How to Simplify Your Home Phone Plan

Phone plans used to be incredibly simple. Most homes only had one phone, one phone line, one phone number, and everything was fine. No one needed to ask where you are when they called because they knew that when you answered the phone, you were at home.

Then, as telecommunications technology began to evolve, the possibility of being able to make phones mobile complicated things. Now, a family can have multiple phone numbers and phone lines. Where does it all end? Some families have tried to simplify things by doing away with home phones completely. This might work for some people, but a home phone number may come in handy during an emergency, or when your teen has cracked the screen on his phone for the third time and your phone replacement insurance is up for a year or more. No one wants to be without some form of communication for an extended period of time.

Not to mention international calling. Calling international numbers on a cell phone can be expensive. Calling cards are useful for making international calls, but you waste minutes just getting through all the options to get connected. It can be a constant hassle to be sure there are enough minutes on the calling card before you call your long distance friends and relatives. You want to use your minutes talking to them without having to recall them when you run out of calling card minutes.

Between multiple phone numbers, phone lines, cell phones, calling cards, and phone bills, you have a lot to manage when it comes to your phone plan. Here are some ways that you can simplify your phone plan:

1. Get rid of your home phone and rely on cell phones. This will work if you live in an area with reliable coverage. You will also save on a phone bill.
2. Limit cell phones to certain family members. Perhaps, your teenager with a driver’s license needs a phone for emergencies, but your 12, 13, or 14 year old may not need a phone if they are with their older siblings or other adults.
3. Try a phone service Voice over Internet Protocol phone service like Vonage. VOIP utilizes the internet for phone service. VOIP service can be easily extended from home to mobile use, and it may be a great way to simplify your home phone plan. For information on deals, packages, and pricing log onto

Don’t stay in a phone plan that doesn’t work for you. Make it work and simplify.

How Telecommunication Is Developed Through Fiber Optics

How Telecommunication Is Developed Through Fibre Optics
People are used to the idea of information traveling in different ways. When someone speaks into a landline telephone, a wire cable carries the sounds of that person’s voice. That person’s voice travels into a socket in the wall. Another cable takes it to the local telephone exchange.

Cell phones work differently. Radio waves are used to send and receive information. This technology is called wireless. It doesn’t use any cables. There is a third way that fiber optics work. It also sends information coded in a beam of light down a plastic or glass pipe. Fiber optics were originally developed for endoscopes in the 1950s. This technology was originally developed to help doctors see inside the human body without cutting it open first. Engineers found a way to utilize the same technology to transmit telephone calls at the speed of light in the 1960s.

Optical Technology

There are 100 or more incredibly thin strands of plastic or glass that make up a fiber optic cable. It is also known as optical fibers. Each fiber is less than a tenth as thick as human hair. It can carry 10 million telephone calls.

These types of cables carry information between two places. Optical light based technology is used to accomplish this. For example, you may want to send information to your friend’s house down the street. This information is being sent from your computer using fiber optics. Your computer can be hooked up to a laser. Electrical information could be converted from the computer into a series of light pulses. The laser would be fired down the fiber optic cable. Then the light beams would emerge at the other end. This happens after these light beams travel down the cable.

A photoelectric cell, which is a light detecting component, will be needed for your friend. This will turn the pulses of light back into electrical information that your friend’s computer will understand.

Optical cables carry light signals down modes. The path that a light beam follows down the fiber is called a mode. One type of mode is called a single mode. This is the simplest type of optical fiber. Another type of mode is called a multi-mode. There is a mode to go straight down the middle of the fiber. Another mode is to bounce down the fiber at a shallow angle. There are other modes as well. They involve bouncing down the fiber at other angles with more or less steep.