Abstract
Satellites are attractive option for carrying internet and other IP traffic to many
locations across the globe where terrestrial options are limited or [censored]
prohibitive. But data networking on satellite is faced with overcoming the
large latency and high bit error rate typical of satellite communications as well
as the asymmetric bandwidth design of most satellite network. Satellites are
ideal for providing internet and private network access over long distance and to
remote locations. However the internet protocols are not optimized for satellite conditions.
So the throughput over the satellite networks is restricted to only afraction of available
bandwidth, the leading supplies of TCP/IP to the computer industry have overcome their
limitations with the development of the Sky X product family.
Sky x Technology
SKY X PPT
Refer:
http://www.scribd.com/doc/40373410/SKY-X-TECHNOLOGY
http://www.scribd.com/doc/45022945/Sky-X-Technology
http://www.scribd.com/doc/50084012/Sky-x-Technology-2
Satellites are attractive option for carrying internet and other IP traffic to manylocations across the globe where terrestrial options are limited or [censored]
prohibitive. But data networking on satellite is faced with overcoming the
large latency and high bit error rate typical of satellite communications as well
as the asymmetric bandwidth design of most satellite network. Satellites are
ideal for providing internet and private network access over long distance and to
remote locations. However the internet protocols are not optimized for satellite conditions.
So the throughput over the satellite networks is restricted to only afraction of available
bandwidth, the leading supplies of TCP/IP to the computer industry have overcome their
limitations with the development of the Sky X product family.
Sky x Technology
SKY X PPT
Refer:
http://www.scribd.com/doc/40373410/SKY-X-TECHNOLOGY
http://www.scribd.com/doc/45022945/Sky-X-Technology
http://www.scribd.com/doc/50084012/Sky-x-Technology-2
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