FPUAnet Communications is now offering business-level fiber optic cable service, part of a nationwide rollout that’s bringing the fastest internet service with the broadest bandwidth ever before widely available.
But just what is fiber optic cable, and how is it made? And what makes it so much better than copper cable?
Also commonly called fiber cable, fiber optic cable is a cable line filled with very thin filaments made from silica glass or plastic. The data is then transmitted using light pulses rather than the electrical signals used to move information on copper lines.
Fiber cable moves data much faster than copper lines—easily 20 times faster or more—and can accommodate far more data at once, which means more devices can use bandwidth-hogging applications at once without throttling, buffering, or other slowdowns that could occur during high-traffic times, like your business hours.
A quick history of fiber optic telecommunications Alexander Graham Bell gets the credit for being one of the earliest experimenters with fiber optic technology, something he explored as he created the telephone in the 1880s. But it was almost a century later before commercial production began.
Credit for the big breakthrough goes to Corning engineers who found a way to make strands of glass that could move data contained within pulses of light that computers could then convert to usable forms for the human beings at each end. And critically, it could do all that without the light pulses leaking from the cable.
That was in the 1970s, at the dawn of the computer age. In fact, fiber optics grew up along with computers and the internet as telecommunications technology advanced at the revolutionary pace that we’re still seeing today.
The 3 Cs of fiber cable
Fiber optic cable is manufactured with three major components. From the inside out, that’s the core, the cladding, and the coating.
The core is the key to fiber optic’s ability to transmit data at very high speeds and very long distances without the loss of signal strength that can plague copper wire. It’s the center of the cable that contains the super-clear glass or plastic fiber comprising strands roughly the thickness of a human hair.
Then there’s the cladding. That’s another layer of glass that functions as a reflector to keep the light pulses inside the core as they hurtle to their destination at a pace that can approach the speed of light.
Finally, there’s the coating, a thin rubber layer that shields the fiber from scratches and other damage. (One thing the shield doesn’t have to do is contain electromagnetic signals. Electromagnetic interference (EMI) can be a major problem with copper cable, a problem that doesn’t exist when simply moving light.)
Creating the fiber itself
Optic fiber glass strands are created in a highly controlled environment and a multistep process that begins with a ceramic rod that attracts the silicon dioxide that then forms into a thick cylinder. Any moisture is removed in a high-temperature furnace and the resulting blanks are then placed vertically in an even hotter furnace for the process called the draw.
The draw is when the melting glass forms into strands used for both the core and cladding. After they cool, the strands are wrapped on spools and then later unspooled—either on-site or in a specialized finishing facility elsewhere—for the application of the rubber coating. They later can be joined together into multiple-strand cabling that can then be run through metal or rubber conduits and, when needed, separated back into individual strands at their final destination.
By building our network with this top-of-the-line tech, we can provide high-speed, high-capacity telecommunications that can easily handle your most demanding applications, including multiple VoIP phone lines, teleconferencing, large video uploads and downloads, and cloud-based, business-critical software—with speed, capacity, reliability, and security that copper lines simply can’t match.
To learn more about our fiber internet for your business, contact us at (772) 468-1697 or email@example.com. We’re proud to keep Fort Pierce’s homes and businesses connected!
No matter the type of game you play, be it an epic role-playing title, a city builder, a tactical battle simulator, or a global strategy game, a faster, more reliable internet connection can make all the difference. When you don’t have to worry about your connection dropping, you can focus on coming out on top against your competition. And the advantages of faster internet for gaming extend well beyond the technical aspects.
Better internet means connecting and communicating with fellow players (whether you’re playing on a team or against them). And if you’re a streamer, you can be confident you’ll stay connected on platforms like Discord, Twitch, or YouTube.
Using the high-speed fiber internet delivered to you by FPUAnet Communications, gamers can be confident their internet will keep up with their game—and create a fantastic experience!
But how exactly does fiber internet improve gaming? And why does fiber’s technological power give gamers the edge they need to best their opponents and fellow players? Can fiber actually make a difference in the results and maybe even “up your game?”
We’ll answer these questions and explain why fiber surpasses other kinds of internet to make for a superior gaming experience.
What Fiber Internet Is—and Why It’s So Much Faster Than Cable
First, let’s briefly discuss fiber internet and compare it to traditional “cable internet.”
