FCC Approves Launch of More than 700 Satellites

Satellite in spaceThe proposed OneWeb satellite constellation reached progress in its pursuit of offering global Internet service, following the U.S. Federal Communications Commission’s (FCC) approval for market access in the country.

A total of 720 Internet-beaming, low-Earth orbit satellites are expected to go online by 2018 at the earliest. The approval advances OneWeb’s intention of providing Internet services to rural and other remote areas through Global Positioning System (GPS).

Space Internet

While the FCC has already approved U.S. market access for OneWeb’s plan, it will still require other permits, according to FCC Chairman Ajit Pai. In addition, the government agency will need to consider other issues such as possible orbital debris and in-line interference arising from the project’s scope, said FCC Commissioner Michael O’Rielly.

Like OneWeb, companies that seek to deploy products and services that rely on GPS should be able to test those using reliable tools. A GPS constellation simulator, for instance, allows enterprises to save on development costs, as it shortens the required development period for their project.

Satellite Oversupply?

The news about OneWeb’s plan will further increase the number of satellites that orbit our planet, which begs the question if more than 1,300 existing satellites are already excessive. The issue of disposing of old and damaged satellites particularly represents a problem.

Countries have recognized the importance of clean-up operations in space, yet no one seems to be willing in picking up the tab for this. An agreement should be in place soon, however, since satellites could be the reason for ending the space age in the same way that started it with these.

Internet services have become more modernized, thanks to GPS technology. As satellites in the Earth’s orbit increase in number, developers should recognize the importance of testing their products to see how it performs alongside the current fleet in space.

Why You should Switch to a Rugged Satellite Phone

A Satellite Tower Though smartphones are incredibly useful, they can be quite fragile as far as electronic devices go. Even with the toughest gorilla glass, smartphone screens can shatter and break when dropped. They are also prone to moisture and dust damage unless they are designed to be completely waterproof. Even then, most smartphones do not perform well in extreme conditions.

People who travel, stay in harsh environments or work in the industrial sector can significantly benefit from switching to a rugged satellite phone. This type of phone connects to a satellite service, so it is useful anywhere in the world.

Here is why you should make the switch:

Durable and Robust

Rugged satellite phones are waterproof and dust-proof, making them suitable for practically any environment. Biologists who are out on the field, engineers who work in harsh conditions, and even extreme athletes, such as mountain bikers, can benefit from such a phone.

This type of phone isn’t easily damaged and is resistant to shock and falls, as well. When choosing a rugged satellite phone, go for something that has military-grade durability. It has to be able to pass the test methods of the department of defence.

Compact with Long Battery Life

Unlike smartphones, rugged phones are robust, yet more compact. Though they are not ideal for casual internet browsing, they are dependable and often have a longer battery life. Smartphones are notorious for their short battery lives, which means that they are not the best choice for an emergency phone.

Coverage from Anywhere in the World

Rugged satellite phones can connect from anywhere in the world. This makes them an ideal choice for travellers who need to stay connected while abroad. Unlike smartphones, which rely on cell towers and local service providers, satellite phones connect to satellite systems orbiting the earth.

Rugged satellite phones are perfect for people who demand more from their phones.