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Tuesday, September 1, 2015
Get 2 Free* NFL Tickets to a stadium near you, when you spend $10,000 at FiberOptic.com
Monday, August 10, 2015
August Newsletter - Hot Summer Deals!
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Thursday, May 7, 2015
You need how many? You need them when?? We've got it!
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Test Equipment
Monday, April 27, 2015
What is the “Cloud” and why do I need Fiber to get there?
According to research by Nasuni, there is over 1 Exabyte of data currently stored in the cloud. Okay if you are not familiar with Exabyte that equates to 1,073,741,824 Gigabytes of data. And this number is growing exponentially every day.
Technology has evolved almost immeasurably in the past several decades. To access the tremendous amounts data we need fiber networks that can carry Terabits—one trillion bits per second. That is an enormous amount of information passing at the speed of light through this one strand of fiber the size of a human hair.
Data centers of the past were copper-based with multiple DS1 and Digital Signal 3 (DS3, 45 Mbits/sec) lines handling the load of servers to an Optical Carrier 3 (OC3, 155 Mbits/sec). This OC3 would connect the servers to the network cloud or outside world. Copper dominated in a data center environment and the only fiber installed was that single line connecting the servers to the network cloud.
Today with applications such as iTunes, Netflix, Hulu and others and cloud computing/hosted servers, backup and storage, Microsoft CRM, hosted private branch exchanges (PBXs), web analysis tools and web hosting are driving enormous growth in data center server deployments. Data centers are offering rates at DS1, DS3, 5 Mbits/sec, 10 Mbits/sec, 20 Mbits/sec and up to an OC3, all connecting to the outside world via 10-Gbit Ethernet or 100-Gbit Ethernet connections from multiple providers. To alleviate risk, the data center architecture is evolving away from the previous copper DS1 and DS3 panels, to fiber panels with multiple connections to the client and to the cloud for redundancy.
Today with applications such as iTunes, Netflix, Hulu and others and cloud computing/hosted servers, backup and storage, Microsoft CRM, hosted private branch exchanges (PBXs), web analysis tools and web hosting are driving enormous growth in data center server deployments. Data centers are offering rates at DS1, DS3, 5 Mbits/sec, 10 Mbits/sec, 20 Mbits/sec and up to an OC3, all connecting to the outside world via 10-Gbit Ethernet or 100-Gbit Ethernet connections from multiple providers. To alleviate risk, the data center architecture is evolving away from the previous copper DS1 and DS3 panels, to fiber panels with multiple connections to the client and to the cloud for redundancy.
As the amount of data in the cloud continues to increase, more data centers will be built, more fiber will be installed and older copper deployments will become new fiber installs. FiberOptic.com was established to help new contractors who are getting into the fiber field succeed. From training your technicians, equipment sales and rental and a sounding board to help you through job opportunities, whatever the job you have, we have the solution.
Thursday, April 16, 2015
Master Fiber Optic Technician Course is Going on the Road
FiberOptic.com brings Master Fiber Optic Training to five more cities this year
Starting with the July training in Orlando, we will now be offering the TR-MFOT Master Fiber Optic Technician course in select venues outside our Main Campus in Pennsylvania.
Here are the dates for the upcoming classes:
July 27, 2015 – July 31, 2015 Orlando, Florida
September 20, 2015 – September 24, 2015 Dubai, UAE
September 28, 2015 – October 2, 2015 Dallas, Texas
October 5, 2015 – October 9, 2015 Las Vegas, Nevada
November 23, 2015 – November 27, 2015 Cape Town, South Africa
The post Master Fiber Optic Technician Course is Going on the Road appeared first on LearnFiberOptic.com.
from LearnFiberOptic.com http://ift.tt/1FO90tK
Monday, March 2, 2015
Is your network documented properly?
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