News | December 4, 2006

Tenvera's Fiber IN The Home Helps Make The Most Of Fiber TO The Home Technology

Franklin, TN — On or before February 17, 2009, digital television will be the standard, only digital will be available. High Definition television will rule all the airwaves.

As you read this, nearly 1,000 communities across the United States have invested in and are running Fiber TO The Home (FTTH). The cost of building these super highways is billions of dollars.

It is widely accepted that within 18 months, traditional copper wiring in typical homes and businesses will no longer be capable of handling the tremendous voice and digital data crossing its wires. Televisions, computers, gaming and home automation systems will be sluggish at best and crippled at worst.

"After 26 years in fiber optic development, I realized that I needed FITH for my own house. I assembled some of the best engineers in the world, led by Wenxin Zheng, the brilliant inventor of fusion splicing and wave length division multiplexing. This team developed Tenvera System 5. Now, not only do I have the broadband that I need, but it is available to consumers and homeowners at a very reasonable cost," said Brent Ware, CEO of Tenvera.

According to Tenvera, its System 5 Fiber IN The Home is the only solution on the market with patents pending that makes it possible to move the huge amounts of information from the fiber going to the home into the walls of the home for the unlimited bandwidth that HD televisions, media servers and other electronic equipment demands for fast and brilliant transmission.

High end communities in Colorado, New York, New Jersey, Tennessee, Florida and the Bahamas are the first in the world to begin installing Fiber IN The Home this month.

Fiber TO The Home will be lightening fast until it hits the copper wiring in a house at a snail-like pace. That is going to happen in every city that has invested in Fiber TO The Home without alerting its citizens that Fiber IN The Home is the key to the high performance fiber optics working in optimal conditions.

SOURCE: Tenvera