Earth Stations In Motion (ESIM) provide many benefits, especially the ability to provide communication in locations not covered by terrestrial networks, such as at sea or in the air. However, the advantages and disadvantages of earth stations in motion cannot be easily separated, even though the benefits are evident.
The advantages and disadvantages of earth stations in motion include providing connectivity on the go, flexibility and scalability, supporting various applications, while the disadvantages include bandwidth and data speed limitations, environmental factors, and higher costs.
This article will inform you about some of the advantages and disadvantages of earth stations in motion that you can consider.
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The Advantages and Disadvantages of Earth Stations In Motion
Like any other technology, earth stations in motion have several advantages that can be utilized and disadvantages to consider.
The advantages of earth stations in motion include providing connectivity on the go, flexibility and scalability, and supporting various applications, while the disadvantages include bandwidth and data speed limitations, environmental factors, and higher costs. Here are the advantages and disadvantages of earth stations in motion:
The Advantages of Earth Stations In Motion
Here are some advantages of earth stations in motion:
1. Providing connectivity on the go
ESIM supports internet connectivity on the go, whether by land, sea, or air. With this device, land vehicles such as trains, buses, trucks, and other vehicles can remain connected even in areas not covered by land networks.
Meanwhile, at sea and in the air, ESIM provides broadband internet access on cruise ships, commercial vessels, other maritime platforms, and aircraft to support passenger connectivity and crew operational needs.
2. Providing connectivity in remote areas
Another advantage of ESIM is its ability to provide connectivity in remote areas. With this device, broadband access can be extended to remote locations where land infrastructure is not feasible.
3. Flexibility and scalability
ESIM is unmatched in terms of flexibility and scalability. In terms of relocation, this device offers flexibility in network planning and investment as it can be easily moved and reinstalled.
Additionally, ESIM can be used to meet temporary increases in demand, such as during peak tourist seasons or events.
4. Supporting connectivity in disaster areas
In disaster areas, ESIM is used for connectivity for emergency communications and emergency response access. When land infrastructure is damaged or unavailable due to natural disasters, this device is capable of providing emergency communications.
In addition, ESIM connectivity in disaster areas also helps government agencies in carrying out emergency response activities in affected areas.
5. Supporting various applications
ESIM can support various applications for government agencies and aid organizations in terms of remote monitoring and control.
This device provides communication solutions for government agencies and humanitarian organizations operating in the field to perform remote monitoring of assets, such as in the energy and natural resources sectors.
The Disadvantages of Earth Stations In Motion
Here are some advantages of earth stations in motion:
1. Bandwidth and data speed limitations
Although it has many advantages in providing connectivity in areas without a network, ESIM has bandwidth and data speed limitations.
The bandwidth and data speed of mobile earth stations will be lower than those of fixed earth stations. Everything depends on the satellite system and specific ESIM technology.
2. Potential interference and interruptions
Another drawback of ESIM is the potential for interference and interruptions. Mobile earth station devices are more susceptible to signal interference from other sources. Additionally, signal blockage by buildings, terrain, or other obstacles can also cause interference.
3. Environmental factors
When using ESIM, environmental factors significantly impact network connectivity. Weather conditions, such as heavy rain or strong winds, can affect signal quality and connectivity of ESIM devices on ships or aircraft.
4. Performance depends on satellite orbit and coverage
Another disadvantage of ESIM is that its performance depends on satellite orbit and coverage. The type of satellite orbit (e.g., geostationary or non-geostationary) and satellite coverage area will affect the performance and reliability of ESIM.
5. Higher costs
Higher costs are another drawback of ESIM. Installing mobile satellite devices on ships or aircraft requires specialized equipment, resulting in higher initial costs compared to standard fixed ground stations.
These are the advantages and disadvantages of earth stations in motion to consider before deciding to use them. When you choose to use earth stations in motion, you can feel all the advantages of providing connectivity on the go, flexibility and scalability, and supporting various applications.
However, don’t forget to consider the disadvantages of bandwidth and data speed limitations, environmental factors, and higher costs. Another thing to note is that earth stations in motion must pass the certification test from the Directorate General of Digital Infrastructure (DJID).
With a DJID certification, users can feel calm about using earth stations in motion devices whose quality and security are guaranteed. For manufacturers or importers of earth stations in motion devices, obtaining certification from DJID is a mandatory step before the device can be officially marketed in Indonesia.
To simplify the certification process, Type Approval Certification Services for ICT Products are available to assist with this process as a reliable solution. -UN.
