In the age of ever-evolving technological advances, it may seem difficult to imagine that we could have a single prod
- 1) What Exactly Is LEO?
- 2) What Are the Differences Between LEOs (starlink) and Regular Satellite Internet?
uct or service that enhances our lives so much. However, as more and more people are living in rural areas with limited access to fast internet speeds, there is one such invention – fiber optic (fiber) internet! In this article I will compare starlink’s proposal for rural communities against established standards like fiber optics and see which offers better benefits overall.
What Exactly Is LEO?
LEO is a type of satellite internet service that uses a grid (or constellation) composed of thousands of satellites in orbit close to the earth. As such, it provides low latency and high bandwidth connectivity for users all over the world. The LEO companies Starlink, Amazon Kuiper and Telesat are currently battling each other out with their respective projects so as to be crowned king when they eventually fulfill Elon Musk’s vision – this will happen by 2024 according to his plan!
There have been several attempts at launching an LEO business but most ended up filing bankruptcy due to costs; only three remain today: Starlink aka SpaceX company led by Elon Musk himself who has 900 Satellites already placed into space.
Satellite internet is wireless internet that comes from satellites orbiting the Earth. The main difference between LEOs and GEO’s (traditional satellite internet – like Viasat or HughesNet) are the number of satellites used, as well as their proximity to earth. With more than 3000 miles above earth’s surface, LEO’s require a network of thousands of connected-to-earth connections which makes it faster in comparison with traditional satellite providers such as GIO who use only two to four thousand at altitudes 22000 feet up in space – making latency an issue for them when compared to how fast things happen down here on Earth!
The cost of putting Starlink satellites in orbit is a hefty $6.1 billion and the reoccurring expenses are another $2 billion for replacement, totalling an astronomical sum of about 8 million dollars per satellite.
Rural communities are losing out on internet service because companies such as Starlink do not realize that many people in rural areas cannot afford to pay for the high costs associated with providing them access. These providers ignore this fact by charging up front fees of $500 and monthly payments of close to $100, which is twice what consumers would have to pay if they were living near a larger city or using fiber-based gigabit broadband services.
fiber internet offers a speed of up to 10 Gbps, which is more than any satellite internet connection speed. In comparison, Starlink has a maximum of 150 Mbps in each direction and this becomes noticeable when doing anything that requires bandwidth such as streaming or playing online games.
Starlink’s ground stations cover the entire CONUS, which inhibits potential for interference from other satellites. This increases risk of faster degradation and performance losses in Amazon Kuiper Systems as well as others relying on Starlink band frequencies such as GO! services operating under LEOs who are at permanent risk of interference due to shared frequency bands with Starlinks’ high power transmissions (that work best when they have a clear line-of-sight) that could disrupt their communications system without any notice.
Fiber optics has an advantage over wireless Internet because fiber is made of glass and does not have interference from external electromagnetic sources, like the sun or a nearby ground station.
LEOs are more sensitive to weather, which can lead to outages in the event of storms and rain. Fiber is less likely to be disrupted by these conditions making it a better choice for those relying on communication during a public safety event.
starlink internet is a service that delivers high speeds to homes in remote locations. However, because of its distance from the user and time it takes for internet signals to go back and forth between satellite dish at home, users may experience lag on their online gaming or other data-intensive activities. Fiber optic internet cables are much more resilient with faster communication rates – sometimes up to 10 gigabits per second!