POLIXEL EUROPE | INTERNATIONAL FIBER NETWORK

utworzone przez  | maj 9, 2023

FIBEROPTICSARE FUTURE-PROOF

When you are building a network that requires long distances, high speeds, or heavy bandwidth connections, there is no doubt: fiber optic cables win the day.

Fiber optic was once known as „Optical Waveguide Fibers” and was invented by Peter Schultz, Donald Keck, and Robert Maurer. It has the capability of carrying 65,000 times more information than standard copper wires. Their invention changed the way we use fiber optics, and they enabled fiber optics to be commercialized, between the telephone service and the internet.
Fiber optic cable aren’t the standard wires. Fiber optics are long and thin strands of glass. The glass is pure, and they are no thicker than a human hair. Bundles of fiber optics sit together, and that’s known as optical cables. They are used to transmit light over a very long distance. Optical fibers pulse light along the strand for long-distance and high-performance data networking.

Fiber optic cable is quickly positioning itself as the new standard over copper. While fiber optic is the pricier option, the benefits far outweigh the increased cost.

POLIXEL EUROPE | INTERNATIONAL FIBER NETWORK

utworzone przez  | maj 9, 2023

FIBEROPTICSARE FUTURE-PROOF

When you are building a network that requires long distances, high speeds, or heavy bandwidth connections, there is no doubt: fiber optic cables win the day.

Fiber optic was once known as „Optical Waveguide Fibers” and was invented by Peter Schultz, Donald Keck, and Robert Maurer. It has the capability of carrying 65,000 times more information than standard copper wires. Their invention changed the way we use fiber optics, and they enabled fiber optics to be commercialized, between the telephone service and the internet.
Fiber optic cable aren’t the standard wires. Fiber optics are long and thin strands of glass. The glass is pure, and they are no thicker than a human hair. Bundles of fiber optics sit together, and that’s known as optical cables. They are used to transmit light over a very long distance. Optical fibers pulse light along the strand for long-distance and high-performance data networking.

Fiber optic cable is quickly positioning itself as the new standard over copper. While fiber optic is the pricier option, the benefits far outweigh the increased cost.

FIBER OPTIC TRANSMISSION IS FASTER

The standard way to measure data transmission rates is via bandwidth. These days, it is measured in gigabits of data per second (Gbps), or even terabits per second (Tbps). Copper-based transmissions currently max out at 40 Gbps, whereas fiber optics can carry data at close to the speed of light.

FIBER OPTIC TRANSMISSION CAN COVER GREATER DISTANCES

Both copper and fiber-based signaling suffers from attenuation, or a weakening of the waveform signal over distance. However, fiber optic cables can transmit data over much longer distances. Copper cables are limited to lengths of 100 meters, per governing standards. Fiber optic cabling, depending on signaling and type of cable, can transmit up to well over 24 miles.

FIBER OPTIC CABLES ARE IMPERVIOUS TO ELECTROMAGNETIC INTERFERENCE (EMI)

By its very nature, the electrical signaling in a copper network connection generates a field of interference around the cables. When you have multiple cables running near one another this interference can bleed into the nearby cables, hindering the desired messaging. This is referred to as crosstalk, and can force expensive retransmission of the message, or even pose security risks. The light transmission in fiber optics does not generate any EMI, so fiber winds up being more secure, and requires less retransmission, ultimately leading toward a stronger ROI.

There are additional bonuses to this size reduction in cabling mass: the freed-up space enables better circulation of a data center’s cooled air.

FIBEROPTICSARE FUTURE-PROOF

 

FIBER OPTICS ARE FUTURE-PROOF COPPER CABLE – WHERE IT IS USEFUL? FIBER OR COPPER CABLES?

Investing in a modern fiber optic cabling infrastructure will allow your network to operate at future speeds without replacing the cabling.
A solid multifiber backbone in a structured environment will last for years, if not decades, and likely continue to support increasing bandwidth needs. The average lifespan of a copper category specification, on the other hand, is a little over five years.

COPPER CABLE – WHERE IT IS USEFUL?

Fiber cables are more expensive than copper, and should be used in the appropriate places. It’s often best suited when interconnecting equipment, in between buildings, and in between floors of a building.
Copper’s lower cost makes it better suited for smaller need applications, like desktops and appliances.

FIBER OR COPPER CABLES?

Fiber optic cabling allows for greater ROI via its faster speeds, increased durability, cleaner signaling, and smaller physical footprint. Copper cables has its applications, and will help reduce upfront cost.

 

The best-known solution for internet communications today is fiber optics. Fiber optic internet is requested more than any other type because of the speed in which the connection can travel. Fiber optic internet also has lower latency than other known technologies.