There is an increasing demand for broadband services in Indonesia. Therefore, the answer is the use of Ka-Band which has some advantages such as wider bandwidth, the higher transmission speeds, and smaller size of antenna in the ground. However, rain attenuation is the primary factor in the degradation of signal at the Kaband. In this paper, the author will determine whether the Ka-band frequency can be implemented in Indonesia which has high intensity of rainfall
45-50Quantitative analysis and prediction of radio signal attenuation is necessary in order to impr...
Rain Attenuation can cause significant degradation of signal strength in satellite communication lin...
This paper analyzes the comparison of data communications using GEO satellites between C-band and Ka...
There is an increasing demand for broadband services in Indonesia. Therefore, the answer is the use ...
Satellite Communications Systems are infrastructures that can be used for broadband multimedia appli...
Reliability of satellite-Earth communication links can be improved by ensuring the availability of a...
The tremendous worldwide growth in the use of Internet and multimedia services prompted the ambitiou...
The demand for space services frequencies in the Asia region has increased rapidly and higher freque...
Despite tremendous growth in the area of mobile telephony, Africa continues to lag behind other deve...
Dengan bertambahnya massa pada trafik data saat ini, dibutuhkannya bandwidth dengan kapasitas besar ...
The vast enhancement of telecommunication technology has encourage the increase of demand for more s...
Satellite communication systems operating at high frequencies (Ka-band and above) are severely impai...
Abstract- Quantitative analysis and prediction of radio signal attenuation is necessary in order to ...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
42-47A Ka-Band signal propagation study under tropical monsoon climate has been taken up jointly by ...
45-50Quantitative analysis and prediction of radio signal attenuation is necessary in order to impr...
Rain Attenuation can cause significant degradation of signal strength in satellite communication lin...
This paper analyzes the comparison of data communications using GEO satellites between C-band and Ka...
There is an increasing demand for broadband services in Indonesia. Therefore, the answer is the use ...
Satellite Communications Systems are infrastructures that can be used for broadband multimedia appli...
Reliability of satellite-Earth communication links can be improved by ensuring the availability of a...
The tremendous worldwide growth in the use of Internet and multimedia services prompted the ambitiou...
The demand for space services frequencies in the Asia region has increased rapidly and higher freque...
Despite tremendous growth in the area of mobile telephony, Africa continues to lag behind other deve...
Dengan bertambahnya massa pada trafik data saat ini, dibutuhkannya bandwidth dengan kapasitas besar ...
The vast enhancement of telecommunication technology has encourage the increase of demand for more s...
Satellite communication systems operating at high frequencies (Ka-band and above) are severely impai...
Abstract- Quantitative analysis and prediction of radio signal attenuation is necessary in order to ...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
42-47A Ka-Band signal propagation study under tropical monsoon climate has been taken up jointly by ...
45-50Quantitative analysis and prediction of radio signal attenuation is necessary in order to impr...
Rain Attenuation can cause significant degradation of signal strength in satellite communication lin...
This paper analyzes the comparison of data communications using GEO satellites between C-band and Ka...