₦airaland Forum

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

A satellite broadcasts a few watts of microwave signals from the geostationary orbit 36,000
kilometers above the earth. The transmissions are also broadcast over a wide “footprint” area. The satellite signals suffer an attenuation of approximately 200 dB, while making this 36,000 kilometers journey from the satellite to reception points on the ground. The satellite signals which finally arrive are extremely weak.
A dish antenna is used to collect these weak satellite signals over a large area - the surface of the dish. These signals are then focused by the parabolic curvature of the dish, to the focal point.
Even at the focal point, the satellite signals are only a few micro-watts.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

iDirect Modems: x1, x3 evolution, x5, 3000 series and 5000 series.

Mikrotik wireless service with hotspot billing system.

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

We will deliver 1.2m,1.8m,2.4m,3.8mtr and 11mtr sizes (Ku & C-band) equipment : within 24hrs to any state in Nigeria

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

Hi All,

You can now post comment on everything you need to know about Vsat on this thread, your past experiences, hardware inquiry, training inquiry, site challenges, bandwidth inquiry and everything you would like to know about VSAT and how it works. I would put a response as fast as i could in order to keep the thread educative, entertaining and enlightening.

@ Umassor,requested info has been sent to the provided email,


thanks