The satellite industry has developed dramatically over recent years, both in terms of capability and its image thanks to HTS. This means that more people can access services via satellite than ever before, but perhaps more importanly, it means satellite is suddenly a viable alternative to oyhe types od connection, erspecially in remote areas.
Clearly, we are in a position where we can truly make an impact on the digital divide in those hard-to-reach areas, where consumers and businesses operating in rural and remote locations are severely lacking the communication infrastructure aviable elsewhere. It has long been the case that satellite can reach those areas other networks cannot, but with HTS we can do it easily, quickly ans cost-effectively right across the globe. As an industry, we have a unique opportnity to close that divide and a lot of that works has begun, with many of the mayor satellite operators rolling out ka-band. Thanks to HTS, satellite broadband services are able to be offered at a much cheaper rate than ever before, so consumers are seeing the value in turning to these services fot better, more reliable connectivity.
One od the hurdles when briding the digital divide faster is the installation and maintenance of the VSAR networks to be deployed in isolated areas, with the travel alone costing providers signigicant time and money. COmmunication providers are adopting smarter tools to ensure correct installation the first time, thus avoiding the need to travel all the wat back to s¡the site to fix problemas due to poor installation.
Naturally, one of the biggest concers with ka-band is rain fade, Being able to maximise the return link performance is extremely crucial to ensure the highest quality of sercice, even when there is a lot of rain or atmospheric attenuation.
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