Fiber internet is delivered by fiber-optic cables consisting of skinny strings of glass that use light to transmit internet data. Indeed, fiber’s speed comes close to the speed of light, easily surpassing cable internet speeds.
Cable internet, a once-great technology (roughly two decades ago now), uses standard coaxial cables composed of copper wiring. Unfortunately, copper wires cannot handle the same amount of data or transmit it as quickly as fiber’s cutting-edge materials.
Simply put, cable can’t keep pace with fiber’s data transmission through light or fiber’s consistently higher speeds.
Faster Download and Upload Speeds
The most basic and arguably essential part of any internet technology is its download and upload speed capabilities.
Download speeds clock the time it takes to transmit data, files, and other information from an online server to your device. Conversely, upload speeds refer to how long your device takes to share data, files, and additional information to an online server. These speeds are simply fundamental to any use of the internet, and they’re especially vital to gamers, whose every reaction and decision is made in just milliseconds—and often determine whether you win or lose!
Higher download and upload speeds make for a far smoother, less jittery, more stable, and more responsive gaming experience—in other words, the kind of internet quality that may give you an edge against fellow competitors. As a result, the faster your download and upload speeds are, the better you can game.
Faster speeds get you into games much quicker, especially after an update is released. With faster download speeds, you can be among the first into the updated game—and, if your play is savvy enough, among the first victors to achieve awards and recognition—and all the bragging rights you’ve justly earned!
While faster downloading and uploading speeds are important, they are almost useless if not combined with greater bandwidth capacity. In simplest terms, bandwidth is the maximum capacity any particular internet connection can have.
Copper-based wires in basic coaxial cords used for cable internet are limited. Cable’s older technology cannot handle too much internet data at any moment; thus, its bandwidth is lower than fiber’s. This leads to more frequent freezes and delays—often in the middle of a gaming session—and the crashes and drop-offs dreaded by gamers everywhere.
Fiber internet bandwidth is substantially higher than traditional cable. Even in larger households with several simultaneous internet users, fiber’s bandwidth shines.
So, the higher the bandwidth, the more data can be sent to and from your device for superior gaming performance—with enough bandwidth remaining to stream your games with friends.
Low Packet Loss
One of the most frustrating technical snafus gamers experience relates to packet loss. A “packet” is a tiny collection of data transmitted over a network between an online server and your device. Packets are critical to any internet activity, from something as simple as sending an email to posting and viewing videos and gaming. But with some forms of internet, these small data units don’t arrive at their destination, causing maddening slow-downs, freeze-ups, and even crashes.
Packet loss can also impact other aspects of gaming, including hearing your friends’ voices—or even your own—sound like a robot while you’re playing on Discord! Packet loss (and low bandwidth) weakens Discord’s connection causing this distracting and embarrassing (if sometimes hilarious) side effect. Because fiber transmits data at nearly the speed of light, it can handle large swaths of packets (and data) much more efficiently. As a result, packet loss is reduced and keeps you on your game while maintaining voice quality.
Just as crucial as receiving all of your data and files through packets is ensuring that the data hits your devices in the correct order. Too often, with older forms of internet technology like cable, the data that your devices need to operate—and you need to game—arrives jumbled, a problem known in the industry as “jitter.”
Fiber’s superior capacity to transmit data at a near-light speed reduces jitter, especially compared to cable. Low jitter means that your data arrives correctly and in the proper order, creating a clearer, cleaner, smoother, and more reliable internet connection—and a much better gaming experience that won’t hold you back.
Finally—and to many gamers, the most crucial distinction—fiber internet ensures low latency. Latency is the time between a “request” sent from your gaming device to the game’s online server and then returned from that server to your device. Usually measured by the millisecond, the lower the lag, the shorter—and the better—the response time. So, latency is your internet connection’s response time for processing requests and delivering data back and forth.
Low latency means that your device and the game’s server better capture your agility, quick decision-making, and choices that can make all the difference to gaming outcomes. In addition, fiber’s inherently low latency means you can enjoy gaming online without nearly as much lag and stutter that too often plague online games.
Fiber’s advanced technology can significantly improve your gaming experience—and maybe even give you the competitive edge you’ve been looking for against your friends! It’s just one of the many ways that FPUAnet Communications keeps you connected and helps you stay ahead of the game.
And to learn more about how FPUAnet Communications’ high-speed fiber internet can make your online experience even better, follow our social pages!