we said before, the aircraft antenna is not considered in our project, though we know its constraints: this study has to be performed by RF experts, with the relevant interference study.
However, we can propose some ground antennas that fullfil the application mission statement.
* Antenne TP-LINK TL-ANT2424B - directive, 24 dBi gain:
p=. !antenne1.png!
p=. !tplink.gif!
bq.
| *Type* | Directive |
| *Gain* | 24 dBi |
| *Frequency* | 2,4 GHz |
| *Range* | 54 km at 1 Mbps |
| *Price* | 72€ |