How fast is Satellite DSL compared to other high-speed services? Aren they faster?
Most Internet technology is based on shared bandwidth. More users on a system at a given time will cause congestion and slow everyone’s operational speed. Sometimes one option will allow you to do things in less time than others.Since everyone uses shared bandwidth there’s truly no definitive answer. return to faq directory What if I am experiencing slow downloads with HughesNet satellite service? You can perform a HughesNet satellite speed test on your system and read about some quick tips to resolve slowdown issues regarding the DW6000 / DW7000 & HN7000S systems here. What is satellite transmission latency? Latency refers to the time it takes data to travel across a network. A satellite network has greater latency due to the time it takes for the signal to travel to and from the satellite. Since most communications satellites are located in a geostationary orbit about 35,786 Km (22,223 mi.) above the Equator, you can expect a delay of about 240 to 280 milliseconds. That’s approximate
Typically, landline networks (cable and fiber optic) offer faster internet service speeds than satellite internet providers. In addition, satellite networks have a disadvantage in transmission latency to overcome. However, if you are located beyond the reach of cable or fiber networks, satellite dsl can provide you with high speed internet access. That capability gives this service so much appeal. return to faq directory What if I am experiencing slow downloads with HughesNet satellite service? You can verify your internet service speed with this speed test ~ then follow these quick tips from HughesNet to resolve slowdown issues regarding the DW6000 / DW7000 & HN7000S systems here. What is satellite transmission latency? Latency refers to the time it takes data to travel across a network. A satellite network has greater latency due to the time it takes for the signal to travel to and from the satellite. Since most communications satellites are located in a geostationary orbit about 35,
