Things have changed a lot since the original iMac® introduced “simple” Internet connections. Most of us in 1998 ending up using the modem to get to the Internet and not the Ethernet port. Connecting to the Internet was often not as easy or simple as the marketing brochures promised. Fortunately, technology changes and those changes have made it much easier to connect and stay connected to today’s Internet.
WideOpen Blacksburg offers symmetric fiber Internet connectivity to its customers. Almost everyone living in Blacksburg today has a home Internet connection. If you do not have our fiber, maybe you are wondering why our symmetric fiber is such a big deal?
For lots of good reasons, fiber is often called the gold standard for home Internet connections. Technology adoption moves in stages. Most people are familiar with the technology adoption curve. We all know about the innovators and early adopters but just where do fiber to the home users fit in that curve?
We will get that answer but first let’s get some basic understanding of how to evaluate home Internet connections by looking at concepts that are familiar to everyone. When the first Interstate highways were built in the fifties they were a huge technological advance over two lane highways.
The one thing that was quickly discovered about Interstate highways is that the communities that had immediate access prospered. Also businesses and people who quickly figured out how to take advantage of them did exceptionally well. Interstate highways had the capacity to move huge amounts of traffic much more easily than two-lane roads which were often clogged with slow traffic.
Fiber is an even more capable technological advance than Interstate highways. While you have to build more lanes to increase the capacity of Interstate highways, with fiber you increase capacity by changing the electronics at the ends. It would be like putting a bigger entrance and a larger exit on a stretch of highway and magically more lanes appearing in the road between them. Fiber is technologically advanced because it moves information with light.
Fiber is also proven technology. Fiber has been the Internet backbone for decades. TAT-8, a transatlantic fiber optic cable, was built in 1988 and linked the United Kingdom, France and the US. Fiber is also a well-tested commercial technology which has become a cost effective way to deliver Internet connectivity to homes. WideOpen was involved in the design and construction of the nDanville fiber network in Danville, Virginia. It is the fiber network which has become a cornerstone in Danville’s revitalization. Amazingly, Danville’s fiber network has been in operation since 2008. Since FTTH (fiber to the home) was being offered in 2008, we are well past the early adopter phase.
Fiber is superior technology because it moves information faster. The best way of thinking about the speed of fiber is that commercially available technology already exists for 10 Gbps residential connections and for 100 Gbps business connections. It is unlikely that there are many people who need connections that fast today but it does mean the fiber that we build to your house now will be more than capable of meeting your full connectivity needs today and far in the future.
Looking at the big picture of Internet connectivity from an individual homeowner’s perspective is easy if you have recently gotten a fiber connection like I did. When we moved to Mocksville, North Carolina, eighteen months ago, we evaluated a number of things from the perspective of how will it meet our needs five or even ten years from now? Our Internet connectivity was one of our prime concerns.
I have been working for WideOpen for eleven years, and like my previous years in technology, it has been as a remote worker with a home office and an Internet connection. It did not take a lot of math to figure out that the coax cable technology we had been using was not improving fast enough to meet my business and personal needs. Beyond work, I take thousands of photographs a year and store some big files in the cloud. I am not unusual in today’s world.
Almost nine years ago in 2013, when I wrote an article, “Just How Bad Is Your Internet Connection,” our cable connection delivered 32.24 Mbps down and 5.49 Mbps up. When we moved in Feb. 2021, we were getting 484 down and 24 Mbps up. While it looks fast (and the download speed is), what it really shows is that our download speed was fifteen times what it had been nine years earlier but our upload speed had NOT even gotten to five times what it was.
It is obvious to heavier users of the “Cloud,” that coax speeds have focused on downloads and not successfully pushed ahead with faster upload speeds that we need. In their defense, the technology to increase upload speeds with coax cables is difficult and sometimes requires a lot of tuning. As is often the case with a technology like coax that is pushing its limits, users’ needs are growing faster in different directions (uploads) than coax cable technology can easily deliver today. The recording industry tried a number of things before iTunes® and similar services driven by new more scalable technology won the day.
As many people learned during the pandemic, upload speeds matter and if you are sharing a connection with people in your own household and your household is also on shared bandwidth with your neighborhood instead of using fiber which provides more individual bandwidth, you can get frustrated. Work does not get completed on time, video conferences don’t go as planned and files, including homework ones might not get where they need to as quickly as possible. That is why we went with fiber and the coax cables for our house have never been connected.
When deciding to jump from one technology to another one, the questions are pretty simple. Is the new technology proven technology? Is it better technology? Is it reasonably priced? Will it provide my family with a better experience and will it have the capability to grow with our needs?
I answered all of those questions in the affirmative so I went with fiber. While I am living in rural Davie County, North Carolina, across the road from a twenty acre soybean field, I have Gig fiber. I could have chosen any of at least three other technologies. On July 31, our power flickered out for a couple of minutes during a thunderstorm. As the Internet and our WiFi came back up a minute or so later, I was reminded of all the similar times that I had spent staring at cable modem lights waiting for all the signals to sync so the Internet could return.
If you decide to not to go with fiber, remember cable companies are still working to commercialize the technology that will allow them to theoretically compete with the fastest upload speeds that we are offering today to our customers in Blacksburg. Are you willing to wait the years that it will take them to get DOCSIS (Data Over Cable Service Interface Specifications) 4.0 finalized, debugged and deployed in the field? You will also be gambling on the cost that they will eventually charge you.
Fiber is a proven technology, now available at a competitive price. To quote the Electronic Frontier Foundation, “Meanwhile, fiber systems have at least a 10,000 (yes ten…thousand) fold advantage over cable systems in terms of raw bandwidth.” What that means for an individual homeowner is that there is plenty of proven technology already in place to make your fiber connection even better next year and five or ten years down the road.
I mentioned fiber is the “gold standard”of Internet connectivity. With ever more photos and videos being produced in your home along with all the other digital services that are rapidly becoming essential to our lives why wouldn’t you go for the gold and snatch some symmetrical fiber upload speeds. Look for fiber from a local company or a community owned fiber company, both are likely committed to providing great service to their neighbors?
The iMac with its USB ports started a revolution. None of us connect things to our computers with serial ports. Those of us who can use fiber should not be connecting to the Internet with coax cables.
iMac® and iTunes® are registered trademarks of Apple Inc.