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Fiber Optic Bandwidth is Closer Than You Think
Author: John SheplerIf you've been on a phone contract for years, maybe even decades, you may not be aware of all the connectivity options that have recently become available. Some have only appeared in recent years. Don't continue to assume there is a T1 line without seeing otherwise. What you find may surprise you.
For years, fiber bandwidth has been called the wave of the future. Looking at the types of applications that are popular with both consumers and enterprises, it quickly becomes clear that nothing else will match the bandwidth required.
You saw that coming. Static web pages have given way to embedded video, SD video has been replaced by HD video. Now it's about 4K video streaming, and soon 8K.
What about software? The software is provided on tapes, floppy disks, and CDs. Now the program is loading. The old "packages" have not disappeared, but are already on their way. They are being replaced by Internet applications that require more bandwidth than DSL or T1.
Downloads may also be short-lived. There is a maddening push towards the "cloud" for both applications and storage. Site data centers are empty. Giant cloud data centers are forming as fast as possible When you're accessing everything through the cloud rather than through your local network, your WAN bandwidth requirements grow exponentially.
Why fiber?
Service providers are not losing sight of the need to increase bandwidth levels. In fact, any drive that combines switch-switched architecture and copper connections records time until it is no longer needed.
Ethernet over copper has extended the life of installed twisted copper lines, providing 10 Mbps to 50 Mbps and sometimes even more. DOCSIS 3.0 and 3.1 do the same for coax. The connection with the building is probably the base of the last copper. It should only extend to the edge where it joins the ... fiber.
What about wireless? It seems like the world is now standardizing on 4G LTE and waiting for 5G because what we do on desktop should be done on mobile. However, bandwidth limitations due to the amount of space in the electromagnetic spectrum will keep wireless communications primarily cellular. Maybe Mesh WiFi and pico cell will bring wireless up again... but it will never be fiber.
Fiber is now an avalanche
The great thing about fiber is that, as far as we know, it offers unlimited bandwidth. Each circuit can only support today's 10 Gb/s lasers, but DWDM creates dozens or more 10 Gb/s channels in a single circuit. Why run a single thin fiber when you can run 100 or more in a single cable the size of a regular twisted pair?
Of course, multi-cables are the only way out. For a while, it seemed like too much capacity was installed during the tech boom of the 1990s. Now these dark fiber strands are being widely promoted and additional capacity is being installed across the country.
Fix Google. The future… the near future… Soon it will be 10 Gb/s and then 100 Gb/s. The vision has no end.
In some cities, it's not just Google's FiOS or Verizon. Every existing telecommunications company and every new competing service provider is looking to switch to fiber as the standard connection for both home and business.
Goodbye SONET, hello Ethernet
Existing telecommunications companies and long distance service providers built their fiber optic networks with the SONET protocol because it was a logical transition from copper TDMs such as T1 and E1. All new networks are built on Carrier Ethernet, and old ones are rapidly being converted.
Sometimes it makes more sense to put Ethernet over SONET as an upgrade. When starting from scratch, native Ethernet is the preferred protocol. It is unlikely that we will return to a changed world. This, as far as we can see, is the package change.
The great thing about Ethernet is that it integrates directly into every home and office LAN and all the equipment that connects them. Carrier Ethernet is highly scalable and has higher bandwidth than SONET and SONET fractional services. You can choose the bandwidth you want, although standard LAN speeds of 10, 100 and 1000 Mbps are common, and 10 Gbps per day is in high demand.
In addition, Ethernet services scale quickly and easily. You can usually speed up bandwidth immediately or within a few days by calling your ISP. As long as the port defined for your WAN service can handle this, you can upgrade it as needed without making any changes to the local hardware.
How to find fast fiber service?
You can search the old-fashioned way by searching phone directories for carriers in your area. Or search online. You're sure to find a few, but you may miss newer or less common ones.
It makes more sense to use a search engine designed for fiber optic bandwidth and nothing else. This is the Geocute ™ system. How hard is it to use? Actually very easy. You start by simply entering some basic contact information and the type of service you want. In just a few minutes, the automated system will provide you with a list of cheaply priced options. If you like what you see, a free chat with a product specialist can help you narrow down your options and learn about limited-time specials that may be even more beneficial.
Does it sound good? Do a quick fiber optic search now and find out what you've been missing for years.
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