Why fiber optics are the future of the internet

Ars Technic’s own analysis of the market indicates that fiber optics offer a wide range of applications, but for now, they’re mostly focused on high-performance data transmission and data storage.

The main reason for that is that they have the most processing power to do so, but fiber optics also have a much smaller surface area and they’re more flexible.

In fact, it’s actually very hard to design a fiber optic network that is more flexible, because fiber optics can’t stretch.

The end result is a very limited network.

This is why fiber optics have been the most popular, and the one thing they all have in common is that their processing power is not unlimited.

The more you use them, the less they’re used.

That’s a major reason why the market for fiber optics has been growing in the past two years, but that’s not going to change any time soon.

Fiber optics are already a very cheap, flexible, and reliable option.

The question is how much more flexible they are going to get in the future.

Fiber optic cables are often a good example of this, as they are relatively cheap and can be reused and recycled.

So that makes it possible for the network to be flexible.

However, if fiber optics become more and more expensive, they can be more and less flexible.

They become less flexible over time, because they’re cheaper and can’t really stretch as much.

Fiber cables are more expensive than other types of cable because they require a lot of labor to make and maintain.

The cable itself can also get very expensive.

Fiber is still the most widely used type of cable, and fiber optics companies like to use that as an advantage because they can create a variety of new types of cables and cables with different performance characteristics.

This flexibility is what makes fiber optics so attractive to a wide variety of companies, because there are so many applications for it.

They can be used to carry large amounts of data at the same time, to carry small amounts of information at the first sign of problems, to be used in high-speed data transmission, or to carry other data as well.

The best way to find out if fiber optic cables can be flexible is to look at the design of the cable itself.

The easiest way to do that is to examine the cable in its final form.

For example, imagine a cable with a wire running along the length of the entire cable, which is about 4 centimeters long.

It’s called a wire loop, and it’s an example of a cable.

This cable can also be a cable, but it’s usually a cable that’s made of a lot more than just a wire.

Fiber’s fibers are generally shorter than the wire, and they can bend in any direction.

That gives the cable an ability to bend at different angles.

A cable made of fiber is usually about twice as long as a cable made with wire.

That means that the cable can bend at any angle, but the angle is usually less than half of a full turn.

If you look at a typical fiber optic cable, you’ll see that it’s generally much thicker than a wire cable, at about 0.6 meters (2.5 feet).

Fiber is also much lighter than a fiber-optic cable.

The thickness of fiber typically ranges from 0.5 to 1 meter (2 to 5 feet), depending on the thickness of the fibers and the diameter of the wires.

That allows fiber cables to have higher performance characteristics than wire cables, because the fibers are less likely to warp or break as they stretch, as is the case with wires.

The longer the length, the higher the performance.

So you can see that fiber cables are much more versatile than other kinds of cables.

However in general, fiber is not the only type of fiber available for a given application.

You can also use fiber to make other kinds the best for different applications.

For instance, you can use fiber cables in computer servers and high-end wireless networks.

Fiber-optics can be the basis of fiber-based networking, or fiber optic video cables that can be attached to wireless networks, to create optical networks for voice communication and internet access.

Fiber networking can be a very expensive option, but if you have the right connections and the right fiber optic, you have a lot to offer.