Many cable providers use TV optical cable, or fiber-optic cable, but many consumers do not understand the advantages of these cables. When a provider uses TV optical cable instead of copper cable, the cable itself is cheaper, so the customer still has to pay for the installation but pays less per month after that. More fibers can be bundled together in optic cable than copper wires can be bundled in a copper cable, meaning more data — which translates to more channels — can go through the optic cable. Fiber-optic cables use light instead of electricity to transmit data, so it is much harder for a hacker to crack fiber-optic cable. Light signals in optic cable also do not interfere with one another, unlike electricity in copper wires, so optic cable provides less static and more clarity.
Optical cables are known to be far more advanced than copper cables but, unlike most advanced objects, fiber-optic cable is cheaper than its predecessor. This means the provider has to spend less to install TV optical cable than he would spend on installing copper cable. The provider then will charge the customer less per month, because it costs less upfront. Fiber-optic cables also use less energy, meaning the customer will save on his or her energy bill, as well.
All cables are a bundle of wires that transmit energy or data. A TV optical cable can place more fibers in the cable than a copper cable of the same diameter, so the space is used more efficiently. By placing more fibers in the cable, more data can be transferred with cables of the same size. This means customers generally will have access to more channels and features, and channel packages may be cheaper.
Copper cables rely on electricity to transmit data, and the systems are old and easy to break into, so a hacker can easily enter the TV system. A TV optical cable does not rely on electrical signals but on light signals that cannot be easily interpreted. This means hackers have a much harder time breaking into the system.
When data are sent through a cable, there are many signals going through the cable simultaneously. In a copper cable, these electrical signals can bump together and interfere with one another, causing interference on the TV. With TV optical cable, the light signals do not interfere with one another. TV reception is generally clearer as a result.
