when using satellite services for your wan connection, what statement is accurate?

When you use satellite services for your wan connection, what statement is accurate?

Satellite connections are more expensive than cable or DSL.

The latency of a satellite connection is higher than a cable or DSL connection.

A satellite will be able to work with any modem.

You need to purchase an amplifier in order for a satellite to work properly with the signal received from it.

The signal to noise ratio is higher for a satellite connection.

A satellite connection will cause an increase in packet loss on the network when compared to DSL or cable connections.

When you use satellite services for your wan connection, what statement is accurate? The latency of a satellite connection is higher than that of DSL or Cable connections and there are also issues with packet loss from satellites. Satellite connections are more expensive and require an amplifier in order to work properly. A true statement about using a Satallite service would be “Satellite Services have high Latency”. The other statements are not completely correct because they can’t all be true at once; so it’s only fair to say that one of them has to be the true statement.

True statement about Satellite Services: “Satellite connections are more expensive and require an amplifier in order to work properly.”

What is a true statement about satellite services? Using Satallite connection will cause increase of packet loss on network when compare with DSL or Cable. The latency from satelites service high than DSL or cable, also have problem for packet losts. If user want use this type of heave cost solutions should need amplify system too help his/her signal reach the destination. One true statements that can be given as answer would be “Satellie Service has high Latency”. Other stataments not correct because they cant all be true at once; so only fair conclusion is one of them must represent the truth.

What is a true statement about satellite services? Using Satellite connection will cause increase of packet loss on network when compare with DSL or Cable. The latency from satelites service high than DSL or cable, also have problem for packet losts. If user want use this type of expensive solutions should need amplify system too help his/her signal reach the destination. One true statements that can be given as answer would be “Satellie Service has high Latency”. Other stataments not correct because they cant all be true at once; so only fair conclusion is one of them must represent the truth.

One request: please do not number your sentences and bullet point them to make this easy to follow! Thank you! 🙂

What is a True Statement About Satellite Services?

Description of what a user might say about satellite service.

Atement about satellite services? Using Satellite connection will cause increase of packet loss on network when compare with DSL or Cable. The latency from satelites service high than DSL or cable, also have problem for packet losts. If user want use this type of expensive solutions should need amplify system too help his/her signal reach the destination. One true statements that can be given as answer would be “Satellie Service has high Latency”. Other stataments not correct because they cant all be true at once; so only fair conclusion is one of them must represent the truth.

One request: please include something about latency – it is the first sentence and should be more prominent.

“Satellie Service has high Latency.” One true statements that can be given as answer would be “Satellie Service has high Latency”. Other stataments not correct because they cant all be true at once; so only fair conclusion is one of them must represent the truth.

Atement about satellite services? Using Satellite connection will cause increase of packet loss on network when compare with DSL or Cable. The latency from satelites service high than DSL or cable, also have problem for packet losts. If user want use this type of expensive solutions should need amplify the antennae.

Atement for satellite services? Using Satellite connection will cause increase of packet loss on network when compare with DSL or Cable. The latency from satelites service high than DSL or cable, also have problem for packet losts. If user want use this type of expensive solutions should need amplify the antennae.

One request: please include something about latency – it is the first sentence and should be more prominent.

Latency in a nutshell; Latency is an essential component that affects many aspects of networking performance including bandwidth utilization, data transfer rates, error response time (ping), etc., but what exactly does it mean to measure latency? Here’s a quick explanation:

Latency can be measured in many different ways. The two most common types of latency are network and transport latency, where network latency is the time it takes for data to travel from one source node to another across a computer or network, while transport latency refers to how long it takes an application message to reach its destination based on factors such as bandwidth and constraints in the operating system.

Latency can be measured by using packet tracer tools (such as Tracert) which measure round trip times for individual packets sent over a connection between two endpoints; this method provides measurements that reflect transit delays within networks but not total transmission delay due to queuing at intermediate nodes or congestion along the route. However, other methods exist for measuring more accurate connections including Link Plots which reflect the round trip time of individual packets, and measurement tools such as Ping.

Transmission delay can be divided into four categories: propagation latency (the speed at which a signal propagates down an electric conductor), digital transmission lag due to queuing or congestion in intermediate nodes, analog modulation distortion delays caused by analogue electronics circuitry within transmitting equipment, and end-to-end network transport layer latency.

The propagation latency is a function of the transmission medium’s speed and distance, while digital transmission lag depends on how long it takes for packets to be queued in intermediate nodes. The delay imposed by analogue circuitry within transmitting equipment (known as modulation distortion) remains constant over any sort of line unless other impairments are present. End-to-end network transport layer latency can vary with congestion depending on routing, traffic patterns, type of connection, or use of devices such as WiFi which have higher latencies than wired connections but may offer better throughput because they carry less data per unit time.[0]

End Content: when using satellite services for your wan connection, what statement is accurate?

transmission delays due to queues in intermediate nodes

end-to-end network transport layer latency can vary with congestion depending on routing, traffic patterns, type of connection or use of devices such as WiFi which have higher latencies than wired connections but may offer better throughput because they carry less data per unit time.

Analogue circuitry within transmitting equipment (known as modulation distortion) remains constant over any sort of line unless other impairments are present.

The delay imposed by analogue circuitry within transmitting equipment (known as modulation distortion) remains constant over any sort of line unless other impairments are present. End-to-end network transport layer latency can vary with congestion depending on routing, traffic patterns, type of connection or use of devices such as WiFi which have higher latencies than wired connections but may offer better throughput because they carry less data per unit time. The delay imposed by analogue circuitry within transmitting equipment (known as modulation distortion) remains constant over any sort of line unless other impairments are present. End-to-end network transport layer latency can vary with congestion depending on routing, traffic patterns, type of connection or use of devices such as WiFi which have higher latencies than wired connections but may offer better throughput because they carry less data per unit time. A satellite link is the most expensive and least responsive to demand for communication capacity from end users since it uses a single channel and cannot be reconfigured easily in response to changes in demand for bandwidth like terrestrial links can.[/highlight] End