What is a Voice Over IP Phone Service?
VoIP stands for Voice Over Internet Protocol, which is widely used as a phone service conducted on the internet (among other capabilities). Many businesses prefer to use VoIP instead of the usual phone company route in order to lower costs and keep information private and safe. Given that the internet connection is fast and reliable, Voip service is a favorable option for medium to large companies these days.
Use of these “internet phones” is not limited to companies and private people and family households do use this technology as well.The voice over IP industry is surely a growing one. Reports indicate that the $60+ billion industry is growing at a rate not lower than 8% on a yearly basis.
It is estimated that more than 29 million people are already using VoIP phones, and predictions by major corporations indicates that the IP traffic will almost triple in the next years.
With the demand for reliable methods of communication on the rise, the need for an affordable and effective voice over internet protocol provider has never been more popular. With thousands of new users turning to the time and money saving potential of VOIPs, it’s important to get to know a little bit more about possible candidates – and how beneficial they could be to your requirements.
At VOIPInsider, we understand what it takes to source a fantastic service that not only gets the job done; but does so in an affordable, reliable and trustworthy manner. We test, evaluate and review a variety of service providers to help you to make your decision – and whether you’re looking for the cheapest provider with the most basic features, or if you’d prefer the fullest package that caters to all of your professional needs; you’re bound to find the one that you’re looking for here.
We’re unbiased, honest and more than happy to advise you on the best VOIP services out there. There’s no provider that we haven’t tested first hand, and although our experiences with each and every one of them will vary – our reliability will always remain the same.