Configurable Capacity 275 (in equivalent 36 MHz units)
Polarization Linear - Horizontal or Vertical
Typical Edge of Coverage e.i.r.p. Spots: 48.1 up to 61.1 dBW
Algeria: 51.5 up to 58.4 dBW
Typical G/T Range Spots: +4.1 up to +16.9 dB/K
Algeria: +1.5 up to +11.7 dB/K
C-band Key Parameters
Configurable Capacity 90 (in equivalent 36 MHz units)
Polarization Circular - Right or Left Hand
Typical Edge of Coverage e.i.r.p. Spots: 46.4 up to 52.2 dBW
Global: 34.6 up to 38.1 dBW
Latin America: 41.8 up to 46.3 dBW
Africa/Europe: 38.1 up to 43.3 dBW
Central Africa: 42.8 up to 47.6 dBW
Typical G/T Range Spots: +2.0 up to +13.4 dB/K
Global: -9.0 up to -5.9 dB/K
Latin America: -2.7 up to +0.7 dB/K
Africa/Europe: -5.6 up to -1.0 dB/K
Central Africa: -2.2 up to +3.0 dB/K
Ka-band Key Parameters
Configurable Capacity 37 (in equivalent 36 MHz units)
Coverage is illustrative (steerable).
Polarization Circular - Right or Left Hand
Typical Edge of Coverage e.i.r.p. 55.5 up to 58.1 dBW
Typical G/T Range +8.3 up to +11.3 dB/K
Notes: Payload performance values are preliminary and may change. Map shown for illustrative purposes and may change.
“As soon as the analysis of the anomaly has been completed, Arianespace will announce a new launch date. The objective is to launch around the end of September 2017,” the company added. “This postponement does not affect the other launches scheduled for the end of 2017.”
Translation:-
The international satellite operator, Intelsat, is at another key moment in its objectives of offering increasingly sophisticated services to the entire market.
The Intelsat 37e satellite, the fifth of its next generation high performance satellites, will be launched on 5 September next at 5:51 pm EDT from the Arianespace space center in Kourou, French Guiana, aboard a rocket Ariane 5.
Manufactured by Boeing, the fully digital payload of the Intelsat 37e represents a significant evolution of the award-winning Intelsat EpicNG platform, according to the operator in an official statement.
The satellite offers full beam interconnectivity in the C, Ku and Ka bands; and also includes improved feed sharing technology and Ku and Ka band orientable beams. These features combine to provide additional flexibility to meet the application and regional requirements for broadband, mobility and government customers in the Americas, Africa and Europe.
Intelsat 37e will be put into service at 342 ° East / 18° West where it will replace Intelsat 901, which will be relocated to another location on the globalized Intelsat network.
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